Diversity and Distribution of Calonectria Species in Soils from Eucalyptus urophylla × E. grandis, Pinus massoniana, and Cunninghamia lanceolata Plantations in Four Provinces in Southern China

Liu, Ying; Chen, Shuaifei

doi:10.3390/jof9020198

Open AccessArticle

Diversity and Distribution of Calonectria Species in Soils from Eucalyptus urophylla × E. grandis, Pinus massoniana, and Cunninghamia lanceolata Plantations in Four Provinces in Southern China

by

Ying Liu

^1,2 and

Shuaifei Chen

^1,*

¹

Research Institute of Fast-Growing Trees (RIFT)/China Eucalypt Research Centre (CERC), Chinese Academy of Forestry (CAF), Zhanjiang 524022, China

²

Nanjing Forestry University (NJFU), Nanjing 210037, China

^*

Author to whom correspondence should be addressed.

J. Fungi 2023, 9(2), 198; https://doi.org/10.3390/jof9020198

Submission received: 1 December 2022 / Revised: 26 January 2023 / Accepted: 28 January 2023 / Published: 3 February 2023

(This article belongs to the Special Issue Fungal Biodiversity and Ecology, 3rd Edition)

Download

Browse Figures

Versions Notes

Abstract

:

The species of Calonectria include many notorious plant pathogens and are widely distributed around the world. Leaf blight caused by Calonectria species is considered one of the most prominent diseases in Eucalyptus plantations in China. Some Calonectria species isolated from soils in Eucalyptus plantations are highly pathogenic to inoculated Eucalyptus genotypes. In southern China, the plantation trees Cunninghamia lanceolata, Eucalyptus spp., and Pinus massoniana are always adjacently planted, especially in FuJian, GuangDong, GuangXi, and YunNan Provinces. The aim of this study was to understand the diversity and distribution of Calonectria in soils from plantations of different tree species in different geographic regions. Soil samples were collected from 12 sampling sites in Eucalyptus urophylla × E. grandis, P. massoniana, and C. lanceolata plantations in FuJian, GuangDong, GuangXi, and YunNan Provinces. Approximately 250 soil samples were collected from each sampling site, and a total of 2991 soil samples were obtained. A total of 1270 Calonectria isolates were obtained from 1270 soil samples. The 1270 isolates were identified based on DNA sequence comparisons of the partial gene regions of act, cmdA, his3, rpb2, tef1, and tub2. These isolates were identified as 11 Calonectria species: Calonectria aconidialis (69.50%), C. kyotensis (13.10%), C. hongkongensis (10.80%), C. ilicicola (2.50%), C. asiatica (2.36%), C. curvispora (0.31%), C. chinensis (0.24%), C. pacifica (0.24%), C. yunnanensis (0.16%), and C. canadiana (0.08%) in the C. kyotensis species complex and C. eucalypti (0.71%) in the C. colhounii species complex. The three dominant species, C. aconidialis, C. kyotensis, and C. hongkongensis, were widely distributed. The richness of Calonectria (percentage of soil samples that yielded Calonectria) in soils in the eastern regions (relatively humid regions) was higher than that in the western regions. The Calonectria richness of E. urophylla × E. grandis, P. massoniana, and C. lanceolata plantations decreased gradually. For each of the three dominant species, its richness in the eastern regions was generally higher than that in the western regions; the species richness was highest in E. urophylla × E. grandis plantations for C. aconidialis, while for each of C. kyotensis and C. hongkongensis, its species richness was highest in P. massoniana plantations. The genetic variation in C. aconidialis, C. kyotensis, and C. hongkongensis was more greatly affected by geographic region than by plantation tree species. This study expanded our understanding of the richness, species diversity, and distribution characteristics of Calonectria in soils from the plantations of different tree species in different geographic regions in southern China. Results in this study enhanced our understanding of the influencing characteristics of geographic region and tree species on the species and genetic diversity of soilborne fungi.

Keywords:

forest pathogen; fungal biodiversity; fungal ecology; phylogeny; plantation tree species; soilborne fungi

1. Introduction

The genus Calonectria includes a range of important plant pathogens that are widely distributed in tropical, subtropical, and temperate regions throughout the world [1,2,3]. These aggressive pathogens can infect approximately 335 plant species residing in 100 plant families, including important agricultural, horticultural, and forestry crops [1,2,3,4]. Leaf blight caused by Calonectria species is considered one of the most prominent diseases of Eucalyptus plantations in China, Brazil, Colombia, Vietnam, and other countries [5,6,7,8,9,10,11,12]. Calonectria species also produce other disease symptoms, including stem and root rot, branch canker, and shoot blight on Eucalyptus [1,3,10,12]. Besides Eucalyptus, Calonectria also causes disease in other plantation tree species, such as Acacia spp. and Pinus spp. [1,5,13].

Calonectria leaf blight (CLB) has become a major threat to Eucalyptus plantations in China and has caused significant economic losses [10,12,14,15]. In the past decade, eleven Calonectria species, namely Calonectria aciculata, C. aconidialis, C. cerciana, C. crousiana, C. eucalypti, C. fujianensis, C. hawksworthii, C. pauciramosa, C. pseudoretedudii C. queenslandica, and C. reteaudii, have been associated with leaf blight of Eucalyptus in plantations in China [10,12,15,16,17,18,19]. CLB has been found on a number of Eucalyptus species and hybrids, including several E. urophylla × E. grandis and E. urophylla × E. tereticornis genotypes, which are widely planted in southern China [10,12,15,16,17,18,19].

In China, plantation forestry has grown rapidly due to the increasing demand for wood and pulp [20,21]. China’s domestic wood is mainly produced by plantations in southern regions. The main plantation tree species include Cunninghamia lanceolata, Eucalyptus spp., and Pinus massoniana [20,22,23]. The plantation areas of C. lanceolata, Eucalyptus spp., and Pinus massoniana cover 9.9, 5.4, and 2.5 million hectares, respectively [24,25,26,27]. Cunninghamia lanceolata is the most planted species. Cunninghamia lanceolata plantations account for almost 12.4% of the country’s total plantation area [25]. Eucalyptus plantations account for about 6.5% of the country’s total plantation area and provide more than one-third of the total annual domestic timber output [24,27]. Plantations of C. lanceolata, Eucalyptus spp., and P. massoniana are always adjacently planted in southern China, especially in FuJian, GuangDong, GuangXi, and YunNan Provinces. These plantations provide many timber resources and bring great ecological benefits to China [20,23].

To date, 34 Calonectria species have been identified and described in China based on DNA sequence comparisons and morphological characteristics [12,15,16,18,19,28,29,30,31,32,33]. Previous research results have indicated that Calonectria species are frequently isolated from Eucalyptus plantations. Eleven and sixteen Calonectria species were isolated from diseased tissues and soils, respectively, in Eucalyptus plantations. Calonectria pseudoreteaudii, C. reteaudii, C. aconidialis, and C. cerciana have been isolated from both diseased Eucalyptus tissues and soils in Eucalyptus plantations [10,12,18,19,30,31,32,34].

Previous research results have shown that Calonectria species isolated from diseased Eucalyptus tissues in China are pathogenic to tested Eucalyptus genotypes [10,12,16,19]. Research results in our previous research work indicated that C. aconidialis, C. auriculiformis, C. chinensis, C. hongkongensis, C. ilicicola, C. kyotensis, C. orientalis, C. pseudoreteaudii, and C. reteaudii isolated from soils under Eucalyptus plantations are pathogenic to tested Eucalyptus genotypes [19,35]. All of these species cause leaf spot, leaf blight, and seedling rot to the tested Eucalyptus plants within three days after inoculation [19,35]. Research results in our recent studies further showed that Calonectria species are found in soils associated with C. lanceolata and P. massoniana in southern China [32].

Currently, several studies have been conducted to understand Calonectria species diversity in the soils of Eucalyptus plantations, while little information is known about the species diversity of Calonectria in the soil of plantations other than Eucalyptus [19,32]. The aims of this study were to (i) understand the richness and species diversity of Calonectria in the soil of adjacent plantations of Eucalyptus urophylla × E. grandis, C. lanceolata and P. massoniana in southern China; and (ii) understand the diversity and distribution characteristics of Calonectria species affected by plantation tree species and geographical regions.

2. Materials and Methods

2.1. Study Site, Soil Sample Collection, and Calonectria Isolation

Soil samples were collected from plantations regions where E. urophylla × E. grandis, P. massoniana, and C. lanceolata, were adjacently planted (Figure 1). We tried to select the regions in which the three plantations were connected, to ensure the soil types of the three plantations (sites) in each region were similar. These samples were collected from four plantation regions in each of FuJian, GuangDong, GuangXi, and YunNan Provinces (Figure 2a, Table 1). The latitudes of the four sampled regions were similar. The distances between adjacent regions were 300–500 km (Figure 2a). The areas of each plantation of E. urophylla × E. grandis, P. massoniana, and C. lanceolata in each region were around 50 hectares. For each of the four selected regions, E. urophylla × E. grandis, P. massoniana, and C. lanceolata trees were planted for more than 10 years, although the E. urophylla × E. grandis trees were 5–6 years old. According to the size of the E. urophylla × E. grandis stumps, it is clear that E. urophylla × E. grandis trees had been planted in the relative regions for at least one more rotation period (5–6 years) before our soil sampling. We estimated that the period of E. urophylla × E. grandis trees planted was more than ten years (Table 1). Pinus massoniana and C. lanceolata trees were 15–20 and 10–20 years old, respectively (Table 1).

Soil samples were collected from each of 12 sampling sites (4 regions × 3 sites /region) (Table 1). In each of the 12 sites, approximately 250 soil samples were collected. We adopted a “Z”-shaped random sampling pattern, collecting soil every 10 m at each of the 12 sites (plantations). The plantations typically had thick layers of leaf litter, which were removed before soil sample collection. Soil samples were collected from the upper 0–20 cm of the humid soil profile. Each soil sample was placed in a resealable plastic bag and transferred to the laboratory for isolation and further molecular analyses. Soil samples were collected from May to July 2021.

To obtain Calonectria isolates, each soil sample was thoroughly mixed and transferred to a plastic cylinder sampling cup (diameter = 4.5 cm, height = 5 cm, and volume = 80 mL) (Chengdu Rich Science Industry Co., Ltd., Chengdu, China). The soil sample took up half to two-thirds of the whole sampling cup volume. The soil sample was moistened by spraying it with sterile water, and it was mixed well with a sterilized bamboo stick. After a superficial sterilization (soaked 30 s in 75% ethanol and washed several times with sterile water), thirty to fifty Medicago sativa (alfalfa) seeds were scattered onto the soil surface in each sampling cup. Treated sampling cups with soil and alfalfa seeds were placed in an alternating environment of 12 h of daylight and 12 h of darkness and incubated at 25 °C for six to seven days until white masses of conidiophores with typical morphological characteristics of Calonectria species [1] were observed on infected alfalfa tissue. Using a dissecting microscope (AxioCam Stemi 2000C, Carl Zeiss, Ltd., Jena, Germany), every single one conidial mass was selected and scattered onto 2% malt extract agar (MEA) (20 g malt extract powder and 20 g agar powder per liter of water: malt extract powder was obtained from Beijing Shuangxuan microbial culture medium products factory, Beijing, China; the agar powder was obtained from Beijing Solarbio Science and Technology Co., Ltd., Beijing, China) using a sterile needle. After incubation at 25 °C for three to four hours, germinated conidia were individually transferred onto fresh MEA under a dissecting microscope and incubated at 25 °C for one week to obtain single-conidium cultures. One single-conidium culture was obtained from each soil sample with white masses of conidiophores. All obtained single conidium cultures were deposited in the culture collection (CSF) at the Research Institute of Fast-growing Trees (RIFT) of the Chinese Academy of Forestry (CAF) in ZhanJiang, GuangDong Province, China.

2.2. DNA Extraction, PCR Amplifications, and Sequencing

All Calonectria morphological-like isolates obtained in this study were used for total genomic DNA extraction and sequence comparisons. Mycelia were scraped from 7-day-old cultures using a sterilized scalpel and transferred into 2 mL Eppendorf tubes. Total genomic DNA was extracted using the cetyltrimethylammonium bromide (CTAB) protocol described by Van Burik and co-authors [36]. The extracted DNA was dissolved by adding 30 µL TE buffer (1 M Tris-HCl and 0.5 M EDTA, pH 8.0), and 2.5 µL RNase (10 mg/mL) was added to degrade the RNA. The mixture was incubated at 37 °C for 1 h. The DNA concentration was quantified using a NanoDrop 2000 spectrometer (Thermo Fisher Scientific, Waltham, MA, USA). All DNA samples were diluted to approximately 100 ng/uL with DNase/RNasefree ddH₂O (Sangon Biotech Co., Ltd., Shanghai, China) and stored at –20 °C for further use.

Based on previous research results, partial gene regions of actin (act), calmodulin (cmdA), histone H3 (his3), the DNA-directed RNA polymerase II second largest subunit (rpb2), translation elongation factor 1-alpha (tef1), and β-tubulin (tub2) served as reliable DNA barcodes to clearly distinguish species in Calonectria [19,30,31]. The primer pairs ACT-512F/ACT-783R, CAL-228F/CAL-2Rd, CYLH3F/CYLH3R, fRpb2-5F/fRpb2-7cR, EF1-728F/EF2, and T1/CYLTUB1R were used to amplify the fragments of act, cmdA, his3, rpb2, tef1, and tub2 genes, respectively [30]. The PCR reactions were conducted as described by Liu and co-authors [30].

To ensure the accuracy and integrity of all sequences, all PCR products were sequenced in both the forward and reverse directions using the same primers used for PCR amplification. Sequence reactions were performed by the Beijing Genomics Institute, Guangzhou, China. All obtained sequences were edited and assembled using MEGA v. 7.0 software [37] and deposited in GenBank (https://www.ncbi.nlm.nih.gov; accessed date: 24 January 2023).

For all the Calonectria morphological-like isolates, the tef1 gene regions were sequenced, and a standard nucleotide BLAST search was conducted using the tef1 sequences to preliminarily identify these fungi. For all isolates preliminarily identified as Calonectria, the tub2 gene regions were then sequenced. All obtained Calonectria isolates were genotyped by the tef1 and tub2 sequences. Based on the genotypes generated by tef1 and tub2 sequences, isolates for each tef1-tub2 genotype obtained from different regions and plantation tree species were selected for sequencing the act, cmdA, his3, and rpb2 gene regions.

2.3. Multi-Gene Phylogenetic Analyses and Species Identification

All sequences of the six gene regions (act, cmdA, his3, rpb2, tef1, and tub2) generated in this study were compared with the sequences of type specimen strains of published Calonectria species. Sequences of all published species in the relevant species complexes were used for sequence comparisons and phylogenetic analyses. The datasets of Liu and co-authors [30] were used as templates, and the sequences of other recently described Calonectria species in the relevant species complexes were all used for sequence comparisons.

Sequences of each of the act, cmdA, his3, rpb2, tef1, and tub2 gene regions, as well as the combination of these six gene regions, were aligned using the online version of MAFFT v. 7 (http://mafft.cbrc.jp/alignment/server; accessed date: 10 August 2022) with the alignment strategy FFT-NS-i (Slow; interactive refinement method). The alignments were manually edited using MEGA v. 7.0 software [37] when necessary. All alignments used for phylogenetic analyses were submitted to TreeBASE (http://treebase.org; accessed date: 15 August 2022).

The Maximum likelihood (ML) and Bayesian inference (BI) approaches were used for phylogenetic analyses of the sequence datasets of each of the six genes and the combined dataset of all six gene regions. ML analyses were conducted using RaxML v. 8.2.4 [38] on the CIPRES Science Gateway v. 3.3. BI analyses were conducted using MrBayes v. 3.2.6 [39] on the CIPRES Science Gateway v. 3.3. ML analyses were performed with a default GTR substitution matrix and 1000 bootstrap replicates. For BI analyses, four Markov chain Monte Carlo (MCMC) chains were run from a random starting tree for five million generations, and trees were sampled every 100th generation. The first 25% of the trees sampled were discarded as burn-in, and the remaining trees were used to determine the posterior probabilities. Two isolates of Curvicladiella cignea (CBS 109167 and CBS 109168) were used as outgroup taxa [30]. Phylogenetic trees generated by ML and BI analyses were viewed using MEGA v. 7.0. [37] and Fig Tree v. 1.4.3 (http://tree.bio.ed.ac.uk/software/figtree/; accessed date: 2 September 2022), respectively.

2.4. Calonectria Richness in Soils from Four Provinces and Plantations of Three Tree Species

The Calonectria isolates obtained in this study were identified. The numbers of Calonectria isolates obtained at each of the 12 sampling sites were counted. Furthermore, the percentage of soil samples that yielded Calonectria (Calonectria richness) at each sampling site was computed. The distribution characteristics of Calonectria in four regions (provinces) and plantations of three tree species were recorded, including the influencing characteristics of Calonectria richness by geographic region (provinces) and plantation tree species.

2.5. Calonectria Species Diversity in Four Provinces and Plantations of Three Tree Species

According to the species identification results of all isolates, the number of isolates of each Calonectria species obtained at each of the 12 sampling sites was counted. The percentage of soil samples that yielded each Calonectria species at each sampling site was also computed. The distribution characteristics of each Calonectria species in four provinces and plantations of three tree species were recorded, including the influencing characteristics of Calonectria species number and each species richness by geographic region (provinces) and plantation tree species.

2.6. Genotyping of Isolates within each Calonectria Species

The genotypes of the isolates within each identified Calonectria species were determined based on the tef1 and tub2 sequences. The number of genotypes of each species and the number of isolates belonging to each genotype were recorded. Furthermore, the number of genotypes of each Calonectria species in each of the 12 plantations (12 sampling sites) of three tree species in four provinces was counted.

2.7. Genotype Diversity of Calonectria Species in Four Provinces and Plantations of Three Tree Species

For each dominant Calonectria species, to preliminarily understand whether its genetic variation (based on shared genotype) was affected by geographical regions and plantation tree species, the numbers of shared genotypes among isolates at 12 sampling sites were counted. We further compared the number of shared genotypes for each dominant species to evaluate the influencing characteristics of geographical regions (provinces) and plantation tree species on the genetic variations of each dominant species.

3. Results

3.1. Soil Sample Collection and Calonectria Isolation

A total of 2991 soil samples were collected, with 244–250 soil samples from each of the 12 sampling sites (Table 1). After the soil samples were incubated with alfalfa seeds, a single-conidium culture was obtained from each soil sample with white masses of conidiophores with typical morphological characteristics of Calonectria species. In total, 1308 Calonectria morphological-like isolates were obtained.

3.2. Sequencing

For all 1308 Calonectria morphological-like isolates obtained from soil samples, the tef1 gene sequences were amplified and used to conduct a standard nucleotide BLAST search to preliminarily identify the species. Ultimately, 1270 isolates were identified as Calonectria species (Appendix A Table A1). The majority of the remaining 38 isolates were grouped into the genus Cylindrocladiella. The tub2 gene region was also amplified and sequenced for the 1270 Calonectria isolates (Appendix A Table A1). Ninety-seven tef1-tub2 genotypes were generated based on the tef1 and tub2 gene sequences (Table 2). Subsequently, 207 isolates were selected to amplify the act, cmdA, his3, and rpb2 gene regions. These 207 isolates presented all three tree species in all four sampling regions (provinces), and presented all 97 genotypes based on tef1 and tub2 gene sequences (Table 3). One to ten isolates of each genotype revealed by the tef1 and tub2 sequences were selected (Table 2 and Table 3). Amplicons generated for the act, cmdA, his3, rpb2, tef1, and tub2 gene regions were approximately 235, 680, 430, 1030, 500, and 620 bp, respectively.

3.3. Multi-Gene Phylogenetic Analyses and Species Identification

The standard nucleotide BLAST search results conducted using the act, cmdA, his3, rpb2, tef1, and tub2 gene sequences showed that the isolates obtained in the current study belonged to two species complexes of Calonectria, the C. kyotensis species complex and the C. colhounii species complex. The 207 Calonectria isolates with six sequenced gene regions were used for phylogenetic analyses (Table 3). Based on the published results in Liu and co-authors [30] and several recent publications [29,32,33,40,41,42], sequences of act, cmdA, his3, rpb2, tef1, and tub2 of 44 published species in the C. kyotensis species complex and C. colhounii species complex were downloaded from GenBank and used for sequence comparisons and phylogenetic analyses (Table 4).

Phylogenetic analyses based on the six individual gene regions and the combination dataset for those six gene regions were conducted using both ML and BI methods. The overall topologies generated from the BI analyses were essentially similar to those from the ML analyses for each dataset. Consequently, only the ML tree with bootstrap support values of ML and posterior probabilities of BI was presented. The ML tree generated based on a combination of six gene sequences is presented in Figure 3, and the ML trees generated based on each of the six gene sequences were presented in Appendix F Figure A1, Figure A2, Figure A3, Figure A4, Figure A5 and Figure A6. Phylogenetic analyses showed that the 207 Calonectria isolates were clustered in 11 groups (Groups A–K) based on combined tef1/tub2/cmdA/his3/rpb2/act gene sequence analyses (Figure 3). The analyses showed that isolates in Groups A–J belong to the C. kyotensis species complex and that isolates in Group K belong to the C. colhounii species complex (Figure 3, Appendix F Figure A1, Figure A2, Figure A3, Figure A4, Figure A5 and Figure A6.

3.3.1. Isolates in the Calonectria kyotensis Species Complex

Isolates in Groups A and B were clustered with C. kyotensis and C. hongkongensis, respectively, based on the tef1, tub2, cmdA, his3, rpb2, act, and combined tef1/tub2/cmdA/his3/rpb2/act trees (Figure 3, Appendix F Figure A1, Figure A2, Figure A3, Figure A4, Figure A5 and Figure A6). Therefore, isolates in Groups A and B were identified as C. kyotensis and C. hongkongensis, respectively.

Isolates in Group C were clustered with C. chinensis based on the tef1, cmdA, his3, and rpb2 trees (Appendix F Figure A1, Figure A3, Figure A4 and Figure A5), closest to C. chinensis in the tub2 tree (Appendix F Figure A2), and clustered with C. chinensis and C. cochinchinensis in the act tree (Appendix F Figure A6). These isolates were clustered with C. chinensis based on the combined tef1/tub2/cmdA/his3/rpb2/act tree (Figure 3). Isolates in Group C were identified as C. chinensis.

Isolates in Group D were clustered with C. asiatica in the tef1 and his3 trees (Appendix F Figure A1 and Figure A4), clustered with or closest to C. asiatica in the tub2 tree (Appendix F Figure A2), closest to C. asiatica in the cmdA tree (Appendix F Figure A3), and clustered with or closest to C. asiatica and C. uniseptate in the act tree (Appendix F Figure A6). These isolates formed one independent clade in the rpb2 tree (the rpb2 sequence of the C. asiatica ex-type strain was not available) (Appendix F Figure A5). These isolates were clustered closest to C. asiatica based on the combined tef1/tub2/cmdA/his3/rpb2/act tree (Figure 3). Isolates in Group D were identified as C. asiatica.

Isolates in Group E were clustered with C. yunnanensis in the tef1, tub2, cmdA, his3, and rpb2 trees (Appendix F Figure A1, Figure A2, Figure A3, Figure A4 and Figure A5) and clustered with C. yunnanensis, C. bumicola, C. pacifica, and C. tanah in the act tree (Appendix F Figure A6). These isolates were clustered with C. yunnanensis based on the combined tef1/tub2/cmdA/his3/rpb2/act tree (Figure 3). The isolates in Group E were identified as C. yunnanensis.

Isolates in Group F were clustered with C. aconidialis in tef1, cmdA, his3, and act trees (Appendix F Figure A1, Figure A3, Figure A4 and Figure A6). These isolates were clustered with or close to C. aconidialis, C. asiatica, and C. uniseptate in the tub2 tree (Appendix F Figure A2) and clustered with C. aconidialis and C. tanah in the rpb2 tree (Appendix F Figure A5). These isolates were clustered with C. aconidialis based on the combined tef1/tub2/cmdA/his3/rpb2/act tree (Figure 3). Isolates in Group F were identified as C. aconidialis.

Isolates in Group G were clustered with or close to C. curvispora and C. pacifica in the tef1 tree (Appendix F Figure A1) and clustered with C. pacifica in the tub2, his3, and rpb2 trees (Appendix F Figure A2, Figure A4 and Figure A5). These isolates were clustered with or close to C. pacifica and C. cassia in the cmdA tree (Appendix F Figure A3). These isolates were clustered with C. curvispora in the act tree (Appendix F Figure A6). The combined tef1/tub2/cmdA/his3/rpb2/act tree showed that these isolates clustered with C. pacifica (Figure 3). Isolates in Group G were identified as C. pacifica.

Isolates in Group H were clustered with C. curvispora in the tef1, tub2, cmdA, his3, and act trees (Appendix F Figure A1, Figure A2, Figure A3, Figure A4 and Figure A6) and clustered with C. curvispora and C. aeknauliensis in the rpb2 tree (Appendix F Figure A5). These isolates were clustered with C. curvispora in the combined tef1/tub2/cmdA/his3/rpb2/act tree (Figure 3). Isolates in Group C were identified as C. curvispora.

Isolates in Group I were clustered with or close to C. ilicicola and C. cassiae in the tef1 tree (Appendix F Figure A1). These isolates were clustered with C. ilicicola in the tub2, cmdA, his3, rpb2, act, and combined tef1/tub2/cmdA/his3/rpb2/act trees (Figure 3, Appendix F Figure A2, Figure A3, Figure A4, Figure A5 and Figure A6). Isolates in Group I were identified as C. ilicicola.

Isolates in Group J were clustered with C. canadiana in the tef1, tub2, cmdA, his3, and rpb2 trees (Appendix F Figure A1, Figure A2, Figure A3, Figure A4 and Figure A5). These isolates were clustered with C. canadiana and C. indonesiae in the act tree (Appendix F Figure A6). These isolates were clustered with C. canadiana in the combined tef1/tub2/cmdA/his3/rpb2/act tree (Figure 3). Isolates in Group J were identified as C. canadiana.

3.3.2. Isolates in the Calonectria colhounii Species Complex

Isolates in Group K were clustered with or close to C. eucalypti, C. shaoguanensis, C. aciculata, and C. honghensis in the tef1 tree (Appendix F Figure A1), clustered with C. eucalypti and C. paracolhounii in the tub2 tree (Appendix F Figure A2), clustered with C. eucalypti and C. shaoguanensis in the cmdA tree (Appendix F Figure A3), clustered with C. eucalypti in the his3 tree (Appendix F Figure A4), clustered with C. eucalypti, C. honghensis, and C. minesis in the rpb2 tree (Appendix F Figure A5), and clustered with C. eucalypti, C. aciculata, and C. minesis in the act tree (Appendix F Figure A6). The isolates were clustered with or close to C. eucalypti, C. shaoguanensis, and C. honghensis in the combined tef1/tub2/cmdA/his3/rpb2/act tree (Figure 3). The isolates in Group K were consistently clustered with or close to C. eucalypti in all analyses (Figure 3, Appendix F Figure A1, Figure A2, Figure A3, Figure A4, Figure A5 and Figure A6). Isolates in Group F were identified as C. eucalypti.

3.4. Taxonomy

Based on the results of multi-gene phylogenetic analyses and consideration of the morphological characteristics, C. shaoguanensis recently described in Zhang and co-authors [33] is reduced to synonymy with existing taxon as follows:

Calonectria eucalypti L. Lombard, M.J. Wingf. and Crous, Studies in Mycology 66: 31–69. 2010.

MycoBank MB 515530.

Synonym: Calonectria shaoguanensis Y. X. Zhang et al., Journal of Fungi 8: 719. 2022.

Index Fungorum number: IF 555217.

In: Calonectria colhounii species complex.

Typus: PREM 60298 holotype.

Ex-type culture: CBS 125275 = CMW 18444.

Type locality: Indonesia, Sumatra Utara, Aek Nauli.

Type substrate: Eucalyptus grandis.

Barcodes: act = MT335013; cmdA = MT335243; his3 = MT335483; rpb2 = MT412545; tef1 = MT412774; tub2 = MT412992 (alternative markers: ITS = MT359704; LSU = MT359464).

Notes: Calonectria shaoguanensis was identified as a new species based on DNA sequence comparisons of the tef1, tub2, and cmdA gene regions and the morphological characteristics in Zhang and co-authors [33]. Calonectria shaoguanensis was treated as a synonym with C. eucalypti in this study. In comparison of DNA sequences for the tef1, tub2, and cmdA gene regions, there was only one base difference between the ex-type isolate of C. shaoguanensis (ZHKUCC 21-0036) and the ex-type isolate of C. eucalypti (CMW 18444 = CBS 125275) in the tub2 sequences. Both of the species produce clavate vesicles with overlapping dimensions (C. shaoguanensis: 2–7 μm [33]; C. eucalypti: 4–6 μm [44]). The macroconidia of C. shaoguanensis (av. 65 × 6.5 μm) are shorter than those of C. eucalypti (av. 72 × 6 μm) [33,44], which were considered to represent intraspecific variation justifying this synonymy.

3.5. Calonectria Richness in Soils from Four Provinces and Plantations of Three Tree Species

A total of 1270 isolates of Calonectria were obtained from 2991 soil samples collected from 12 sampling sites of three plantations in four provinces (Table 5, Figure 4). Calonectria isolates were obtained from 42.5% of the soil samples (Table 5, Figure 4). When considering the 12 sampling sites, 0.4 to 87.2% of the soil samples yielded Calonectria (Figure 4); the highest percentage of soil samples that yielded Calonectria was P. massoniana in GuangDong (87.2%), followed by E. urophylla × E. grandis from FuJian (86.8%) and E. urophylla × E. grandis from GuangDong (85.2%); the lowest percentages of soil samples that yielded Calonectria were from P. massoniana (0.4%) and C. lanceolata (0.4%) in YunNan (Table 5, Figure 4).

When considering the four sampled geographic regions, the percentage of soil samples that yielded Calonectria decreased from regions in the east to the west (Figure 2 and Figure 4); a higher percentage of soil samples that yielded Calonectria was obtained in GuangDong (63.8%) and FuJian (63.1%), with less in GuangXi (33.2%), and the lowest percentage of soil samples that yielded Calonectria was in YunNan (9.9%) (Table 5, Figure 4). When considering the three tree species, the highest percentage of soil samples that yielded Calonectria were from E. urophylla × E. grandis plantations (68.4%), followed by P. massoniana plantations (43%) and C. lanceolata (15.8%) (Table 5, Figure 4).

3.6. Calonectria Species Diversity in Four Provinces and Plantations of Three Tree Species

Based on the sequence comparisons of act, cmdA, his3, rpb2, tef1, and tub2 sequences, the 1270 Calonectria isolates were identified as 11 species. These species were C. aconidialis (883 isolates; 69.50%), C. kyotensis (166 isolates; 13.10%), C. hongkongensis (137 isolates; 10.80%), C. ilicicola (32 isolates; 2.50%), C. asiatica (30 isolates; 2.36%), C. eucalypti (9 isolates; 0.71%), C. curvispora (4 isolates; 0.31%), C. chinensis (3 isolates; 0.24%), C. pacifica (3 isolates; 0.24%), C. yunnanensis (2 isolates; 0.16%), and C. canadiana (1 isolate; 0.08%) (Table 6, Figure 5). Calonectria aconidialis was most dominant, followed by C. kyotensis and C. hongkongensis. Three species accounted for 93.4% of all Calonectria isolates obtained in this study (Figure 5). These three species were regarded as the dominant species (Table 6, Figure 5). A relatively small number of isolates were obtained for C. ilicicola and C. asiatica. Less than 10 isolates were obtained for each of the remaining six species (Table 6, Figure 5).

When considering the 12 sampling sites, each of C. aconidialis, C. kyotensis, C. hongkongensis and C. ilicicola was isolated from more than half of all the 12 sampling sites. Calonectria aconidialis and C. ilicicola were distributed at all sampling sites in four provinces, with the exception of P. massoniana and C. lanceolata plantations in YunNan. Calonectria kyotensis was distributed at all sampling sites in FuJian, GuangDong, and GuangXi Provinces, with the exception of C. lanceolata plantations in FuJian and GuangXi. Calonectria hongkongensis was distributed at all sampling sites in FuJian, GuangDong, and GuangXi Provinces, with the exception of C. lanceolata plantations in GuangDong and GuangXi. The remaining seven species were isolated only from the soils of one or two tree species plantations in a single province (Table 6, Figure 2b–m).

When considering the four sampled geographic regions, five, six, four, and six Calonectria species were isolated from soil samples in FuJian, GuangDong, GuangXi, and YunNan, respectively (Table 6). Calonectria aconidialis and C. ilicicola were found in all four provinces. Calonectria kyotensis and C. hongkongensis were found in three provinces, excluding YunNan. Each of the remaining seven species was found in only one province (Table 6, Figure 2 and Figure 6). For C. aconidialis, the percentage of soil samples that yielded Calonectria decreased from the eastern to the western provinces, with the exception of GuangDong Province (Table 6, Figure 6). For each species of C. kyotensis and C. hongkongensis, the percentage of soil samples that yielded Calonectria decreased from regions in the eastern to the western provinces (Table 6, Figure 6). The percentages of soil samples containing C. ilicicola in regions in the eastern and western provinces were similar (Table 6, Figure 6).

When considering the plantation tree species, eight, seven, and seven species were identified in E. urophylla × E. grandis, P. massoniana, and C. lanceolata plantations, respectively (Table 6). Calonectria aconidialis, C. kyotensis, C. hongkongensis, and C. ilicicola were isolated from soils in all three tree species. Each of the remaining seven species was isolated only from soils with one or two tree species (Table 6, Figure 2 and Figure 7). For C. aconidialis, the highest percentage of soil samples that yielded Calonectria was in E. urophylla × E. grandis plantations, followed by P. massoniana plantations and C. lanceolata plantations (Table 6, Figure 7). For each species of C. kyotensis and C. hongkongensis, the percentage of soil samples that yielded Calonectria was highest in P. massoniana plantations, followed by E. urophylla × E. grandis plantations and C. lanceolata plantations (Table 6, Figure 7). For C. ilicicola, the percentage of soil samples that yielded Calonectria was similar among the plantations of three tree species (Table 6, Figure 7).

3.7. Genotyping of Isolates within each Calonectria Species

The genotypes of 1270 Calonectria isolates obtained in this study were determined by tef1 and tub2 sequences. There were 28, 41, 10, 3, 2, 4, 1, 2, 3, 2, and 1 genotype(s) of C. aconidialis, C. kyotensis, C. hongkongensis, C. ilicicola, C. asiatica, C. eucalypti, C. curvispora, C. chinensis, C. pacifica, C. yunnanensis, and C. canadiana, respectively (Table 2). The three dominant Calonectria species, C. aconidialis, C. kyotensis, and C. hongkongensis, had more genotypes than the other species (Table 2). The ratio of genotype number to isolate number of C. kyotensis was highest within the three dominant species (Table 2).

The tef1-tub2 genotypes of each Calonectria species in each of the 12 sampling sites are listed in Appendix B Table A2 and Table 7. For the three dominant species, C. aconidialis, C. kyotensis, and C. hongkongensis, the overall data showed that the number of genotypes of each Calonectria species at each sampling site positively correlated with the number of isolates (Table 6, Table 7 and Appendix B Table A2). For each species of C. aconidialis and C. hongkongensis, the dominant genotype (genotype AA) existed in most of the sampling sites (Appendix B Table A2). For example, the dominant genotype AA accounted for 61.7 to 100% of the C. aconidialis isolates obtained from sampling sites 1–9 (Appendix B Table A2). There was no dominant genotype for C. kyotensis from the seven sampling sites that had Calonectria (Appendix B Table A2).

3.8. Genotype Diversity of Calonectria Species in Four Provinces and Plantations of Three Tree Species

Calonectria aconidialis, C. kyotensis, and C. hongkongensis were the dominant species in this study. The statistical results of the number of shared genotypes of C. aconidialis isolates indicated that the ratio of shared genotypes among the sites of “the same region but different plantation tree species” (30 shared genotypes/12 pairs of comparison sampling sites = 2.5) was much bigger than that of the sites of “different geographical region but the same plantation tree species” (12 shared genotypes/18 pairs of comparison sampling sites = 0.67) and also bigger than that of the sites of “different geographical region and different plantation tree species” (24 shared genotypes/36 pairs of comparison sampling sites = 0.67) (Appendix C Table A3). The statistical results of the number of shared genotypes of C. kyotensis isolates indicated that the ratio of shared genotypes among the sites of “the same region but different plantation tree species” (19 shared genotypes/12 pairs of comparison sampling sites = 1.58) was much bigger than that of the sites of “different geographical region but the same plantation tree species” (12 shared genotypes/18 pairs of comparison sampling sites = 0.67) and also bigger than that of the sites of “different geographical region and different plantation tree species” (15 shared genotypes/36 pairs of comparison sampling sites = 0.42) (Appendix D Table A4). The statistical results of the number of shared genotypes of C. hongkongensis isolates indicated that the ratio of shared genotypes among the sites of “the same region but different plantation tree species” (13 shared genotypes/12 pairs of comparison sampling sites = 1.08) was much bigger than that of the sites of “different geographical region but the same plantation tree species” (11 shared genotypes/18 pairs of comparison sampling sites = 0.61) and also bigger than that of the sites of “different geographical region and different plantation tree species” (17 shared genotypes/36 pairs of comparison sampling sites = 0.47) (Appendix E Table A5). These results suggest that the genetic variations of each species of C. aconidialis, C. kyotensis, and C. hongkongensis are likely to be more affected by geographical region than plantation tree species.

4. Discussion

In this study, a relatively large number of soil samples were collected from 12 plantations of E. urophylla × E. grandis, P. massoniana, and C. lanceolate in FuJian, GuangDong, GuangXi, and YunNan Provinces in southern China. A total of 1270 Calonectria isolates were obtained. Based on multi-gene sequence phylogenetic analyses, these isolates were identified as 11 Calonectria species. Except for C. eucalypti, which resides in the C. colhounii species complex, the remaining 10 species belong to the C. kyotensis species complex. The most dominant species was C. aconidialis, followed by C. kyotensis and C. hongkongensis.

The richness of Calonectria in soils (percentage of soil samples that yielded Calonectria) among the four geographical regions, as well as among the three tree species, differed. Calonectria richness in the eastern regions was higher than that in the western regions. A possible reason for this phenomenon is that the annual rainfall in the eastern regions was greater than in the western regions, where the soil in plantations in the eastern regions was under continuous high humidity [59,60]. Previous research results have shown that Calonectria species are more likely to exist in soils with consistently high levels of moisture [61]. The richness of Calonectria in soils of E. urophylla × E. grandis, P. massoniana, and C. lanceolata plantations decreased gradually. The richness of Calonectria in soils is probably affected by the litter of different tree species [62,63,64].

This study indicated that Calonectria species are widely distributed in soils of E. urophylla × E. grandis, P. massoniana, and C. lanceolata plantations. Previous research results have shown that Calonectria species, especially those in the C. kyotensis species complex, are widely distributed in the soils of Eucalyptus plantations in southern China [19,31]. Recent research results have indicated that Calonectria is also frequently isolated from soils in plantations of multiple tree species [32]. We suppose that Calonectria species are widely distributed in forest soils in southern China.

The distribution characteristics of the 11 Calonectria species at 12 sampling sites from 12 plantations of three tree species in four provinces differed. The three dominant species, C. aconidialis, C. kyotensis, and C. hongkongensis, as well as C. ilicicola, were distributed much more widely than the remaining seven species. This is consistent with recent research results [31,32]. Both C. aconidialis and C. ilicicola were isolated from 10 of the 12 sampling sites, while the richness of C. aconidialis at these sites was much higher than that of C. ilicicola. These results highlight the distribution differences in Calonectria species in soils. This study resulted in the first report of C. curvispora in China, and it was isolated only from soils in P. massoniana plantations in GuangDong Province. Our results suggest that C. curvispora may not be widely distributed in plantation soil in southern China.

The distribution of the three dominant species, C. aconidialis, C. kyotensis, and C. hongkongensis, was affected by geographic regions and plantation tree species, although their distribution patterns were not the same. The richness of these three species was generally higher in eastern regions than in western regions. However, the influencing characteristics of species richness, affected by plantation tree species, were not the same. Species richness was highest in E. urophylla × E. grandis plantations for C. aconidialis, while richness was highest in P. massoniana plantations for both C. kyotensis and C. hongkongensis. Species richness was lowest for these three species in the C. lanceolate plantations. Our research results suggest that the distribution patterns differ among Calonectria species associated with soils in angiosperm and gymnosperm plants [32].

Calonectria aconidialis is the most dominant species obtained from forest soils in this study. Since this species was first isolated and described from soils in Eucalyptus plantation in HaiNan Province in southern China [18], it has been frequently isolated from soils in Eucalyptus plantations in GuangXi, GuangDong and FuJian Provinces [15,19,31,32]. Besides Eucalyptus, C. aconidialis was also obtained from soils in C. lanceolata, Phyllostachys heterocycle and natural forests [32]. We speculate that C. aconidialis is widely distributed in soils in forests of multiple tree species in southern China and neighboring countries.

The distribution characteristics of Calonectria in YunNan differed from those in FuJian, GuangDong, and GuangXi. The percentages of soil samples that yielded Calonectria in plantations of E. urophylla × E. grandis, P. massoniana, and C. lanceolata in YunNan were significantly lower than those in the other three provinces. A possible reason is that the climate in YunNan is relatively drier than that of the other three provinces [65]. Among the 11 species identified in this study, C. asiatica, C. yunnanensis, C. eucalypti, and C. canadiana were isolated only from YunNan Province. Based on several previous studies conducted on Calonectria in China, C. asiatica and C. yunnanensis have been collected only from soils in Eucalyptus plantations in YunNan [10,15,19,29,30,31,32]. Calonectria eucalypti has been isolated only from the leaves of Eucalyptus plantations in the FuJian and YunNan Provinces [15,16]. This study reported the first record of C. eucalypti isolated from soils. In China, C. canadiana has only been isolated from soil in northern regions, including HeNan, HeiLongJiang, and HeBei Provinces [28,66,67]. Calonectria canadiana is considered a temperate climate-distributed species. In this study, it was isolated from YunNan Province in southern China. For the region in YunNan Province where C. canadiana was obtained, the climate was similar to these regions in northern China, since the region in YunNan in this study is located in the Yunnan-Guizhou Plateau, and the average annual temperature in this region is relatively low. A possible reason for the differences in Calonectria richness and species diversity between YunNan and the other provinces is the special climate in YunNan compared with the other three provinces [68].

The distribution patterns of Calonectria fungi in forest soils in different continents and countries are not consistent. In South America, the majority of Calonectria fungi isolated from forest soils resided in the C. brassicae and C. candelabrum species complexes [30,41]. In Asia, Calonectria species in the C. kyotensis, C. reteaudii, C. colhounii, C. cylindrospora and C. brassicae species complexes were isolated from forest soils in China and southeastern Asian countries; most of these obtained species resided in the C. kyotensis species complex [9,15,19,31,32,42]. In this study, ten of eleven obtained Calonectria species resided in C. kyotensis species complex. All the three, eight of eleven, and six of eight Calonectria species isolated from soils resided in C. kyotensis species complex in Indonesia, Vietnam and Malaysia, respectively [9,42]. The dominant species in the C. kyotensis species complex among different Asian countries were not the same. For example, C. aconidialis is the most dominant species isolated from forest soils in China, while this species has never been isolated from other Asian countries [9,15,19,30,31,32,42].

This study explored the richness, species diversity, and distribution characteristics of Calonectria from soils in the plantations of three tree species in four provinces in southern China. Our research results indicate that Calonectria richness is affected by geographic regions and plantation tree species. For the dominant species, their distribution patterns affected by geographic regions and plantation tree species are not the same, and their genetic variations may be more greatly affected by geographic region than by plantation tree species. For the dominant species, additional studies need to be conducted to clarify the genetic diversity and population differences among isolates from soils in different geographic regions and plantations of different tree species, which will help us to understand the influencing characteristics of geographic regions and plantation tree species on their genetic variations.

Author Contributions

Conceptualization, S.C.; methodology, S.C.; investigation, Y.L. and S.C.; resources, Y.L. and S.C.; writing, Y.L. and S.C.; review and editing, S.C.; project administration, S.C.; funding acquisition, S.C. All authors have read and agreed to the published version of the manuscript.

Funding

This study was initiated through the bilateral agreement between the Governments of South Africa and China and supported by The National Key R and D Program of China (China-South Africa Forestry Joint Research Centre Project; project No. 2018YFE0120900), the National Ten-thousand Talents Program (Project No. W03070115) and the GuangDong Top Young Talents Program (Project No. 20171172).

Institutional Review Board Statement

Not applicable.

Informed Consent Statement

Not applicable.

Data Availability Statement

Data are contained within the article.

Acknowledgments

We thank JiaLong Han, WenXia Wu, LingLing Liu, XueYing Liang and LinQin Lu and BingYin Chen for their assistance in collecting soil samples. We thank LinQin Lu and BingYin Chen for their assistance in dealing with the soil samples. We thank WenXia Wu for her assistance in laboratory work.

Conflicts of Interest

The authors declare no conflict of interest.

Appendix A. All 1270 Calonectria Isolates Obtained and Sequenced in This Study

Table A1. All 1270 Calonectria isolates obtained and sequenced in this study.

Site and Tree Species Code ^a	Species Complex	Species	Genotype ^b	Isolate No. ^c	Sample and Isolate Information ^d	GenBank Accession No. ^e
						tef1	tub2	cmdA	his3	rpb2	act
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22474	20210527-1-(1)	OQ188218	OQ260193	– ^f	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22475	20210527-1-(2)	OQ188219	OQ260194	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22477	20210527-1-(6)	OQ188220	OQ260195	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22479	20210527-1-(8)	OQ188221	OQ260196	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22484	20210527-1-(13)	OQ188222	OQ260197	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22486	20210527-1-(15)	OQ188223	OQ260198	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22487	20210527-1-(16)	OQ188224	OQ260199	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22490	20210527-1-(19)	OQ188225	OQ260200	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22496	20210527-1-(25)	OQ188226	OQ260201	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22776	20210527-1-(27)	OQ188227	OQ260202	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22780	20210527-1-(31)	OQ188228	OQ260203	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22783	20210527-1-(35)	OQ188229	OQ260204	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22787	20210527-1-(40)	OQ188230	OQ260205	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22789	20210527-1-(42)	OQ188231	OQ260206	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22792	20210527-1-(47)	OQ188232	OQ260207	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22794	20210527-1-(50)	OQ188233	OQ260208	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22795	20210527-1-(51)	OQ188234	OQ260209	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22797	20210527-1-(53)	OQ188235	OQ260210	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22798	20210527-1-(55)	OQ188236	OQ260211	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22800	20210527-1-(57)	OQ188237	OQ260212	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22801	20210527-1-(58)	OQ188238	OQ260213	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22805	20210527-1-(62)	OQ188239	OQ260214	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22811	20210527-1-(68)	OQ188240	OQ260215	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22815	20210527-1-(72)	OQ188241	OQ260216	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22816	20210527-1-(73)	OQ188242	OQ260217	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22817	20210527-1-(74)	OQ188243	OQ260218	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22818	20210527-1-(75)	OQ188244	OQ260219	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22819	20210527-1-(77)	OQ188245	OQ260220	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22820	20210527-1-(78)	OQ188246	OQ260221	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22821	20210527-1-(79)	OQ188247	OQ260222	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22822	20210527-1-(80)	OQ188248	OQ260223	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22823	20210527-1-(81)	OQ188249	OQ260224	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22825	20210527-1-(83)	OQ188250	OQ260225	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22826	20210527-1-(84)	OQ188251	OQ260226	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22827	20210527-1-(85)	OQ188252	OQ260227	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22828	20210527-1-(87)	OQ188253	OQ260228	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22830	20210527-1-(89)	OQ188254	OQ260229	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22833	20210527-1-(92)	OQ188255	OQ260230	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22835	20210527-1-(94)	OQ188256	OQ260231	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22838	20210527-1-(97)	OQ188257	OQ260232	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22839	20210527-1-(98)	OQ188258	OQ260233	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22841	20210527-1-(100)	OQ188259	OQ260234	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22844	20210527-1-(102)	OQ188260	OQ260235	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22845	20210527-1-(103)	OQ188261	OQ260236	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22846	20210527-1-(105)	OQ188262	OQ260237	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22848	20210527-1-(107)	OQ188263	OQ260238	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22849	20210527-1-(108)	OQ188264	OQ260239	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22852	20210527-1-(111)	OQ188265	OQ260240	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22854	20210527-1-(113)	OQ188266	OQ260241	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22855	20210527-1-(114)	OQ188267	OQ260242	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22858	20210527-1-(117)	OQ188268	OQ260243	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22863	20210527-1-(122)	OQ188269	OQ260244	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22903	20210526-1-(7)	OQ188270	OQ260245	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22905	20210526-1-(10)	OQ188271	OQ260246	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22906	20210526-1-(11)	OQ188272	OQ260247	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22908	20210526-1-(13)	OQ188273	OQ260248	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22916	20210526-1-(21)	OQ188274	OQ260249	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22917	20210526-1-(22)	OQ188275	OQ260250	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22919	20210526-1-(24)	OQ188276	OQ260251	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22920	20210526-1-(25)	OQ188277	OQ260252	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22922	20210526-1-(27)	OQ188278	OQ260253	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22923	20210526-1-(28)	OQ188279	OQ260254	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22924	20210526-1-(29)	OQ188280	OQ260255	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22927	20210526-1-(32)	OQ188281	OQ260256	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22930	20210526-1-(36)	OQ188282	OQ260257	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22933	20210526-1-(40)	OQ188283	OQ260258	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22935	20210526-1-(42)	OQ188284	OQ260259	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22940	20210526-1-(47)	OQ188285	OQ260260	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22943	20210526-1-(50)	OQ188286	OQ260261	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22944	20210526-1-(51)	OQ188287	OQ260262	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22945	20210526-1-(53)	OQ188288	OQ260263	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22947	20210526-1-(56)	OQ188289	OQ260264	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22956	20210526-1-(66)	OQ188290	OQ260265	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22957	20210526-1-(67)	OQ188291	OQ260266	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22961	20210526-1-(72)	OQ188292	OQ260267	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22964	20210526-1-(77)	OQ188293	OQ260268	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22966	20210526-1-(79)	OQ188294	OQ260269	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22968	20210526-1-(82)	OQ188295	OQ260270	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22865	20210526-2-(2)	OQ188296	OQ260271	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22867	20210526-2-(5)	OQ188297	OQ260272	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22868	20210526-2-(6)	OQ188298	OQ260273	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22872	20210526-2-(10)	OQ188299	OQ260274	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22873	20210526-2-(12)	OQ188300	OQ260275	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22876	20210526-2-(17)	OQ188301	OQ260276	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22878	20210526-2-(21)	OQ188302	OQ260277	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22882	20210526-2-(25)	OQ188303	OQ260278	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22883	20210526-2-(26)	OQ188304	OQ260279	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22884	20210526-2-(27)	OQ188305	OQ260280	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22886	20210526-2-(30)	OQ188306	OQ260281	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22888	20210526-2-(34)	OQ188307	OQ260282	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22891	20210526-2-(37)	OQ188308	OQ260283	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22892	20210526-2-(38)	OQ188309	OQ260284	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AD----	CSF22476	20210527-1-(3)	OQ188310	OQ260285	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AD----	CSF22478	20210527-1-(7)	OQ188311	OQ260286	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AD----	CSF22842	20210527-1-(101)	OQ188312	OQ260287	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	ADAAAA	CSF22962	20210526-1-(73)	OQ188313	OQ260288	OQ261468	OQ302903	OQ303110	OQ303316
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AGAAAA	CSF22495	20210527-1-(24)	OQ188314	OQ260289	OQ261473	OQ302908	OQ303115	OQ303321
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AI----	CSF22485	20210527-1-(14)	OQ188315	OQ260290	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AI----	CSF22489	20210527-1-(18)	OQ188316	OQ260291	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AI----	CSF22491	20210527-1-(20)	OQ188317	OQ260292	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AI----	CSF22493	20210527-1-(22)	OQ188318	OQ260293	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AI----	CSF22775	20210527-1-(26)	OQ188319	OQ260294	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AI----	CSF22777	20210527-1-(28)	OQ188320	OQ260295	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AI----	CSF22784	20210527-1-(37)	OQ188321	OQ260296	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AI----	CSF22803	20210527-1-(60)	OQ188322	OQ260297	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AI----	CSF22809	20210527-1-(66)	OQ188323	OQ260298	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AI----	CSF22812	20210527-1-(69)	OQ188324	OQ260299	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AI----	CSF22814	20210527-1-(71)	OQ188325	OQ260300	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AI----	CSF22851	20210527-1-(110)	OQ188326	OQ260301	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AI----	CSF22857	20210527-1-(116)	OQ188327	OQ260302	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AI----	CSF22862	20210527-1-(121)	OQ188328	OQ260303	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AI----	CSF22900	20210526-1-(4)	OQ188329	OQ260304	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AI----	CSF22955	20210526-1-(65)	OQ188330	OQ260305	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AI----	CSF22959	20210526-1-(69)	OQ188331	OQ260306	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AI----	CSF22967	20210526-1-(80)	OQ188332	OQ260307	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AI----	CSF22874	20210526-2-(13)	OQ188333	OQ260308	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AU----	CSF22480	20210527-1-(9)	OQ188334	OQ260309	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AU----	CSF22494	20210527-1-(23)	OQ188335	OQ260310	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AU----	CSF22785	20210527-1-(38)	OQ188336	OQ260311	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AU----	CSF22786	20210527-1-(39)	OQ188337	OQ260312	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AU----	CSF22793	20210527-1-(49)	OQ188338	OQ260313	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AU----	CSF22806	20210527-1-(63)	OQ188339	OQ260314	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AU----	CSF22834	20210527-1-(93)	OQ188340	OQ260315	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AU----	CSF22853	20210527-1-(112)	OQ188341	OQ260316	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AU----	CSF22861	20210527-1-(120)	OQ188342	OQ260317	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AU----	CSF22946	20210526-1-(55)	OQ188343	OQ260318	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AU----	CSF22963	20210526-1-(74)	OQ188344	OQ260319	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AU----	CSF22965	20210526-1-(78)	OQ188345	OQ260320	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AU----	CSF22870	20210526-2-(8)	OQ188346	OQ260321	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AU----	CSF22885	20210526-2-(29)	OQ188347	OQ260322	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AU----	CSF22893	20210526-2-(40)	OQ188348	OQ260323	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	AUAAAA	CSF22813	20210527-1-(70)	OQ188349	OQ260324	OQ261495	OQ302930	OQ303137	OQ303343
1. FuJian-Euc.	C. kyotensis	C. aconidialis	CA----	CSF22781	20210527-1-(32)	OQ188350	OQ260325	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	CA----	CSF22788	20210527-1-(41)	OQ188351	OQ260326	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	CA----	CSF22796	20210527-1-(52)	OQ188352	OQ260327	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	CA----	CSF22824	20210527-1-(82)	OQ188353	OQ260328	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	CA----	CSF22832	20210527-1-(91)	OQ188354	OQ260329	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	CA----	CSF22836	20210527-1-(95)	OQ188355	OQ260330	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	CA----	CSF22847	20210527-1-(106)	OQ188356	OQ260331	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	CA----	CSF22856	20210527-1-(115)	OQ188357	OQ260332	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	CA----	CSF22860	20210527-1-(119)	OQ188358	OQ260333	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	CA----	CSF22910	20210526-1-(15)	OQ188359	OQ260334	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	CA----	CSF22941	20210526-1-(48)	OQ188360	OQ260335	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	CA----	CSF22887	20210526-2-(32)	OQ188361	OQ260336	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. aconidialis	CAAAAA	CSF22802	20210527-1-(59)	OQ188362	OQ260337	OQ261500	OQ302935	OQ303142	OQ303348
1. FuJian-Euc.	C. kyotensis	C. aconidialis	CAAAAA	CSF22912	20210526-1-(17)	OQ188363	OQ260338	OQ261498	OQ302933	OQ303140	OQ303346
1. FuJian-Euc.	C. kyotensis	C. aconidialis	CAAAAA	CSF22951	20210526-1-(60)	OQ188364	OQ260339	OQ261499	OQ302934	OQ303141	OQ303347
1. FuJian-Euc.	C. kyotensis	C. aconidialis	CADAAA	CSF22483	20210527-1-(12)	OQ188365	OQ260340	OQ261503	OQ302938	OQ303145	OQ303351
1. FuJian-Euc.	C. kyotensis	C. aconidialis	DADAAA	CSF22948	20210526-1-(57)	OQ188366	OQ260341	OQ261506	OQ302941	OQ303148	OQ303354
1. FuJian-Euc.	C. kyotensis	C. chinensis	AAAAAA	CSF22960	20210526-1-(70)	OQ188367	OQ260342	OQ261519	OQ302954	OQ303161	OQ303367
1. FuJian-Euc.	C. kyotensis	C. hongkongensis	AA----	CSF22779	20210527-1-(30)	OQ188368	OQ260343	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. hongkongensis	AA----	CSF22782	20210527-1-(33)	OQ188369	OQ260344	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. hongkongensis	AA----	CSF22807	20210527-1-(64)	OQ188370	OQ260345	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. hongkongensis	AA----	CSF22829	20210527-1-(88)	OQ188371	OQ260346	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. hongkongensis	AA----	CSF22837	20210527-1-(96)	OQ188372	OQ260347	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. hongkongensis	AA----	CSF22840	20210527-1-(99)	OQ188373	OQ260348	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. hongkongensis	AA----	CSF22859	20210527-1-(118)	OQ188374	OQ260349	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. hongkongensis	AA----	CSF22902	20210526-1-(6)	OQ188375	OQ260350	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. hongkongensis	AA----	CSF22925	20210526-1-(30)	OQ188376	OQ260351	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. hongkongensis	AA----	CSF22926	20210526-1-(31)	OQ188377	OQ260352	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. hongkongensis	AA----	CSF22929	20210526-1-(34)	OQ188378	OQ260353	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. hongkongensis	AA----	CSF22932	20210526-1-(39)	OQ188379	OQ260354	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. hongkongensis	AA----	CSF22939	20210526-1-(46)	OQ188380	OQ260355	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. hongkongensis	AA----	CSF22952	20210526-1-(62)	OQ188381	OQ260356	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. hongkongensis	AA----	CSF22953	20210526-1-(63)	OQ188382	OQ260357	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. hongkongensis	AA----	CSF22958	20210526-1-(68)	OQ188383	OQ260358	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. hongkongensis	AA----	CSF22875	20210526-2-(15)	OQ188384	OQ260359	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. hongkongensis	AA----	CSF22879	20210526-2-(22)	OQ188385	OQ260360	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. hongkongensis	AA----	CSF22881	20210526-2-(24)	OQ188386	OQ260361	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. hongkongensis	AA----	CSF22896	20210526-2-(45)	OQ188387	OQ260362	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. hongkongensis	AAAAAA	CSF22931	20210526-1-(38)	OQ188388	OQ260363	OQ261524	OQ302959	OQ303166	OQ303372
1. FuJian-Euc.	C. kyotensis	C. hongkongensis	ABAAAA	CSF22895	20210526-2-(43)	OQ188389	OQ260364	OQ261526	OQ302961	OQ303168	OQ303374
1. FuJian-Euc.	C. kyotensis	C. hongkongensis	AFAAAA	CSF22909	20210526-1-(14)	OQ188390	OQ260365	OQ261534	OQ302969	OQ303176	OQ303382
1. FuJian-Euc.	C. kyotensis	C. hongkongensis	AFAAAA	CSF22949	20210526-1-(58)	OQ188391	OQ260366	OQ261535	OQ302970	OQ303177	OQ303383
1. FuJian-Euc.	C. kyotensis	C. hongkongensis	AFBAAA	CSF22810	20210527-1-(67)	OQ188392	OQ260367	OQ261540	OQ302975	OQ303182	OQ303388
1. FuJian-Euc.	C. kyotensis	C. hongkongensis	AHAAAA	CSF22921	20210526-1-(26)	OQ188393	OQ260368	OQ261547	OQ302982	OQ303189	OQ303395
1. FuJian-Euc.	C. kyotensis	C. hongkongensis	AIAAAA	CSF22954	20210526-1-(64)	OQ188394	OQ260369	OQ261549	OQ302984	OQ303191	OQ303397
1. FuJian-Euc.	C. kyotensis	C. ilicicola	AA----	CSF22482	20210527-1-(11)	OQ188395	OQ260370	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. ilicicola	AA----	CSF22804	20210527-1-(61)	OQ188396	OQ260371	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. ilicicola	AA----	CSF22850	20210527-1-(109)	OQ188397	OQ260372	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. kyotensis	AA----	CSF22897	20210526-1-(1)	OQ188398	OQ260373	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. kyotensis	AAAAAA	CSF22937	20210526-1-(44)	OQ188399	OQ260374	OQ261558	OQ302993	OQ303199	OQ303406
1. FuJian-Euc.	C. kyotensis	C. kyotensis	ADAAAA	CSF22894	20210526-2-(42)	OQ188400	OQ260375	OQ261560	OQ302995	OQ303201	OQ303408
1. FuJian-Euc.	C. kyotensis	C. kyotensis	AF----	CSF22799	20210527-1-(56)	OQ188401	OQ260376	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. kyotensis	AF----	CSF22808	20210527-1-(65)	OQ188402	OQ260377	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. kyotensis	AF----	CSF22898	20210526-1-(2)	OQ188403	OQ260378	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. kyotensis	AF----	CSF22913	20210526-1-(18)	OQ188404	OQ260379	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. kyotensis	AFAAAA	CSF22869	20210526-2-(7)	OQ188405	OQ260380	OQ261564	OQ302999	OQ303205	OQ303412
1. FuJian-Euc.	C. kyotensis	C. kyotensis	AI----	CSF22914	20210526-1-(19)	OQ188406	OQ260381	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. kyotensis	AIAAAA	CSF22904	20210526-1-(8)	OQ188407	OQ260382	OQ261566	OQ303001	OQ303207	OQ303414
1. FuJian-Euc.	C. kyotensis	C. kyotensis	AIAAAA	CSF22866	20210526-2-(3)	OQ188408	OQ260383	OQ261567	OQ303002	OQ303208	OQ303415
1. FuJian-Euc.	C. kyotensis	C. kyotensis	ARAAAA	CSF22950	20210526-1-(59)	OQ188409	OQ260384	OQ261584	OQ303019	OQ303225	OQ303432
1. FuJian-Euc.	C. kyotensis	C. kyotensis	BRAAAA	CSF22889	20210526-2-(35)	OQ188410	OQ260385	OQ261586	OQ303021	OQ303227	OQ303434
1. FuJian-Euc.	C. kyotensis	C. kyotensis	CF----	CSF22901	20210526-1-(5)	OQ188411	OQ260386	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. kyotensis	CFAAAA	CSF22907	20210526-1-(12)	OQ188412	OQ260387	OQ261596	OQ303031	OQ303237	OQ303444
1. FuJian-Euc.	C. kyotensis	C. kyotensis	CMAAAA	CSF22778	20210527-1-(29)	OQ188413	OQ260388	OQ261600	OQ303035	OQ303241	OQ303448
1. FuJian-Euc.	C. kyotensis	C. kyotensis	DF----	CSF22481	20210527-1-(10)	OQ188414	OQ260389	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. kyotensis	DF----	CSF22488	20210527-1-(17)	OQ188415	OQ260390	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. kyotensis	DF----	CSF22911	20210526-1-(16)	OQ188416	OQ260391	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. kyotensis	DF----	CSF22915	20210526-1-(20)	OQ188417	OQ260392	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. kyotensis	DF----	CSF22934	20210526-1-(41)	OQ188418	OQ260393	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. kyotensis	DFAAAA	CSF22928	20210526-1-(33)	OQ188419	OQ260394	OQ261632	OQ303067	OQ303273	OQ303480
1. FuJian-Euc.	C. kyotensis	C. kyotensis	DI----	CSF22936	20210526-1-(43)	OQ188420	OQ260395	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. kyotensis	DI----	CSF22942	20210526-1-(49)	OQ188421	OQ260396	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. kyotensis	DI----	CSF22969	20210526-1-(83)	OQ188422	OQ260397	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. kyotensis	DK----	CSF22899	20210526-1-(3)	OQ188423	OQ260398	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. kyotensis	DK----	CSF22938	20210526-1-(45)	OQ188424	OQ260399	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. kyotensis	DK----	CSF22871	20210526-2-(9)	OQ188425	OQ260400	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. kyotensis	DK----	CSF22877	20210526-2-(20)	OQ188426	OQ260401	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. kyotensis	DKAAAA	CSF22790	20210527-1-(43)	OQ188427	OQ260402	OQ261639	OQ303074	OQ303280	OQ303487
1. FuJian-Euc.	C. kyotensis	C. kyotensis	DKAAAA	CSF22918	20210526-1-(23)	OQ188428	OQ260403	OQ261638	OQ303073	OQ303279	OQ303486
1. FuJian-Euc.	C. kyotensis	C. kyotensis	DKDAAA	CSF22890	20210526-2-(36)	OQ188429	OQ260404	OQ261642	OQ303077	OQ303283	OQ303490
1. FuJian-Euc.	C. kyotensis	C. kyotensis	DLCAAA	CSF22831	20210527-1-(90)	OQ188430	OQ260405	OQ261644	OQ303079	OQ303285	OQ303492
1. FuJian-Euc.	C. kyotensis	C. kyotensis	DM----	CSF22791	20210527-1-(44)	OQ188431	OQ260406	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. kyotensis	DM----	CSF22880	20210526-2-(23)	OQ188432	OQ260407	–	–	–	–
1. FuJian-Euc.	C. kyotensis	C. kyotensis	DMAAAA	CSF22864	20210526-2-(1)	OQ188433	OQ260408	OQ261645	OQ303080	OQ303286	OQ303493
1. FuJian-Euc.	C. kyotensis	C. kyotensis	DQAABA	CSF22492	20210527-1-(21)	OQ188434	OQ260409	OQ261651	OQ303086	OQ303292	OQ303499
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22510	20210524-1-(1)	OQ188435	OQ260410	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22512	20210524-1-(3)	OQ188436	OQ260411	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22517	20210524-1-(15)	OQ188437	OQ260412	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22518	20210524-1-(17)	OQ188438	OQ260413	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22522	20210524-1-(22)	OQ188439	OQ260414	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23059	20210524-1-(40)	OQ188440	OQ260415	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23064	20210524-1-(52)	OQ188441	OQ260416	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23067	20210524-1-(58)	OQ188442	OQ260417	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23069	20210524-1-(63)	OQ188443	OQ260418	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23074	20210524-1-(74)	OQ188444	OQ260419	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23075	20210524-1-(75)	OQ188445	OQ260420	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23078	20210524-1-(79)	OQ188446	OQ260421	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23082	20210524-1-(84)	OQ188447	OQ260422	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23088	20210524-1-(96)	OQ188448	OQ260423	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23089	20210524-1-(97)	OQ188449	OQ260424	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23091	20210524-1-(101)	OQ188450	OQ260425	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23095	20210524-1-(107)	OQ188451	OQ260426	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23097	20210524-1-(110)	OQ188452	OQ260427	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23108	20210524-1-(128)	OQ188453	OQ260428	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23121	20210524-1-(143)	OQ188454	OQ260429	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23126	20210524-1-(150)	OQ188455	OQ260430	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23130	20210524-1-(154)	OQ188456	OQ260431	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23131	20210524-1-(155)	OQ188457	OQ260432	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23149	20210524-1-(181)	OQ188458	OQ260433	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23151	20210524-1-(183)	OQ188459	OQ260434	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23159	20210524-1-(192)	OQ188460	OQ260435	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23168	20210524-1-(204)	OQ188461	OQ260436	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23172	20210524-1-(209)	OQ188462	OQ260437	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23178	20210524-1-(218)	OQ188463	OQ260438	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23179	20210524-1-(219)	OQ188464	OQ260439	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23182	20210524-1-(223)	OQ188465	OQ260440	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23183	20210524-1-(224)	OQ188466	OQ260441	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23184	20210524-1-(226)	OQ188467	OQ260442	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23185	20210524-1-(227)	OQ188468	OQ260443	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23188	20210524-1-(230)	OQ188469	OQ260444	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23190	20210524-1-(232)	OQ188470	OQ260445	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23198	20210524-1-(245)	OQ188471	OQ260446	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AI----	CSF23076	20210524-1-(76)	OQ188472	OQ260447	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AI----	CSF23081	20210524-1-(83)	OQ188473	OQ260448	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AI----	CSF23125	20210524-1-(148)	OQ188474	OQ260449	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AI----	CSF23144	20210524-1-(174)	OQ188475	OQ260450	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AIAAAA	CSF23113	20210524-1-(135)	OQ188476	OQ260451	OQ261476	OQ302911	OQ303118	OQ303324
2. FuJian-Pin.	C. kyotensis	C. aconidialis	APAAAA	CSF23133	20210524-1-(158)	OQ188477	OQ260452	OQ261487	OQ302922	OQ303129	OQ303335
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AU----	CSF22514	20210524-1-(7)	OQ188478	OQ260453	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AU----	CSF23093	20210524-1-(103)	OQ188479	OQ260454	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AU----	CSF23134	20210524-1-(159)	OQ188480	OQ260455	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AU----	CSF23150	20210524-1-(182)	OQ188481	OQ260456	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AU----	CSF23153	20210524-1-(185)	OQ188482	OQ260457	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AU----	CSF23157	20210524-1-(189)	OQ188483	OQ260458	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	AU----	CSF23200	20210524-1-(247)	OQ188484	OQ260459	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	CA----	CSF22511	20210524-1-(2)	OQ188485	OQ260460	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	CA----	CSF23062	20210524-1-(49)	OQ188486	OQ260461	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	CA----	CSF23107	20210524-1-(127)	OQ188487	OQ260462	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	CA----	CSF23146	20210524-1-(176)	OQ188488	OQ260463	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	CA----	CSF23167	20210524-1-(201)	OQ188489	OQ260464	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. aconidialis	CABAAA	CSF23196	20210524-1-(243)	OQ188490	OQ260465	OQ261502	OQ302937	OQ303144	OQ303350
2. FuJian-Pin.	C. kyotensis	C. aconidialis	CADAAA	CSF23147	20210524-1-(177)	OQ188491	OQ260466	OQ261504	OQ302939	OQ303146	OQ303352
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF22515	20210524-1-(8)	OQ188492	OQ260467	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF22521	20210524-1-(21)	OQ188493	OQ260468	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23053	20210524-1-(30)	OQ188494	OQ260469	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23060	20210524-1-(42)	OQ188495	OQ260470	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23061	20210524-1-(46)	OQ188496	OQ260471	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23063	20210524-1-(50)	OQ188497	OQ260472	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23066	20210524-1-(56)	OQ188498	OQ260473	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23071	20210524-1-(69)	OQ188499	OQ260474	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23085	20210524-1-(92)	OQ188500	OQ260475	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23090	20210524-1-(99)	OQ188501	OQ260476	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23092	20210524-1-(102)	OQ188502	OQ260477	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23101	20210524-1-(117)	OQ188503	OQ260478	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23102	20210524-1-(118)	OQ188504	OQ260479	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23116	20210524-1-(138)	OQ188505	OQ260480	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23119	20210524-1-(141)	OQ188506	OQ260481	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23122	20210524-1-(144)	OQ188507	OQ260482	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23128	20210524-1-(152)	OQ188508	OQ260483	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23129	20210524-1-(153)	OQ188509	OQ260484	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23155	20210524-1-(187)	OQ188510	OQ260485	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23158	20210524-1-(191)	OQ188511	OQ260486	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23162	20210524-1-(196)	OQ188512	OQ260487	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23169	20210524-1-(205)	OQ188513	OQ260488	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23173	20210524-1-(210)	OQ188514	OQ260489	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23186	20210524-1-(228)	OQ188515	OQ260490	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23192	20210524-1-(234)	OQ188516	OQ260491	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23197	20210524-1-(244)	OQ188517	OQ260492	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AB----	CSF23055	20210524-1-(32)	OQ188518	OQ260493	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AB----	CSF23164	20210524-1-(198)	OQ188519	OQ260494	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AD----	CSF23072	20210524-1-(70)	OQ188520	OQ260495	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AEBAAA	CSF23136	20210524-1-(161)	OQ188521	OQ260496	OQ261532	OQ302967	OQ303174	OQ303380
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AF----	CSF23050	20210524-1-(26)	OQ188522	OQ260497	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AF----	CSF23080	20210524-1-(82)	OQ188523	OQ260498	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AF----	CSF23156	20210524-1-(188)	OQ188524	OQ260499	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AF----	CSF23171	20210524-1-(208)	OQ188525	OQ260500	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AF----	CSF23180	20210524-1-(221)	OQ188526	OQ260501	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AFAAAA	CSF23068	20210524-1-(59)	OQ188527	OQ260502	OQ261536	OQ302971	OQ303178	OQ303384
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AFBAAA	CSF23142	20210524-1-(168)	OQ188528	OQ260503	OQ261541	OQ302976	OQ303183	OQ303389
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AGBAAA	CSF23137	20210524-1-(162)	OQ188529	OQ260504	OQ261544	OQ302979	OQ303186	OQ303392
2. FuJian-Pin.	C. kyotensis	C. hongkongensis	AGBAAA	CSF23166	20210524-1-(200)	OQ188530	OQ260505	OQ261545	OQ302980	OQ303187	OQ303393
2. FuJian-Pin.	C. kyotensis	C. ilicicola	AA----	CSF23083	20210524-1-(87)	OQ188531	OQ260506	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. ilicicola	AA----	CSF23127	20210524-1-(151)	OQ188532	OQ260507	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. ilicicola	AA----	CSF23195	20210524-1-(241)	OQ188533	OQ260508	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. ilicicola	AABAAA	CSF23189	20210524-1-(231)	OQ188534	OQ260509	OQ261553	OQ302988	OQ303194	OQ303401
2. FuJian-Pin.	C. kyotensis	C. kyotensis	AA----	CSF23138	20210524-1-(163)	OQ188535	OQ260510	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	AAAAAA	CSF23086	20210524-1-(93)	OQ188536	OQ260511	OQ261559	OQ302994	OQ303200	OQ303407
2. FuJian-Pin.	C. kyotensis	C. kyotensis	ADAAAA	CSF23115	20210524-1-(137)	OQ188537	OQ260512	OQ261561	OQ302996	OQ303202	OQ303409
2. FuJian-Pin.	C. kyotensis	C. kyotensis	ADAAAA	CSF23120	20210524-1-(142)	OQ188538	OQ260513	OQ261562	OQ302997	OQ303203	OQ303410
2. FuJian-Pin.	C. kyotensis	C. kyotensis	AF----	CSF23099	20210524-1-(115)	OQ188539	OQ260514	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	AF----	CSF23105	20210524-1-(124)	OQ188540	OQ260515	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	AF----	CSF23170	20210524-1-(206)	OQ188541	OQ260516	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	AFAAAA	CSF23163	20210524-1-(197)	OQ188542	OQ260517	OQ261565	OQ303000	OQ303206	OQ303413
2. FuJian-Pin.	C. kyotensis	C. kyotensis	AI----	CSF23057	20210524-1-(35)	OQ188543	OQ260518	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	AI----	CSF23103	20210524-1-(122)	OQ188544	OQ260519	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	AI----	CSF23117	20210524-1-(139)	OQ188545	OQ260520	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	AI----	CSF23123	20210524-1-(145)	OQ188546	OQ260521	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	AI----	CSF23199	20210524-1-(246)	OQ188547	OQ260522	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	AIDABA	CSF23104	20210524-1-(123)	OQ188548	OQ260523	OQ261571	OQ303006	OQ303212	OQ303419
2. FuJian-Pin.	C. kyotensis	C. kyotensis	AIFAAA	CSF23181	20210524-1-(222)	OQ188549	OQ260524	OQ261572	OQ303007	OQ303213	OQ303420
2. FuJian-Pin.	C. kyotensis	C. kyotensis	AKAAAA	CSF23070	20210524-1-(68)	OQ188550	OQ260525	OQ261573	OQ303008	OQ303214	OQ303421
2. FuJian-Pin.	C. kyotensis	C. kyotensis	AKAAAA	CSF23096	20210524-1-(108)	OQ188551	OQ260526	OQ261574	OQ303009	OQ303215	OQ303422
2. FuJian-Pin.	C. kyotensis	C. kyotensis	AL----	CSF23132	20210524-1-(157)	OQ188552	OQ260527	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	AL----	CSF23194	20210524-1-(240)	OQ188553	OQ260528	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	ALABAA	CSF23098	20210524-1-(112)	OQ188554	OQ260529	OQ261575	OQ303010	OQ303216	OQ303423
2. FuJian-Pin.	C. kyotensis	C. kyotensis	ALBAAA	CSF22516	20210524-1-(14)	OQ188555	OQ260530	OQ261576	OQ303011	OQ303217	OQ303424
2. FuJian-Pin.	C. kyotensis	C. kyotensis	AOAAAA	CSF23094	20210524-1-(104)	OQ188556	OQ260531	OQ261577	OQ303012	OQ303218	OQ303425
2. FuJian-Pin.	C. kyotensis	C. kyotensis	CBAAAA	CSF23110	20210524-1-(132)	OQ188557	OQ260532	OQ261593	OQ303028	OQ303234	OQ303441
2. FuJian-Pin.	C. kyotensis	C. kyotensis	CF----	CSF23112	20210524-1-(134)	OQ188558	OQ260533	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	CFAAAA	CSF23114	20210524-1-(136)	OQ188559	OQ260534	OQ261597	OQ303032	OQ303238	OQ303445
2. FuJian-Pin.	C. kyotensis	C. kyotensis	CIAAAA	CSF23176	20210524-1-(214)	OQ188560	OQ260535	OQ261599	OQ303034	OQ303240	OQ303447
2. FuJian-Pin.	C. kyotensis	C. kyotensis	CODAAB	CSF23124	20210524-1-(146)	OQ188561	OQ260536	OQ261611	OQ303046	OQ303252	OQ303459
2. FuJian-Pin.	C. kyotensis	C. kyotensis	DA----	CSF22513	20210524-1-(5)	OQ188562	OQ260537	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	DA----	CSF23073	20210524-1-(71)	OQ188563	OQ260538	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	DA----	CSF23160	20210524-1-(193)	OQ188564	OQ260539	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	DA----	CSF23177	20210524-1-(216)	OQ188565	OQ260540	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	DAAAAA	CSF23143	20210524-1-(169)	OQ188566	OQ260541	OQ261624	OQ303059	OQ303265	OQ303472
2. FuJian-Pin.	C. kyotensis	C. kyotensis	DD----	CSF23077	20210524-1-(78)	OQ188567	OQ260542	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	DD----	CSF23161	20210524-1-(194)	OQ188568	OQ260543	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	DDAABA	CSF23118	20210524-1-(140)	OQ188569	OQ260544	OQ261627	OQ303062	OQ303268	OQ303475
2. FuJian-Pin.	C. kyotensis	C. kyotensis	DDDAAA	CSF23145	20210524-1-(175)	OQ188570	OQ260545	OQ261629	OQ303064	OQ303270	OQ303477
2. FuJian-Pin.	C. kyotensis	C. kyotensis	DF----	CSF23079	20210524-1-(81)	OQ188571	OQ260546	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	DF----	CSF23084	20210524-1-(91)	OQ188572	OQ260547	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	DF----	CSF23148	20210524-1-(178)	OQ188573	OQ260548	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	DF----	CSF23152	20210524-1-(184)	OQ188574	OQ260549	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	DF----	CSF23175	20210524-1-(213)	OQ188575	OQ260550	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	DF----	CSF23187	20210524-1-(229)	OQ188576	OQ260551	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	DFBAAA	CSF23174	20210524-1-(211)	OQ188577	OQ260552	OQ261633	OQ303068	OQ303274	OQ303481
2. FuJian-Pin.	C. kyotensis	C. kyotensis	DI----	CSF22520	20210524-1-(20)	OQ188578	OQ260553	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	DI----	CSF23056	20210524-1-(33)	OQ188579	OQ260554	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	DI----	CSF23111	20210524-1-(133)	OQ188580	OQ260555	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	DI----	CSF23135	20210524-1-(160)	OQ188581	OQ260556	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	DI----	CSF23140	20210524-1-(165)	OQ188582	OQ260557	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	DI----	CSF23141	20210524-1-(166)	OQ188583	OQ260558	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	DI----	CSF23191	20210524-1-(233)	OQ188584	OQ260559	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	DIAAAA	CSF23052	20210524-1-(28)	OQ188585	OQ260560	OQ261635	OQ303070	OQ303276	OQ303483
2. FuJian-Pin.	C. kyotensis	C. kyotensis	DJBAAA	CSF23054	20210524-1-(31)	OQ188586	OQ260561	OQ261637	OQ303072	OQ303278	OQ303485
2. FuJian-Pin.	C. kyotensis	C. kyotensis	DK----	CSF23106	20210524-1-(126)	OQ188587	OQ260562	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	DKAAAA	CSF23109	20210524-1-(131)	OQ188588	OQ260563	OQ261640	OQ303075	OQ303281	OQ303488
2. FuJian-Pin.	C. kyotensis	C. kyotensis	DKAAAA	CSF23165	20210524-1-(199)	OQ188589	OQ260564	OQ261641	OQ303076	OQ303282	OQ303489
2. FuJian-Pin.	C. kyotensis	C. kyotensis	DL----	CSF23058	20210524-1-(37)	OQ188590	OQ260565	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	DL----	CSF23139	20210524-1-(164)	OQ188591	OQ260566	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	DM----	CSF22523	20210524-1-(24)	OQ188592	OQ260567	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	DM----	CSF23051	20210524-1-(27)	OQ188593	OQ260568	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	DM----	CSF23065	20210524-1-(54)	OQ188594	OQ260569	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	DMAAAA	CSF23193	20210524-1-(239)	OQ188595	OQ260570	OQ261646	OQ303081	OQ303287	OQ303494
2. FuJian-Pin.	C. kyotensis	C. kyotensis	DO----	CSF23154	20210524-1-(186)	OQ188596	OQ260571	–	–	–	–
2. FuJian-Pin.	C. kyotensis	C. kyotensis	DOAAAA	CSF22519	20210524-1-(18)	OQ188597	OQ260572	OQ261647	OQ303082	OQ303288	OQ303495
2. FuJian-Pin.	C. kyotensis	C. kyotensis	DOAAAA	CSF23087	20210524-1-(94)	OQ188598	OQ260573	OQ261648	OQ303083	OQ303289	OQ303496
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22499	20210525-1-(7)	OQ188599	OQ260574	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22500	20210525-1-(8)	OQ188600	OQ260575	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22504	20210525-1-(13)	OQ188601	OQ260576	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22505	20210525-1-(14)	OQ188602	OQ260577	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22506	20210525-1-(15)	OQ188603	OQ260578	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22507	20210525-1-(16)	OQ188604	OQ260579	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22970	20210525-1-(26)	OQ188605	OQ260580	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22972	20210525-1-(29)	OQ188606	OQ260581	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22973	20210525-1-(33)	OQ188607	OQ260582	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22974	20210525-1-(34)	OQ188608	OQ260583	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22975	20210525-1-(36)	OQ188609	OQ260584	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22977	20210525-1-(38)	OQ188610	OQ260585	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22979	20210525-1-(40)	OQ188611	OQ260586	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22982	20210525-1-(44)	OQ188612	OQ260587	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22984	20210525-1-(53)	OQ188613	OQ260588	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22985	20210525-1-(57)	OQ188614	OQ260589	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22986	20210525-1-(58)	OQ188615	OQ260590	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22988	20210525-1-(67)	OQ188616	OQ260591	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22989	20210525-1-(69)	OQ188617	OQ260592	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22990	20210525-1-(72)	OQ188618	OQ260593	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22992	20210525-1-(76)	OQ188619	OQ260594	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22994	20210525-1-(86)	OQ188620	OQ260595	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22995	20210525-1-(90)	OQ188621	OQ260596	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22996	20210525-1-(91)	OQ188622	OQ260597	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22997	20210525-1-(93)	OQ188623	OQ260598	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23003	20210525-1-(111)	OQ188624	OQ260599	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23005	20210525-1-(119)	OQ188625	OQ260600	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23007	20210525-1-(124)	OQ188626	OQ260601	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23012	20210525-1-(144)	OQ188627	OQ260602	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23013	20210525-1-(148)	OQ188628	OQ260603	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23014	20210525-1-(152)	OQ188629	OQ260604	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23015	20210525-1-(156)	OQ188630	OQ260605	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23016	20210525-1-(159)	OQ188631	OQ260606	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23017	20210525-1-(160)	OQ188632	OQ260607	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23019	20210525-1-(171)	OQ188633	OQ260608	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23025	20210525-1-(190)	OQ188634	OQ260609	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23026	20210525-1-(196)	OQ188635	OQ260610	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23027	20210525-1-(197)	OQ188636	OQ260611	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23028	20210525-1-(198)	OQ188637	OQ260612	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23029	20210525-1-(201)	OQ188638	OQ260613	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23030	20210525-1-(202)	OQ188639	OQ260614	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23031	20210525-1-(203)	OQ188640	OQ260615	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23033	20210525-1-(206)	OQ188641	OQ260616	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23039	20210525-1-(223)	OQ188642	OQ260617	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23040	20210525-1-(225)	OQ188643	OQ260618	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23041	20210525-1-(226)	OQ188644	OQ260619	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23042	20210525-1-(229)	OQ188645	OQ260620	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23043	20210525-1-(231)	OQ188646	OQ260621	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23045	20210525-1-(234)	OQ188647	OQ260622	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23048	20210525-1-(247)	OQ188648	OQ260623	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AAABAA	CSF22498	20210525-1-(4)	OQ188649	OQ260624	OQ261463	OQ302898	OQ303105	OQ303311
3. FuJian-Cun.	C. kyotensis	C. aconidialis	ADDAAA	CSF22991	20210525-1-(74)	OQ188650	OQ260625	OQ261469	OQ302904	OQ303111	OQ303317
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AFAAAA	CSF23011	20210525-1-(141)	OQ188651	OQ260626	OQ261471	OQ302906	OQ303113	OQ303319
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AI----	CSF22987	20210525-1-(60)	OQ188652	OQ260627	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AI----	CSF23006	20210525-1-(122)	OQ188653	OQ260628	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AI----	CSF23034	20210525-1-(209)	OQ188654	OQ260629	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AI----	CSF23044	20210525-1-(232)	OQ188655	OQ260630	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AIAAAA	CSF23008	20210525-1-(137)	OQ188656	OQ260631	OQ261477	OQ302912	OQ303119	OQ303325
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AQAAAA	CSF22503	20210525-1-(12)	OQ188657	OQ260632	OQ261488	OQ302923	OQ303130	OQ303336
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AU----	CSF22978	20210525-1-(39)	OQ188658	OQ260633	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AU----	CSF23001	20210525-1-(101)	OQ188659	OQ260634	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AU----	CSF23022	20210525-1-(186)	OQ188660	OQ260635	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AU----	CSF23023	20210525-1-(187)	OQ188661	OQ260636	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AU----	CSF23024	20210525-1-(188)	OQ188662	OQ260637	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AU----	CSF23046	20210525-1-(235)	OQ188663	OQ260638	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	AUAAAA	CSF23021	20210525-1-(185)	OQ188664	OQ260639	OQ261496	OQ302931	OQ303138	OQ303344
3. FuJian-Cun.	C. kyotensis	C. aconidialis	CA----	CSF22497	20210525-1-(1)	OQ188665	OQ260640	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	CA----	CSF22502	20210525-1-(11)	OQ188666	OQ260641	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	CA----	CSF22508	20210525-1-(17)	OQ188667	OQ260642	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	CA----	CSF22976	20210525-1-(37)	OQ188668	OQ260643	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	CA----	CSF22993	20210525-1-(85)	OQ188669	OQ260644	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	CA----	CSF22999	20210525-1-(95)	OQ188670	OQ260645	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	CA----	CSF23020	20210525-1-(184)	OQ188671	OQ260646	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	CA----	CSF23032	20210525-1-(204)	OQ188672	OQ260647	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	CA----	CSF23035	20210525-1-(212)	OQ188673	OQ260648	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	CA----	CSF23037	20210525-1-(218)	OQ188674	OQ260649	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	CA----	CSF23038	20210525-1-(221)	OQ188675	OQ260650	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. aconidialis	CAAAAA	CSF23049	20210525-1-(250)	OQ188676	OQ260651	OQ261501	OQ302936	OQ303143	OQ303349
3. FuJian-Cun.	C. kyotensis	C. aconidialis	CADAAA	CSF23002	20210525-1-(110)	OQ188677	OQ260652	OQ261505	OQ302940	OQ303147	OQ303353
3. FuJian-Cun.	C. kyotensis	C. chinensis	AAAAAA	CSF22980	20210525-1-(41)	OQ188678	OQ260653	OQ261520	OQ302955	OQ303162	OQ303368
3. FuJian-Cun.	C. kyotensis	C. chinensis	BAAAAA	CSF22981	20210525-1-(43)	OQ188679	OQ260654	OQ261521	OQ302956	OQ303163	OQ303369
3. FuJian-Cun.	C. kyotensis	C. hongkongensis	AA----	CSF22509	20210525-1-(24)	OQ188680	OQ260655	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. hongkongensis	AA----	CSF22971	20210525-1-(28)	OQ188681	OQ260656	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. hongkongensis	AA----	CSF22983	20210525-1-(45)	OQ188682	OQ260657	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. hongkongensis	AA----	CSF23018	20210525-1-(166)	OQ188683	OQ260658	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. hongkongensis	ADBAAA	CSF22501	20210525-1-(10)	OQ188684	OQ260659	OQ261530	OQ302965	OQ303172	OQ303378
3. FuJian-Cun.	C. kyotensis	C. hongkongensis	AFCAAA	CSF23000	20210525-1-(98)	OQ188685	OQ260660	OQ261543	OQ302978	OQ303185	OQ303391
3. FuJian-Cun.	C. kyotensis	C. ilicicola	AA----	CSF22998	20210525-1-(94)	OQ188686	OQ260661	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. ilicicola	AA----	CSF23004	20210525-1-(113)	OQ188687	OQ260662	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. ilicicola	AA----	CSF23036	20210525-1-(216)	OQ188688	OQ260663	–	–	–	–
3. FuJian-Cun.	C. kyotensis	C. ilicicola	AA----	CSF23047	20210525-1-(245)	OQ188689	OQ260664	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22525	20210607-1-(2)	OQ188690	OQ260665	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22526	20210607-1-(3)	OQ188691	OQ260666	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22527	20210607-1-(5)	OQ188692	OQ260667	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22528	20210607-1-(6)	OQ188693	OQ260668	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22529	20210607-1-(8)	OQ188694	OQ260669	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22531	20210607-1-(10)	OQ188695	OQ260670	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22532	20210607-1-(13)	OQ188696	OQ260671	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22533	20210607-1-(14)	OQ188697	OQ260672	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22534	20210607-1-(16)	OQ188698	OQ260673	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22538	20210607-1-(19)	OQ188699	OQ260674	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22540	20210607-1-(22)	OQ188700	OQ260675	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22541	20210607-1-(24)	OQ188701	OQ260676	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23201	20210607-1-(26)	OQ188702	OQ260677	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23202	20210607-1-(27)	OQ188703	OQ260678	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23203	20210607-1-(28)	OQ188704	OQ260679	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23204	20210607-1-(29)	OQ188705	OQ260680	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23205	20210607-1-(30)	OQ188706	OQ260681	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23206	20210607-1-(31)	OQ188707	OQ260682	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23207	20210607-1-(32)	OQ188708	OQ260683	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23208	20210607-1-(33)	OQ188709	OQ260684	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23209	20210607-1-(34)	OQ188710	OQ260685	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23211	20210607-1-(36)	OQ188711	OQ260686	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23213	20210607-1-(38)	OQ188712	OQ260687	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23215	20210607-1-(40)	OQ188713	OQ260688	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23216	20210607-1-(41)	OQ188714	OQ260689	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23217	20210607-1-(42)	OQ188715	OQ260690	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23218	20210607-1-(43)	OQ188716	OQ260691	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23219	20210607-1-(44)	OQ188717	OQ260692	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23222	20210607-1-(47)	OQ188718	OQ260693	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23223	20210607-1-(48)	OQ188719	OQ260694	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23224	20210607-1-(49)	OQ188720	OQ260695	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23225	20210607-1-(51)	OQ188721	OQ260696	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23226	20210607-1-(53)	OQ188722	OQ260697	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23228	20210607-1-(55)	OQ188723	OQ260698	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23229	20210607-1-(56)	OQ188724	OQ260699	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23232	20210607-1-(59)	OQ188725	OQ260700	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23233	20210607-1-(60)	OQ188726	OQ260701	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23234	20210607-1-(61)	OQ188727	OQ260702	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23235	20210607-1-(62)	OQ188728	OQ260703	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23236	20210607-1-(63)	OQ188729	OQ260704	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23238	20210607-1-(65)	OQ188730	OQ260705	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23239	20210607-1-(66)	OQ188731	OQ260706	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23241	20210607-1-(68)	OQ188732	OQ260707	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23242	20210607-1-(69)	OQ188733	OQ260708	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23243	20210607-1-(70)	OQ188734	OQ260709	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23246	20210607-1-(74)	OQ188735	OQ260710	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23248	20210607-1-(76)	OQ188736	OQ260711	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23249	20210607-1-(77)	OQ188737	OQ260712	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23252	20210607-1-(80)	OQ188738	OQ260713	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23253	20210607-1-(81)	OQ188739	OQ260714	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23254	20210607-1-(82)	OQ188740	OQ260715	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23255	20210607-1-(83)	OQ188741	OQ260716	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23256	20210607-1-(84)	OQ188742	OQ260717	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23257	20210607-1-(85)	OQ188743	OQ260718	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23259	20210607-1-(87)	OQ188744	OQ260719	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23260	20210607-1-(88)	OQ188745	OQ260720	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23261	20210607-1-(89)	OQ188746	OQ260721	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23264	20210607-1-(92)	OQ188747	OQ260722	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23265	20210607-1-(93)	OQ188748	OQ260723	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23266	20210607-1-(94)	OQ188749	OQ260724	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23267	20210607-1-(95)	OQ188750	OQ260725	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23268	20210607-1-(96)	OQ188751	OQ260726	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23270	20210607-1-(98)	OQ188752	OQ260727	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23271	20210607-1-(99)	OQ188753	OQ260728	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23272	20210607-1-(100)	OQ188754	OQ260729	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23273	20210607-1-(101)	OQ188755	OQ260730	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23274	20210607-1-(102)	OQ188756	OQ260731	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23275	20210607-1-(103)	OQ188757	OQ260732	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23276	20210607-1-(104)	OQ188758	OQ260733	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23277	20210607-1-(105)	OQ188759	OQ260734	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23278	20210607-1-(106)	OQ188760	OQ260735	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23279	20210607-1-(107)	OQ188761	OQ260736	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23280	20210607-1-(108)	OQ188762	OQ260737	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23281	20210607-1-(109)	OQ188763	OQ260738	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23282	20210607-1-(110)	OQ188764	OQ260739	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23283	20210607-1-(111)	OQ188765	OQ260740	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23286	20210607-1-(114)	OQ188766	OQ260741	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23288	20210607-1-(116)	OQ188767	OQ260742	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23290	20210607-1-(119)	OQ188768	OQ260743	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23291	20210607-1-(120)	OQ188769	OQ260744	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23292	20210607-1-(122)	OQ188770	OQ260745	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23293	20210607-1-(123)	OQ188771	OQ260746	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23295	20210607-1-(128)	OQ188772	OQ260747	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23296	20210607-1-(129)	OQ188773	OQ260748	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23297	20210607-1-(130)	OQ188774	OQ260749	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23298	20210607-1-(131)	OQ188775	OQ260750	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23299	20210607-1-(132)	OQ188776	OQ260751	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23300	20210607-1-(134)	OQ188777	OQ260752	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23303	20210607-1-(138)	OQ188778	OQ260753	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23305	20210607-1-(140)	OQ188779	OQ260754	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23307	20210607-1-(142)	OQ188780	OQ260755	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23308	20210607-1-(143)	OQ188781	OQ260756	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23310	20210607-1-(146)	OQ188782	OQ260757	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23311	20210607-1-(148)	OQ188783	OQ260758	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23312	20210607-1-(149)	OQ188784	OQ260759	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23313	20210607-1-(150)	OQ188785	OQ260760	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23314	20210607-1-(151)	OQ188786	OQ260761	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23318	20210607-1-(156)	OQ188787	OQ260762	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23319	20210607-1-(157)	OQ188788	OQ260763	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23320	20210607-1-(158)	OQ188789	OQ260764	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23322	20210607-1-(161)	OQ188790	OQ260765	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23326	20210607-1-(165)	OQ188791	OQ260766	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23328	20210607-1-(167)	OQ188792	OQ260767	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23331	20210607-1-(170)	OQ188793	OQ260768	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23333	20210607-1-(172)	OQ188794	OQ260769	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23334	20210607-1-(174)	OQ188795	OQ260770	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23335	20210607-1-(175)	OQ188796	OQ260771	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23336	20210607-1-(176)	OQ188797	OQ260772	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23338	20210607-1-(178)	OQ188798	OQ260773	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23342	20210607-1-(182)	OQ188799	OQ260774	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23343	20210607-1-(184)	OQ188800	OQ260775	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23344	20210607-1-(185)	OQ188801	OQ260776	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23345	20210607-1-(186)	OQ188802	OQ260777	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23348	20210607-1-(189)	OQ188803	OQ260778	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23349	20210607-1-(190)	OQ188804	OQ260779	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23350	20210607-1-(191)	OQ188805	OQ260780	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23351	20210607-1-(192)	OQ188806	OQ260781	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23352	20210607-1-(194)	OQ188807	OQ260782	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23354	20210607-1-(196)	OQ188808	OQ260783	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23356	20210607-1-(198)	OQ188809	OQ260784	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23359	20210607-1-(202)	OQ188810	OQ260785	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23360	20210607-1-(203)	OQ188811	OQ260786	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23361	20210607-1-(205)	OQ188812	OQ260787	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23362	20210607-1-(206)	OQ188813	OQ260788	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23363	20210607-1-(207)	OQ188814	OQ260789	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23364	20210607-1-(211)	OQ188815	OQ260790	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23365	20210607-1-(213)	OQ188816	OQ260791	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23367	20210607-1-(215)	OQ188817	OQ260792	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23368	20210607-1-(216)	OQ188818	OQ260793	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23369	20210607-1-(217)	OQ188819	OQ260794	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23371	20210607-1-(220)	OQ188820	OQ260795	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23372	20210607-1-(221)	OQ188821	OQ260796	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23373	20210607-1-(222)	OQ188822	OQ260797	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23374	20210607-1-(223)	OQ188823	OQ260798	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23376	20210607-1-(226)	OQ188824	OQ260799	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23377	20210607-1-(228)	OQ188825	OQ260800	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23378	20210607-1-(229)	OQ188826	OQ260801	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23380	20210607-1-(232)	OQ188827	OQ260802	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23381	20210607-1-(233)	OQ188828	OQ260803	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23383	20210607-1-(235)	OQ188829	OQ260804	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23385	20210607-1-(237)	OQ188830	OQ260805	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23386	20210607-1-(239)	OQ188831	OQ260806	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23387	20210607-1-(240)	OQ188832	OQ260807	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23388	20210607-1-(241)	OQ188833	OQ260808	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23391	20210607-1-(245)	OQ188834	OQ260809	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23392	20210607-1-(246)	OQ188835	OQ260810	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23393	20210607-1-(247)	OQ188836	OQ260811	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23395	20210607-1-(249)	OQ188837	OQ260812	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23396	20210607-1-(250)	OQ188838	OQ260813	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	ABAAAA	CSF23317	20210607-1-(154)	OQ188839	OQ260814	OQ261464	OQ302899	OQ303106	OQ303312
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AEAAAA	CSF23379	20210607-1-(231)	OQ188840	OQ260815	OQ261470	OQ302905	OQ303112	OQ303318
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AM----	CSF23231	20210607-1-(58)	OQ188841	OQ260816	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AM----	CSF23340	20210607-1-(180)	OQ188842	OQ260817	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AM----	CSF23353	20210607-1-(195)	OQ188843	OQ260818	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AOCAAA	CSF23284	20210607-1-(112)	OQ188844	OQ260819	OQ261486	OQ302921	OQ303128	OQ303334
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AR----	CSF23212	20210607-1-(37)	OQ188845	OQ260820	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AR----	CSF23341	20210607-1-(181)	OQ188846	OQ260821	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AR----	CSF23355	20210607-1-(197)	OQ188847	OQ260822	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	ARAAAA	CSF23251	20210607-1-(79)	OQ188848	OQ260823	OQ261489	OQ302924	OQ303131	OQ303337
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	ASACAA	CSF22524	20210607-1-(1)	OQ188849	OQ260824	OQ261492	OQ302927	OQ303134	OQ303340
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AT----	CSF22535	20210607-1-(17)	OQ188850	OQ260825	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AT----	CSF22539	20210607-1-(21)	OQ188851	OQ260826	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AT----	CSF23214	20210607-1-(39)	OQ188852	OQ260827	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AT----	CSF23227	20210607-1-(54)	OQ188853	OQ260828	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AT----	CSF23237	20210607-1-(64)	OQ188854	OQ260829	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AT----	CSF23240	20210607-1-(67)	OQ188855	OQ260830	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AT----	CSF23245	20210607-1-(72)	OQ188856	OQ260831	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AT----	CSF23247	20210607-1-(75)	OQ188857	OQ260832	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AT----	CSF23250	20210607-1-(78)	OQ188858	OQ260833	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AT----	CSF23262	20210607-1-(90)	OQ188859	OQ260834	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AT----	CSF23263	20210607-1-(91)	OQ188860	OQ260835	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AT----	CSF23269	20210607-1-(97)	OQ188861	OQ260836	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AT----	CSF23287	20210607-1-(115)	OQ188862	OQ260837	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AT----	CSF23301	20210607-1-(135)	OQ188863	OQ260838	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AT----	CSF23304	20210607-1-(139)	OQ188864	OQ260839	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AT----	CSF23309	20210607-1-(144)	OQ188865	OQ260840	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AT----	CSF23315	20210607-1-(152)	OQ188866	OQ260841	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AT----	CSF23321	20210607-1-(159)	OQ188867	OQ260842	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AT----	CSF23323	20210607-1-(162)	OQ188868	OQ260843	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AT----	CSF23324	20210607-1-(163)	OQ188869	OQ260844	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AT----	CSF23327	20210607-1-(166)	OQ188870	OQ260845	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AT----	CSF23329	20210607-1-(168)	OQ188871	OQ260846	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AT----	CSF23337	20210607-1-(177)	OQ188872	OQ260847	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AT----	CSF23339	20210607-1-(179)	OQ188873	OQ260848	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AT----	CSF23346	20210607-1-(187)	OQ188874	OQ260849	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AT----	CSF23347	20210607-1-(188)	OQ188875	OQ260850	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AT----	CSF23357	20210607-1-(199)	OQ188876	OQ260851	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AT----	CSF23358	20210607-1-(200)	OQ188877	OQ260852	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AT----	CSF23384	20210607-1-(236)	OQ188878	OQ260853	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AT----	CSF23390	20210607-1-(243)	OQ188879	OQ260854	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	AT----	CSF23394	20210607-1-(248)	OQ188880	OQ260855	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	GA----	CSF23294	20210607-1-(127)	OQ188881	OQ260856	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	GA----	CSF23302	20210607-1-(137)	OQ188882	OQ260857	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	GAAAAA	CSF23306	20210607-1-(141)	OQ188883	OQ260858	OQ261510	OQ302945	OQ303152	OQ303358
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	GO----	CSF23325	20210607-1-(164)	OQ188884	OQ260859	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. aconidialis	GOCAAA	CSF23221	20210607-1-(46)	OQ188885	OQ260860	OQ261512	OQ302947	OQ303154	OQ303360
4. GuangDong-Euc.	C. kyotensis	C. hongkongensis	AA----	CSF22530	20210607-1-(9)	OQ188886	OQ260861	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. hongkongensis	AA----	CSF22536	20210607-1-(18)	OQ188887	OQ260862	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. hongkongensis	AA----	CSF23210	20210607-1-(35)	OQ188888	OQ260863	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. hongkongensis	AA----	CSF23285	20210607-1-(113)	OQ188889	OQ260864	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. hongkongensis	AA----	CSF23330	20210607-1-(169)	OQ188890	OQ260865	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. hongkongensis	AA----	CSF23332	20210607-1-(171)	OQ188891	OQ260866	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. hongkongensis	AB----	CSF23244	20210607-1-(71)	OQ188892	OQ260867	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. hongkongensis	AB----	CSF23289	20210607-1-(118)	OQ188893	OQ260868	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. hongkongensis	AC----	CSF23230	20210607-1-(57)	OQ188894	OQ260869	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. hongkongensis	ACAAAA	CSF23258	20210607-1-(86)	OQ188895	OQ260870	OQ261528	OQ302963	OQ303170	OQ303376
4. GuangDong-Euc.	C. kyotensis	C. hongkongensis	AD----	CSF23375	20210607-1-(225)	OQ188896	OQ260871	–	–	–	–
4. GuangDong-Euc.	C. kyotensis	C. hongkongensis	AFABAA	CSF23366	20210607-1-(214)	OQ188897	OQ260872	OQ261539	OQ302974	OQ303181	OQ303387
4. GuangDong-Euc.	C. kyotensis	C. ilicicola	BAAAAA	CSF23220	20210607-1-(45)	OQ188898	OQ260873	OQ261554	OQ302989	OQ303195	OQ303402
4. GuangDong-Euc.	C. kyotensis	C. kyotensis	AIDAAA	CSF23316	20210607-1-(153)	OQ188899	OQ260874	OQ261568	OQ303003	OQ303209	OQ303416
4. GuangDong-Euc.	C. kyotensis	C. kyotensis	DDDAAA	CSF23382	20210607-1-(234)	OQ188900	OQ260875	OQ261630	OQ303065	OQ303271	OQ303478
4. GuangDong-Euc.	C. kyotensis	C. kyotensis	DIEAAA	CSF23389	20210607-1-(242)	OQ188901	OQ260876	OQ261636	OQ303071	OQ303277	OQ303484
4. GuangDong-Euc.	C. kyotensis	C. kyotensis	DVACAA	CSF23370	20210607-1-(219)	OQ188902	OQ260877	OQ261654	OQ303089	OQ303295	OQ303502
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22547	20210606-1-(1)	OQ188903	OQ260878	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22548	20210606-1-(2)	OQ188904	OQ260879	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22549	20210606-1-(3)	OQ188905	OQ260880	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22551	20210606-1-(5)	OQ188906	OQ260881	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22553	20210606-1-(7)	OQ188907	OQ260882	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22554	20210606-1-(8)	OQ188908	OQ260883	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22556	20210606-1-(10)	OQ188909	OQ260884	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22557	20210606-1-(11)	OQ188910	OQ260885	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22561	20210606-1-(16)	OQ188911	OQ260886	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22563	20210606-1-(18)	OQ188912	OQ260887	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22564	20210606-1-(19)	OQ188913	OQ260888	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22568	20210606-1-(24)	OQ188914	OQ260889	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23439	20210606-1-(30)	OQ188915	OQ260890	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23440	20210606-1-(31)	OQ188916	OQ260891	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23441	20210606-1-(32)	OQ188917	OQ260892	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23442	20210606-1-(33)	OQ188918	OQ260893	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23446	20210606-1-(37)	OQ188919	OQ260894	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23448	20210606-1-(39)	OQ188920	OQ260895	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23453	20210606-1-(45)	OQ188921	OQ260896	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23454	20210606-1-(46)	OQ188922	OQ260897	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23457	20210606-1-(49)	OQ188923	OQ260898	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23459	20210606-1-(51)	OQ188924	OQ260899	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23461	20210606-1-(53)	OQ188925	OQ260900	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23462	20210606-1-(54)	OQ188926	OQ260901	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23463	20210606-1-(55)	OQ188927	OQ260902	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23466	20210606-1-(58)	OQ188928	OQ260903	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23467	20210606-1-(59)	OQ188929	OQ260904	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23479	20210606-1-(78)	OQ188930	OQ260905	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23482	20210606-1-(81)	OQ188931	OQ260906	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23484	20210606-1-(83)	OQ188932	OQ260907	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23485	20210606-1-(84)	OQ188933	OQ260908	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23487	20210606-1-(86)	OQ188934	OQ260909	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23488	20210606-1-(87)	OQ188935	OQ260910	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23491	20210606-1-(90)	OQ188936	OQ260911	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23492	20210606-1-(91)	OQ188937	OQ260912	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23496	20210606-1-(95)	OQ188938	OQ260913	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23514	20210606-1-(118)	OQ188939	OQ260914	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23515	20210606-1-(120)	OQ188940	OQ260915	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23517	20210606-1-(124)	OQ188941	OQ260916	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23518	20210606-1-(126)	OQ188942	OQ260917	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23519	20210606-1-(127)	OQ188943	OQ260918	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23520	20210606-1-(129)	OQ188944	OQ260919	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23521	20210606-1-(130)	OQ188945	OQ260920	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23524	20210606-1-(132)	OQ188946	OQ260921	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23526	20210606-1-(135)	OQ188947	OQ260922	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23527	20210606-1-(136)	OQ188948	OQ260923	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23528	20210606-1-(137)	OQ188949	OQ260924	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23529	20210606-1-(138)	OQ188950	OQ260925	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23531	20210606-1-(140)	OQ188951	OQ260926	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23532	20210606-1-(141)	OQ188952	OQ260927	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23536	20210606-1-(144)	OQ188953	OQ260928	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23537	20210606-1-(145)	OQ188954	OQ260929	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23538	20210606-1-(146)	OQ188955	OQ260930	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23540	20210606-1-(148)	OQ188956	OQ260931	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23542	20210606-1-(150)	OQ188957	OQ260932	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23544	20210606-1-(152)	OQ188958	OQ260933	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23545	20210606-1-(154)	OQ188959	OQ260934	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23546	20210606-1-(155)	OQ188960	OQ260935	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23551	20210606-1-(160)	OQ188961	OQ260936	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23552	20210606-1-(161)	OQ188962	OQ260937	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23556	20210606-1-(165)	OQ188963	OQ260938	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23559	20210606-1-(168)	OQ188964	OQ260939	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23560	20210606-1-(169)	OQ188965	OQ260940	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23564	20210606-1-(174)	OQ188966	OQ260941	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23566	20210606-1-(176)	OQ188967	OQ260942	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23568	20210606-1-(178)	OQ188968	OQ260943	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23569	20210606-1-(179)	OQ188969	OQ260944	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23570	20210606-1-(180)	OQ188970	OQ260945	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23571	20210606-1-(181)	OQ188971	OQ260946	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23573	20210606-1-(183)	OQ188972	OQ260947	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23574	20210606-1-(184)	OQ188973	OQ260948	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23575	20210606-1-(185)	OQ188974	OQ260949	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23577	20210606-1-(187)	OQ188975	OQ260950	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23578	20210606-1-(188)	OQ188976	OQ260951	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23583	20210606-1-(195)	OQ188977	OQ260952	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23586	20210606-1-(200)	OQ188978	OQ260953	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23588	20210606-1-(202)	OQ188979	OQ260954	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23589	20210606-1-(204)	OQ188980	OQ260955	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23591	20210606-1-(206)	OQ188981	OQ260956	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23592	20210606-1-(207)	OQ188982	OQ260957	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23594	20210606-1-(209)	OQ188983	OQ260958	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23595	20210606-1-(210)	OQ188984	OQ260959	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23597	20210606-1-(212)	OQ188985	OQ260960	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23598	20210606-1-(213)	OQ188986	OQ260961	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23601	20210606-1-(216)	OQ188987	OQ260962	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23604	20210606-1-(219)	OQ188988	OQ260963	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23607	20210606-1-(222)	OQ188989	OQ260964	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23609	20210606-1-(224)	OQ188990	OQ260965	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23610	20210606-1-(225)	OQ188991	OQ260966	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23612	20210606-1-(227)	OQ188992	OQ260967	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23615	20210606-1-(230)	OQ188993	OQ260968	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23617	20210606-1-(232)	OQ188994	OQ260969	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23619	20210606-1-(234)	OQ188995	OQ260970	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23620	20210606-1-(235)	OQ188996	OQ260971	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23622	20210606-1-(237)	OQ188997	OQ260972	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23624	20210606-1-(239)	OQ188998	OQ260973	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23625	20210606-1-(240)	OQ188999	OQ260974	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23626	20210606-1-(241)	OQ189000	OQ260975	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23628	20210606-1-(244)	OQ189001	OQ260976	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23629	20210606-1-(245)	OQ189002	OQ260977	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23630	20210606-1-(246)	OQ189003	OQ260978	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23632	20210606-1-(248)	OQ189004	OQ260979	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AA----	CSF23634	20210606-1-(250)	OQ189005	OQ260980	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AB----	CSF23445	20210606-1-(36)	OQ189006	OQ260981	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	ABAAAA	CSF22562	20210606-1-(17)	OQ189007	OQ260982	OQ261465	OQ302900	OQ303107	OQ303313
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AF----	CSF23490	20210606-1-(89)	OQ189008	OQ260983	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AF----	CSF23495	20210606-1-(94)	OQ189009	OQ260984	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AF----	CSF23530	20210606-1-(139)	OQ189010	OQ260985	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AF----	CSF23603	20210606-1-(218)	OQ189011	OQ260986	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AF----	CSF23627	20210606-1-(242)	OQ189012	OQ260987	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AF----	CSF23631	20210606-1-(247)	OQ189013	OQ260988	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AFEAAA	CSF23623	20210606-1-(238)	OQ189014	OQ260989	OQ261472	OQ302907	OQ303114	OQ303320
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AHAAAA	CSF23621	20210606-1-(236)	OQ189015	OQ260990	OQ261474	OQ302909	OQ303116	OQ303322
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AJAAAA	CSF23585	20210606-1-(198)	OQ189016	OQ260991	OQ261478	OQ302913	OQ303120	OQ303326
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	ARAAAA	CSF23444	20210606-1-(35)	OQ189017	OQ260992	OQ261490	OQ302925	OQ303132	OQ303338
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	ASAAAA	CSF23497	20210606-1-(96)	OQ189018	OQ260993	OQ261491	OQ302926	OQ303133	OQ303339
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AT----	CSF23458	20210606-1-(50)	OQ189019	OQ260994	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AT----	CSF23464	20210606-1-(56)	OQ189020	OQ260995	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AT----	CSF23483	20210606-1-(82)	OQ189021	OQ260996	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AT----	CSF23493	20210606-1-(92)	OQ189022	OQ260997	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AT----	CSF23533	20210606-1-(142)	OQ189023	OQ260998	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AT----	CSF23539	20210606-1-(147)	OQ189024	OQ260999	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AT----	CSF23549	20210606-1-(158)	OQ189025	OQ261000	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AT----	CSF23553	20210606-1-(162)	OQ189026	OQ261001	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AT----	CSF23557	20210606-1-(166)	OQ189027	OQ261002	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AT----	CSF23561	20210606-1-(170)	OQ189028	OQ261003	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AT----	CSF23565	20210606-1-(175)	OQ189029	OQ261004	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AT----	CSF23567	20210606-1-(177)	OQ189030	OQ261005	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AT----	CSF23579	20210606-1-(189)	OQ189031	OQ261006	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AT----	CSF23613	20210606-1-(228)	OQ189032	OQ261007	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	AT----	CSF23616	20210606-1-(231)	OQ189033	OQ261008	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	GA----	CSF22558	20210606-1-(12)	OQ189034	OQ261009	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	GA----	CSF23548	20210606-1-(157)	OQ189035	OQ261010	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	GAAAAA	CSF23563	20210606-1-(173)	OQ189036	OQ261011	OQ261511	OQ302946	OQ303153	OQ303359
5. GuangDong-Pin.	C. kyotensis	C. aconidialis	GOCAAA	CSF23547	20210606-1-(156)	OQ189037	OQ261012	OQ261513	OQ302948	OQ303155	OQ303361
5. GuangDong-Pin.	C. kyotensis	C. curvispora	AA----	CSF22560	20210606-1-(15)	OQ189038	OQ261013	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. curvispora	AA----	CSF22566	20210606-1-(21)	OQ189039	OQ261014	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. curvispora	AAAAAA	CSF22555	20210606-1-(9)	OQ189040	OQ261015	OQ261522	OQ302957	OQ303164	OQ303370
5. GuangDong-Pin.	C. kyotensis	C. curvispora	AAAAAA	CSF23447	20210606-1-(38)	OQ189041	OQ261016	OQ261523	OQ302958	OQ303165	OQ303371
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF22565	20210606-1-(20)	OQ189042	OQ261017	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF22567	20210606-1-(22)	OQ189043	OQ261018	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF22569	20210606-1-(25)	OQ189044	OQ261019	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23438	20210606-1-(28)	OQ189045	OQ261020	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23449	20210606-1-(40)	OQ189046	OQ261021	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23451	20210606-1-(42)	OQ189047	OQ261022	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23456	20210606-1-(48)	OQ189048	OQ261023	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23465	20210606-1-(57)	OQ189049	OQ261024	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23469	20210606-1-(61)	OQ189050	OQ261025	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23472	20210606-1-(68)	OQ189051	OQ261026	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23473	20210606-1-(69)	OQ189052	OQ261027	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23478	20210606-1-(75)	OQ189053	OQ261028	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23498	20210606-1-(97)	OQ189054	OQ261029	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23500	20210606-1-(99)	OQ189055	OQ261030	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23502	20210606-1-(101)	OQ189056	OQ261031	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23508	20210606-1-(110)	OQ189057	OQ261032	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23510	20210606-1-(114)	OQ189058	OQ261033	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23511	20210606-1-(115)	OQ189059	OQ261034	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23513	20210606-1-(117)	OQ189060	OQ261035	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23525	20210606-1-(134)	OQ189061	OQ261036	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23541	20210606-1-(149)	OQ189062	OQ261037	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23550	20210606-1-(159)	OQ189063	OQ261038	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23558	20210606-1-(167)	OQ189064	OQ261039	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23562	20210606-1-(172)	OQ189065	OQ261040	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23576	20210606-1-(186)	OQ189066	OQ261041	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23587	20210606-1-(201)	OQ189067	OQ261042	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23590	20210606-1-(205)	OQ189068	OQ261043	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23593	20210606-1-(208)	OQ189069	OQ261044	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23596	20210606-1-(211)	OQ189070	OQ261045	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23599	20210606-1-(214)	OQ189071	OQ261046	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23600	20210606-1-(215)	OQ189072	OQ261047	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23605	20210606-1-(220)	OQ189073	OQ261048	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23611	20210606-1-(226)	OQ189074	OQ261049	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AA----	CSF23633	20210606-1-(249)	OQ189075	OQ261050	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AAAAAA	CSF22552	20210606-1-(6)	OQ189076	OQ261051	OQ261525	OQ302960	OQ303167	OQ303373
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AB----	CSF22550	20210606-1-(4)	OQ189077	OQ261052	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AB----	CSF23522	20210606-1-(131)	OQ189078	OQ261053	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	ABBAAA	CSF23580	20210606-1-(191)	OQ189079	OQ261054	OQ261527	OQ302962	OQ303169	OQ303375
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	ACAAAA	CSF23476	20210606-1-(73)	OQ189080	OQ261055	OQ261529	OQ302964	OQ303171	OQ303377
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AD----	CSF23460	20210606-1-(52)	OQ189081	OQ261056	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AD----	CSF23516	20210606-1-(123)	OQ189082	OQ261057	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	ADBAAB	CSF23471	20210606-1-(64)	OQ189083	OQ261058	OQ261531	OQ302966	OQ303173	OQ303379
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AE----	CSF23606	20210606-1-(221)	OQ189084	OQ261059	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AEBAAA	CSF23443	20210606-1-(34)	OQ189085	OQ261060	OQ261533	OQ302968	OQ303175	OQ303381
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AF----	CSF22559	20210606-1-(14)	OQ189086	OQ261061	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AF----	CSF23486	20210606-1-(85)	OQ189087	OQ261062	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AF----	CSF23503	20210606-1-(102)	OQ189088	OQ261063	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AFAAAA	CSF23470	20210606-1-(63)	OQ189089	OQ261064	OQ261537	OQ302972	OQ303179	OQ303385
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AFBAAA	CSF23602	20210606-1-(217)	OQ189090	OQ261065	OQ261542	OQ302977	OQ303184	OQ303390
5. GuangDong-Pin.	C. kyotensis	C. hongkongensis	AHAAAA	CSF23506	20210606-1-(108)	OQ189091	OQ261066	OQ261548	OQ302983	OQ303190	OQ303396
5. GuangDong-Pin.	C. kyotensis	C. ilicicola	BA----	CSF23501	20210606-1-(100)	OQ189092	OQ261067	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. ilicicola	BAAAAA	CSF23489	20210606-1-(88)	OQ189093	OQ261068	OQ261555	OQ302990	OQ303196	OQ303403
5. GuangDong-Pin.	C. kyotensis	C. kyotensis	AA----	CSF23554	20210606-1-(163)	OQ189094	OQ261069	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. kyotensis	ADAAAA	CSF23614	20210606-1-(229)	OQ189095	OQ261070	OQ261563	OQ302998	OQ303204	OQ303411
5. GuangDong-Pin.	C. kyotensis	C. kyotensis	AIDAAA	CSF23480	20210606-1-(79)	OQ189096	OQ261071	OQ261569	OQ303004	OQ303210	OQ303417
5. GuangDong-Pin.	C. kyotensis	C. kyotensis	AIDAAA	CSF23555	20210606-1-(164)	OQ189097	OQ261072	OQ261570	OQ303005	OQ303211	OQ303418
5. GuangDong-Pin.	C. kyotensis	C. kyotensis	AOAAAA	CSF23468	20210606-1-(60)	OQ189098	OQ261073	OQ261578	OQ303013	OQ303219	OQ303426
5. GuangDong-Pin.	C. kyotensis	C. kyotensis	AOAAAA	CSF23481	20210606-1-(80)	OQ189099	OQ261074	OQ261579	OQ303014	OQ303220	OQ303427
5. GuangDong-Pin.	C. kyotensis	C. kyotensis	AOAAAA	CSF23572	20210606-1-(182)	OQ189100	OQ261075	OQ261580	OQ303015	OQ303221	OQ303428
5. GuangDong-Pin.	C. kyotensis	C. kyotensis	AODAAA	CSF23455	20210606-1-(47)	OQ189101	OQ261076	OQ261581	OQ303016	OQ303222	OQ303429
5. GuangDong-Pin.	C. kyotensis	C. kyotensis	AODAAA	CSF23584	20210606-1-(196)	OQ189102	OQ261077	OQ261582	OQ303017	OQ303223	OQ303430
5. GuangDong-Pin.	C. kyotensis	C. kyotensis	APAAAA	CSF23505	20210606-1-(107)	OQ189103	OQ261078	OQ261583	OQ303018	OQ303224	OQ303431
5. GuangDong-Pin.	C. kyotensis	C. kyotensis	ARAAAA	CSF23437	20210606-1-(27)	OQ189104	OQ261079	OQ261585	OQ303020	OQ303226	OQ303433
5. GuangDong-Pin.	C. kyotensis	C. kyotensis	DA----	CSF23477	20210606-1-(74)	OQ189105	OQ261080	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. kyotensis	DA----	CSF23504	20210606-1-(106)	OQ189106	OQ261081	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. kyotensis	DCABAA	CSF23581	20210606-1-(193)	OQ189107	OQ261082	OQ261626	OQ303061	OQ303267	OQ303474
5. GuangDong-Pin.	C. kyotensis	C. kyotensis	DGDAAA	CSF23494	20210606-1-(93)	OQ189108	OQ261083	OQ261634	OQ303069	OQ303275	OQ303482
5. GuangDong-Pin.	C. kyotensis	C. kyotensis	DI----	CSF23509	20210606-1-(113)	OQ189109	OQ261084	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. kyotensis	DLAAAA	CSF23507	20210606-1-(109)	OQ189110	OQ261085	OQ261643	OQ303078	OQ303284	OQ303491
5. GuangDong-Pin.	C. kyotensis	C. kyotensis	DO----	CSF23450	20210606-1-(41)	OQ189111	OQ261086	–	–	–	–
5. GuangDong-Pin.	C. kyotensis	C. kyotensis	DOAAAA	CSF23452	20210606-1-(43)	OQ189112	OQ261087	OQ261649	OQ303084	OQ303290	OQ303497
5. GuangDong-Pin.	C. kyotensis	C. kyotensis	DODBAA	CSF23582	20210606-1-(194)	OQ189113	OQ261088	OQ261650	OQ303085	OQ303291	OQ303498
5. GuangDong-Pin.	C. kyotensis	C. kyotensis	DRDAAA	CSF23475	20210606-1-(71)	OQ189114	OQ261089	OQ261652	OQ303087	OQ303293	OQ303500
5. GuangDong-Pin.	C. kyotensis	C. kyotensis	DRDAAA	CSF23534	20210606-1-(143)	OQ189115	OQ261090	OQ261653	OQ303088	OQ303294	OQ303501
5. GuangDong-Pin.	C. kyotensis	C. kyotensis	EADAAA	CSF23512	20210606-1-(116)	OQ189116	OQ261091	OQ261655	OQ303090	OQ303296	OQ303503
5. GuangDong-Pin.	C. kyotensis	C. kyotensis	ELAAAA	CSF23499	20210606-1-(98)	OQ189117	OQ261092	OQ261656	OQ303091	OQ303297	OQ303504
5. GuangDong-Pin.	C. kyotensis	C. kyotensis	EOAAAA	CSF23474	20210606-1-(70)	OQ189118	OQ261093	OQ261657	OQ303092	OQ303298	OQ303505
5. GuangDong-Pin.	C. kyotensis	C. pacifica	AAAAAA	CSF23543	20210606-1-(151)	OQ189119	OQ261094	OQ261658	OQ303093	OQ303299	OQ303506
5. GuangDong-Pin.	C. kyotensis	C. pacifica	BBBAAA	CSF23608	20210606-1-(223)	OQ189120	OQ261095	OQ261660	OQ303095	OQ303301	OQ303508
6. GuangDong-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22543	20210609-1-(4)	OQ189121	OQ261096	–	–	–	–
6. GuangDong-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22545	20210609-1-(13)	OQ189122	OQ261097	–	–	–	–
6. GuangDong-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23397	20210609-1-(28)	OQ189123	OQ261098	–	–	–	–
6. GuangDong-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23399	20210609-1-(35)	OQ189124	OQ261099	–	–	–	–
6. GuangDong-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23400	20210609-1-(37)	OQ189125	OQ261100	–	–	–	–
6. GuangDong-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23402	20210609-1-(58)	OQ189126	OQ261101	–	–	–	–
6. GuangDong-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23403	20210609-1-(61)	OQ189127	OQ261102	–	–	–	–
6. GuangDong-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23404	20210609-1-(67)	OQ189128	OQ261103	–	–	–	–
6. GuangDong-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23405	20210609-1-(68)	OQ189129	OQ261104	–	–	–	–
6. GuangDong-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23407	20210609-1-(74)	OQ189130	OQ261105	–	–	–	–
6. GuangDong-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23410	20210609-1-(97)	OQ189131	OQ261106	–	–	–	–
6. GuangDong-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23411	20210609-1-(103)	OQ189132	OQ261107	–	–	–	–
6. GuangDong-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23412	20210609-1-(107)	OQ189133	OQ261108	–	–	–	–
6. GuangDong-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23414	20210609-1-(115)	OQ189134	OQ261109	–	–	–	–
6. GuangDong-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23415	20210609-1-(116)	OQ189135	OQ261110	–	–	–	–
6. GuangDong-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23419	20210609-1-(150)	OQ189136	OQ261111	–	–	–	–
6. GuangDong-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23420	20210609-1-(151)	OQ189137	OQ261112	–	–	–	–
6. GuangDong-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23421	20210609-1-(155)	OQ189138	OQ261113	–	–	–	–
6. GuangDong-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23422	20210609-1-(157)	OQ189139	OQ261114	–	–	–	–
6. GuangDong-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23424	20210609-1-(166)	OQ189140	OQ261115	–	–	–	–
6. GuangDong-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23425	20210609-1-(178)	OQ189141	OQ261116	–	–	–	–
6. GuangDong-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23426	20210609-1-(181)	OQ189142	OQ261117	–	–	–	–
6. GuangDong-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23427	20210609-1-(186)	OQ189143	OQ261118	–	–	–	–
6. GuangDong-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23428	20210609-1-(212)	OQ189144	OQ261119	–	–	–	–
6. GuangDong-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23430	20210609-1-(220)	OQ189145	OQ261120	–	–	–	–
6. GuangDong-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23431	20210609-1-(231)	OQ189146	OQ261121	–	–	–	–
6. GuangDong-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23432	20210609-1-(233)	OQ189147	OQ261122	–	–	–	–
6. GuangDong-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23433	20210609-1-(235)	OQ189148	OQ261123	–	–	–	–
6. GuangDong-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23435	20210609-1-(239)	OQ189149	OQ261124	–	–	–	–
6. GuangDong-Cun.	C. kyotensis	C. aconidialis	AA----	CSF23436	20210609-1-(240)	OQ189150	OQ261125	–	–	–	–
6. GuangDong-Cun.	C. kyotensis	C. aconidialis	AHAAAA	CSF23409	20210609-1-(92)	OQ189151	OQ261126	OQ261475	OQ302910	OQ303117	OQ303323
6. GuangDong-Cun.	C. kyotensis	C. aconidialis	AMCAAA	CSF22542	20210609-1-(3)	OQ189152	OQ261127	OQ261483	OQ302918	OQ303125	OQ303331
6. GuangDong-Cun.	C. kyotensis	C. aconidialis	AT----	CSF23398	20210609-1-(29)	OQ189153	OQ261128	–	–	–	–
6. GuangDong-Cun.	C. kyotensis	C. aconidialis	ATAAAA	CSF23429	20210609-1-(213)	OQ189154	OQ261129	OQ261493	OQ302928	OQ303135	OQ303341
6. GuangDong-Cun.	C. kyotensis	C. aconidialis	FAAAAA	CSF23401	20210609-1-(52)	OQ189155	OQ261130	OQ261509	OQ302944	OQ303151	OQ303357
6. GuangDong-Cun.	C. kyotensis	C. ilicicola	AA----	CSF23406	20210609-1-(71)	OQ189156	OQ261131	–	–	–	–
6. GuangDong-Cun.	C. kyotensis	C. ilicicola	AA----	CSF23416	20210609-1-(133)	OQ189157	OQ261132	–	–	–	–
6. GuangDong-Cun.	C. kyotensis	C. ilicicola	AA----	CSF23423	20210609-1-(164)	OQ189158	OQ261133	–	–	–	–
6. GuangDong-Cun.	C. kyotensis	C. kyotensis	CRAACA	CSF23408	20210609-1-(84)	OQ189159	OQ261134	OQ261615	OQ303050	OQ303256	OQ303463
6. GuangDong-Cun.	C. kyotensis	C. kyotensis	DA----	CSF23413	20210609-1-(108)	OQ189160	OQ261135	–	–	–	–
6. GuangDong-Cun.	C. kyotensis	C. kyotensis	DADAAA	CSF23418	20210609-1-(141)	OQ189161	OQ261136	OQ261625	OQ303060	OQ303266	OQ303473
6. GuangDong-Cun.	C. kyotensis	C. kyotensis	DDABAA	CSF22546	20210609-1-(17)	OQ189162	OQ261137	OQ261628	OQ303063	OQ303269	OQ303476
6. GuangDong-Cun.	C. kyotensis	C. kyotensis	DL----	CSF23434	20210609-1-(238)	OQ189163	OQ261138	–	–	–	–
6. GuangDong-Cun.	C. kyotensis	C. pacifica	ACAAAA	CSF22544	20210609-1-(11)	OQ189164	OQ261139	OQ261659	OQ303094	OQ303300	OQ303507
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22570	20210621-1-(1)	OQ189165	OQ261140	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22574	20210621-1-(3)	OQ189166	OQ261141	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22582	20210621-1-(7)	OQ189167	OQ261142	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22584	20210621-1-(8)	OQ189168	OQ261143	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22590	20210621-1-(11)	OQ189169	OQ261144	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22600	20210621-1-(16)	OQ189170	OQ261145	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22602	20210621-1-(17)	OQ189171	OQ261146	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22604	20210621-1-(18)	OQ189172	OQ261147	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22608	20210621-1-(20)	OQ189173	OQ261148	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22610	20210621-1-(21)	OQ189174	OQ261149	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22612	20210621-1-(22)	OQ189175	OQ261150	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF22616	20210621-1-(25)	OQ189176	OQ261151	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23635	20210621-1-(27)	OQ189177	OQ261152	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23636	20210621-1-(29)	OQ189178	OQ261153	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23637	20210621-1-(30)	OQ189179	OQ261154	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23638	20210621-1-(31)	OQ189180	OQ261155	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23639	20210621-1-(32)	OQ189181	OQ261156	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23640	20210621-1-(33)	OQ189182	OQ261157	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23641	20210621-1-(34)	OQ189183	OQ261158	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23642	20210621-1-(35)	OQ189184	OQ261159	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23647	20210621-1-(40)	OQ189185	OQ261160	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23648	20210621-1-(42)	OQ189186	OQ261161	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23649	20210621-1-(43)	OQ189187	OQ261162	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23650	20210621-1-(44)	OQ189188	OQ261163	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23652	20210621-1-(46)	OQ189189	OQ261164	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23653	20210621-1-(48)	OQ189190	OQ261165	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23654	20210621-1-(49)	OQ189191	OQ261166	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23655	20210621-1-(50)	OQ189192	OQ261167	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23656	20210621-1-(51)	OQ189193	OQ261168	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23657	20210621-1-(52)	OQ189194	OQ261169	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23658	20210621-1-(53)	OQ189195	OQ261170	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23659	20210624-1-(2)	OQ189196	OQ261171	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23661	20210624-1-(4)	OQ189197	OQ261172	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23662	20210624-1-(5)	OQ189198	OQ261173	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23663	20210624-1-(9)	OQ189199	OQ261174	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23664	20210624-1-(11)	OQ189200	OQ261175	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23665	20210624-1-(12)	OQ189201	OQ261176	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23666	20210624-1-(16)	OQ189202	OQ261177	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23667	20210624-1-(17)	OQ189203	OQ261178	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23668	20210624-1-(18)	OQ189204	OQ261179	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23670	20210624-1-(23)	OQ189205	OQ261180	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23672	20210624-1-(26)	OQ189206	OQ261181	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23673	20210624-1-(27)	OQ189207	OQ261182	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23674	20210624-1-(29)	OQ189208	OQ261183	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23676	20210624-1-(31)	OQ189209	OQ261184	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23677	20210624-1-(32)	OQ189210	OQ261185	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23678	20210624-1-(33)	OQ189211	OQ261186	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23680	20210624-1-(35)	OQ189212	OQ261187	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23681	20210624-1-(36)	OQ189213	OQ261188	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23682	20210624-1-(37)	OQ189214	OQ261189	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23683	20210624-1-(38)	OQ189215	OQ261190	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23684	20210624-1-(39)	OQ189216	OQ261191	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23685	20210624-1-(40)	OQ189217	OQ261192	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23686	20210624-1-(42)	OQ189218	OQ261193	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23687	20210624-1-(43)	OQ189219	OQ261194	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23689	20210624-1-(45)	OQ189220	OQ261195	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23690	20210624-1-(46)	OQ189221	OQ261196	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23691	20210624-1-(47)	OQ189222	OQ261197	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23692	20210624-1-(48)	OQ189223	OQ261198	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23693	20210624-1-(49)	OQ189224	OQ261199	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23694	20210624-1-(50)	OQ189225	OQ261200	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23695	20210624-1-(51)	OQ189226	OQ261201	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23698	20210624-1-(54)	OQ189227	OQ261202	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23699	20210624-1-(55)	OQ189228	OQ261203	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23701	20210624-1-(58)	OQ189229	OQ261204	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23702	20210624-1-(60)	OQ189230	OQ261205	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23704	20210624-1-(65)	OQ189231	OQ261206	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23705	20210624-1-(66)	OQ189232	OQ261207	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23706	20210624-1-(67)	OQ189233	OQ261208	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23709	20210624-1-(74)	OQ189234	OQ261209	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23710	20210624-1-(75)	OQ189235	OQ261210	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23712	20210624-1-(77)	OQ189236	OQ261211	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23713	20210624-1-(78)	OQ189237	OQ261212	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23714	20210624-1-(79)	OQ189238	OQ261213	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23717	20210624-1-(82)	OQ189239	OQ261214	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23719	20210624-1-(84)	OQ189240	OQ261215	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23720	20210624-1-(87)	OQ189241	OQ261216	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23721	20210624-1-(88)	OQ189242	OQ261217	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23723	20210624-1-(90)	OQ189243	OQ261218	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23724	20210624-1-(92)	OQ189244	OQ261219	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23725	20210624-1-(94)	OQ189245	OQ261220	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23726	20210624-1-(96)	OQ189246	OQ261221	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23727	20210624-1-(97)	OQ189247	OQ261222	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23728	20210624-1-(100)	OQ189248	OQ261223	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23729	20210624-1-(106)	OQ189249	OQ261224	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23730	20210624-1-(107)	OQ189250	OQ261225	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23731	20210624-1-(108)	OQ189251	OQ261226	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23732	20210624-1-(113)	OQ189252	OQ261227	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23733	20210624-1-(114)	OQ189253	OQ261228	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23734	20210624-1-(115)	OQ189254	OQ261229	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23735	20210624-1-(116)	OQ189255	OQ261230	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23737	20210624-1-(118)	OQ189256	OQ261231	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23742	20210624-1-(133)	OQ189257	OQ261232	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23743	20210624-1-(138)	OQ189258	OQ261233	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23745	20210624-1-(140)	OQ189259	OQ261234	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23746	20210624-1-(142)	OQ189260	OQ261235	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23749	20210624-1-(146)	OQ189261	OQ261236	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23750	20210624-1-(148)	OQ189262	OQ261237	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23751	20210624-1-(151)	OQ189263	OQ261238	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23752	20210624-1-(152)	OQ189264	OQ261239	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23753	20210624-1-(153)	OQ189265	OQ261240	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23755	20210624-1-(155)	OQ189266	OQ261241	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23756	20210624-1-(156)	OQ189267	OQ261242	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23757	20210624-1-(157)	OQ189268	OQ261243	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23759	20210624-1-(160)	OQ189269	OQ261244	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23760	20210624-1-(161)	OQ189270	OQ261245	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23762	20210624-1-(163)	OQ189271	OQ261246	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23764	20210624-1-(165)	OQ189272	OQ261247	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23766	20210624-1-(167)	OQ189273	OQ261248	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23767	20210624-1-(168)	OQ189274	OQ261249	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23768	20210624-1-(169)	OQ189275	OQ261250	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23770	20210624-1-(171)	OQ189276	OQ261251	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23772	20210624-2-(2)	OQ189277	OQ261252	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23774	20210624-2-(4)	OQ189278	OQ261253	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23775	20210624-2-(5)	OQ189279	OQ261254	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23776	20210624-2-(6)	OQ189280	OQ261255	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23777	20210624-2-(7)	OQ189281	OQ261256	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23778	20210624-2-(8)	OQ189282	OQ261257	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23780	20210624-2-(10)	OQ189283	OQ261258	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23781	20210624-2-(12)	OQ189284	OQ261259	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23785	20210624-2-(16)	OQ189285	OQ261260	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23786	20210624-2-(17)	OQ189286	OQ261261	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23787	20210624-2-(18)	OQ189287	OQ261262	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23788	20210624-2-(19)	OQ189288	OQ261263	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23789	20210624-2-(20)	OQ189289	OQ261264	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23790	20210624-2-(21)	OQ189290	OQ261265	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23791	20210624-2-(22)	OQ189291	OQ261266	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23792	20210624-2-(23)	OQ189292	OQ261267	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23793	20210624-2-(24)	OQ189293	OQ261268	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AA----	CSF23795	20210624-2-(26)	OQ189294	OQ261269	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AC----	CSF23748	20210624-1-(145)	OQ189295	OQ261270	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	ACAAAA	CSF23671	20210624-1-(25)	OQ189296	OQ261271	OQ261466	OQ302901	OQ303108	OQ303314
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	ACAAAA	CSF23740	20210624-1-(128)	OQ189297	OQ261272	OQ261467	OQ302902	OQ303109	OQ303315
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AL----	CSF22572	20210621-1-(2)	OQ189298	OQ261273	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AL----	CSF22576	20210621-1-(4)	OQ189299	OQ261274	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AL----	CSF22580	20210621-1-(6)	OQ189300	OQ261275	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AL----	CSF22589	20210621-1-(10)	OQ189301	OQ261276	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AL----	CSF22592	20210621-1-(12)	OQ189302	OQ261277	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AL----	CSF22614	20210621-1-(24)	OQ189303	OQ261278	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AL----	CSF23643	20210621-1-(36)	OQ189304	OQ261279	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AL----	CSF23646	20210621-1-(39)	OQ189305	OQ261280	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	ALCAAA	CSF22578	20210621-1-(5)	OQ189306	OQ261281	OQ261481	OQ302916	OQ303123	OQ303329
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	ALCAAA	CSF23747	20210624-1-(144)	OQ189307	OQ261282	OQ261482	OQ302917	OQ303124	OQ303330
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AMCDAA	CSF22599	20210621-1-(15)	OQ189308	OQ261283	OQ261484	OQ302919	OQ303126	OQ303332
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AT----	CSF23651	20210621-1-(45)	OQ189309	OQ261284	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AT----	CSF23736	20210624-1-(117)	OQ189310	OQ261285	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AT----	CSF23771	20210624-2-(1)	OQ189311	OQ261286	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AT----	CSF23773	20210624-2-(3)	OQ189312	OQ261287	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	AT----	CSF23783	20210624-2-(14)	OQ189313	OQ261288	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	ATAAAA	CSF22596	20210621-1-(14)	OQ189314	OQ261289	OQ261494	OQ302929	OQ303136	OQ303342
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	BAAAAA	CSF23761	20210624-1-(162)	OQ189315	OQ261290	OQ261497	OQ302932	OQ303139	OQ303345
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	EA----	CSF23794	20210624-2-(25)	OQ189316	OQ261291	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	EAAAAA	CSF23741	20210624-1-(132)	OQ189317	OQ261292	OQ261507	OQ302942	OQ303149	OQ303355
7. GuangXi-Euc.	C. kyotensis	C. aconidialis	EAAAAA	CSF23779	20210624-2-(9)	OQ189318	OQ261293	OQ261508	OQ302943	OQ303150	OQ303356
7. GuangXi-Euc.	C. kyotensis	C. hongkongensis	AFAAAA	CSF23718	20210624-1-(83)	OQ189319	OQ261294	OQ261538	OQ302973	OQ303180	OQ303386
7. GuangXi-Euc.	C. kyotensis	C. hongkongensis	BFBAAA	CSF23782	20210624-2-(13)	OQ189320	OQ261295	OQ261550	OQ302985	OQ303192	OQ303398
7. GuangXi-Euc.	C. kyotensis	C. ilicicola	AA----	CSF22606	20210621-1-(19)	OQ189321	OQ261296	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. ilicicola	AA----	CSF23700	20210624-1-(56)	OQ189322	OQ261297	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. ilicicola	AA----	CSF23739	20210624-1-(122)	OQ189323	OQ261298	–	–	–	–
7. GuangXi-Euc.	C. kyotensis	C. kyotensis	CAABAA	CSF22586	20210621-1-(9)	OQ189324	OQ261299	OQ261587	OQ303022	OQ303228	OQ303435
7. GuangXi-Euc.	C. kyotensis	C. kyotensis	CADAAA	CSF23738	20210624-1-(121)	OQ189325	OQ261300	OQ261588	OQ303023	OQ303229	OQ303436
7. GuangXi-Euc.	C. kyotensis	C. kyotensis	CADAAA	CSF23784	20210624-2-(15)	OQ189326	OQ261301	OQ261589	OQ303024	OQ303230	OQ303437
7. GuangXi-Euc.	C. kyotensis	C. kyotensis	CADBAA	CSF23716	20210624-1-(81)	OQ189327	OQ261302	OQ261590	OQ303025	OQ303231	OQ303438
7. GuangXi-Euc.	C. kyotensis	C. kyotensis	CADDAA	CSF23644	20210621-1-(37)	OQ189328	OQ261303	OQ261591	OQ303026	OQ303232	OQ303439
7. GuangXi-Euc.	C. kyotensis	C. kyotensis	CEADAA	CSF23660	20210624-1-(3)	OQ189329	OQ261304	OQ261594	OQ303029	OQ303235	OQ303442
7. GuangXi-Euc.	C. kyotensis	C. kyotensis	CEDDAA	CSF23711	20210624-1-(76)	OQ189330	OQ261305	OQ261595	OQ303030	OQ303236	OQ303443
7. GuangXi-Euc.	C. kyotensis	C. kyotensis	CHDBAA	CSF23697	20210624-1-(53)	OQ189331	OQ261306	OQ261598	OQ303033	OQ303239	OQ303446
7. GuangXi-Euc.	C. kyotensis	C. kyotensis	CMDBAA	CSF23765	20210624-1-(166)	OQ189332	OQ261307	OQ261601	OQ303036	OQ303242	OQ303449
7. GuangXi-Euc.	C. kyotensis	C. kyotensis	CMDBAA	CSF23769	20210624-1-(170)	OQ189333	OQ261308	OQ261602	OQ303037	OQ303243	OQ303450
7. GuangXi-Euc.	C. kyotensis	C. kyotensis	CMDDAA	CSF23715	20210624-1-(80)	OQ189334	OQ261309	OQ261603	OQ303038	OQ303244	OQ303451
7. GuangXi-Euc.	C. kyotensis	C. kyotensis	CNDBAA	CSF22594	20210621-1-(13)	OQ189335	OQ261310	OQ261604	OQ303039	OQ303245	OQ303452
7. GuangXi-Euc.	C. kyotensis	C. kyotensis	COAAAA	CSF23708	20210624-1-(70)	OQ189336	OQ261311	OQ261606	OQ303041	OQ303247	OQ303454
7. GuangXi-Euc.	C. kyotensis	C. kyotensis	COABAA	CSF23675	20210624-1-(30)	OQ189337	OQ261312	OQ261607	OQ303042	OQ303248	OQ303455
7. GuangXi-Euc.	C. kyotensis	C. kyotensis	COABAA	CSF23754	20210624-1-(154)	OQ189338	OQ261313	OQ261608	OQ303043	OQ303249	OQ303456
7. GuangXi-Euc.	C. kyotensis	C. kyotensis	COABAA	CSF23758	20210624-1-(158)	OQ189339	OQ261314	OQ261609	OQ303044	OQ303250	OQ303457
7. GuangXi-Euc.	C. kyotensis	C. kyotensis	COABAA	CSF23763	20210624-1-(164)	OQ189340	OQ261315	OQ261610	OQ303045	OQ303251	OQ303458
7. GuangXi-Euc.	C. kyotensis	C. kyotensis	CODDAA	CSF23703	20210624-1-(64)	OQ189341	OQ261316	OQ261613	OQ303048	OQ303254	OQ303461
7. GuangXi-Euc.	C. kyotensis	C. kyotensis	CRABDA	CSF23696	20210624-1-(52)	OQ189342	OQ261317	OQ261616	OQ303051	OQ303257	OQ303464
7. GuangXi-Euc.	C. kyotensis	C. kyotensis	CRABDA	CSF23707	20210624-1-(69)	OQ189343	OQ261318	OQ261617	OQ303052	OQ303258	OQ303465
7. GuangXi-Euc.	C. kyotensis	C. kyotensis	CRABDA	CSF23722	20210624-1-(89)	OQ189344	OQ261319	OQ261618	OQ303053	OQ303259	OQ303466
7. GuangXi-Euc.	C. kyotensis	C. kyotensis	CUDAAA	CSF23744	20210624-1-(139)	OQ189345	OQ261320	OQ261622	OQ303057	OQ303263	OQ303470
7. GuangXi-Euc.	C. kyotensis	C. kyotensis	DEAAAA	CSF23645	20210621-1-(38)	OQ189346	OQ261321	OQ261631	OQ303066	OQ303272	OQ303479
8. GuangXi-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22653	20210621-3-(46)	OQ189347	OQ261322	–	–	–	–
8. GuangXi-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22654	20210622-1-(1)	OQ189348	OQ261323	–	–	–	–
8. GuangXi-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22655	20210622-1-(8)	OQ189349	OQ261324	–	–	–	–
8. GuangXi-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22656	20210622-1-(11)	OQ189350	OQ261325	–	–	–	–
8. GuangXi-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22657	20210622-1-(12)	OQ189351	OQ261326	–	–	–	–
8. GuangXi-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22658	20210622-1-(15)	OQ189352	OQ261327	–	–	–	–
8. GuangXi-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22659	20210622-1-(16)	OQ189353	OQ261328	–	–	–	–
8. GuangXi-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22660	20210622-1-(17)	OQ189354	OQ261329	–	–	–	–
8. GuangXi-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22661	20210622-1-(20)	OQ189355	OQ261330	–	–	–	–
8. GuangXi-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22664	20210622-1-(22)	OQ189356	OQ261331	–	–	–	–
8. GuangXi-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22666	20210622-1-(23)	OQ189357	OQ261332	–	–	–	–
8. GuangXi-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22668	20210622-1-(25)	OQ189358	OQ261333	–	–	–	–
8. GuangXi-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22670	20210622-1-(35)	OQ189359	OQ261334	–	–	–	–
8. GuangXi-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22671	20210622-1-(43)	OQ189360	OQ261335	–	–	–	–
8. GuangXi-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22672	20210622-1-(44)	OQ189361	OQ261336	–	–	–	–
8. GuangXi-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22673	20210622-1-(45)	OQ189362	OQ261337	–	–	–	–
8. GuangXi-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22674	20210622-1-(47)	OQ189363	OQ261338	–	–	–	–
8. GuangXi-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22675	20210622-1-(49)	OQ189364	OQ261339	–	–	–	–
8. GuangXi-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22676	20210622-1-(50)	OQ189365	OQ261340	–	–	–	–
8. GuangXi-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22677	20210622-1-(51)	OQ189366	OQ261341	–	–	–	–
8. GuangXi-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22678	20210622-1-(52)	OQ189367	OQ261342	–	–	–	–
8. GuangXi-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22682	20210622-1-(53)	OQ189368	OQ261343	–	–	–	–
8. GuangXi-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22684	20210622-1-(57)	OQ189369	OQ261344	–	–	–	–
8. GuangXi-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22685	20210622-1-(59)	OQ189370	OQ261345	–	–	–	–
8. GuangXi-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22686	20210622-1-(61)	OQ189371	OQ261346	–	–	–	–
8. GuangXi-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22687	20210622-1-(63)	OQ189372	OQ261347	–	–	–	–
8. GuangXi-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22690	20210622-1-(65)	OQ189373	OQ261348	–	–	–	–
8. GuangXi-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22692	20210622-1-(67)	OQ189374	OQ261349	–	–	–	–
8. GuangXi-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22693	20210622-1-(69)	OQ189375	OQ261350	–	–	–	–
8. GuangXi-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22694	20210622-1-(82)	OQ189376	OQ261351	–	–	–	–
8. GuangXi-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22695	20210622-1-(83)	OQ189377	OQ261352	–	–	–	–
8. GuangXi-Pin.	C. kyotensis	C. aconidialis	AA----	CSF22697	20210622-1-(92)	OQ189378	OQ261353	–	–	–	–
8. GuangXi-Pin.	C. kyotensis	C. aconidialis	AT----	CSF22663	20210622-1-(98)	OQ189379	OQ261354	–	–	–	–
8. GuangXi-Pin.	C. kyotensis	C. aconidialis	AT----	CSF22689	20210622-1-(123)	OQ189380	OQ261355	–	–	–	–
8. GuangXi-Pin.	C. kyotensis	C. hongkongensis	AGBAAA	CSF22662	20210622-1-(21)	OQ189381	OQ261356	OQ261546	OQ302981	OQ303188	OQ303394
8. GuangXi-Pin.	C. kyotensis	C. ilicicola	AA----	CSF22679	20210622-1-(54)	OQ189382	OQ261357	–	–	–	–
8. GuangXi-Pin.	C. kyotensis	C. ilicicola	AA----	CSF22691	20210622-1-(71)	OQ189383	OQ261358	–	–	–	–
8. GuangXi-Pin.	C. kyotensis	C. ilicicola	AAAAAA	CSF22680	20210622-1-(55)	OQ189384	OQ261359	OQ261551	OQ302986	OQ303193	OQ303399
8. GuangXi-Pin.	C. kyotensis	C. kyotensis	CADDAA	CSF22683	20210622-1-(58)	OQ189385	OQ261360	OQ261592	OQ303027	OQ303233	OQ303440
8. GuangXi-Pin.	C. kyotensis	C. kyotensis	CNDBAA	CSF22646	20210621-3-(21)	OQ189386	OQ261361	OQ261605	OQ303040	OQ303246	OQ303453
8. GuangXi-Pin.	C. kyotensis	C. kyotensis	CODBAA	CSF22665	20210622-1-(24)	OQ189387	OQ261362	OQ261612	OQ303047	OQ303253	OQ303460
8. GuangXi-Pin.	C. kyotensis	C. kyotensis	CODDAA	CSF22698	20210622-1-(129)	OQ189388	OQ261363	OQ261614	OQ303049	OQ303255	OQ303462
8. GuangXi-Pin.	C. kyotensis	C. kyotensis	CSDBAA	CSF22688	20210622-1-(66)	OQ189389	OQ261364	OQ261619	OQ303054	OQ303260	OQ303467
8. GuangXi-Pin.	C. kyotensis	C. kyotensis	CSDBAA	CSF22696	20210622-1-(106)	OQ189390	OQ261365	OQ261620	OQ303055	OQ303261	OQ303468
8. GuangXi-Pin.	C. kyotensis	C. kyotensis	CTDBAA	CSF22669	20210622-1-(38)	OQ189391	OQ261366	OQ261621	OQ303056	OQ303262	OQ303469
8. GuangXi-Pin.	C. kyotensis	C. kyotensis	CUDAAA	CSF22667	20210622-1-(34)	OQ189392	OQ261367	OQ261623	OQ303058	OQ303264	OQ303471
9. GuangXi-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22618	20210621-4-(38)	OQ189393	OQ261368	–	–	–	–
9. GuangXi-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22619	20210623-1-(5)	OQ189394	OQ261369	–	–	–	–
9. GuangXi-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22621	20210623-1-(31)	OQ189395	OQ261370	–	–	–	–
9. GuangXi-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22622	20210623-1-(32)	OQ189396	OQ261371	–	–	–	–
9. GuangXi-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22624	20210623-1-(46)	OQ189397	OQ261372	–	–	–	–
9. GuangXi-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22625	20210623-1-(48)	OQ189398	OQ261373	–	–	–	–
9. GuangXi-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22628	20210623-1-(79)	OQ189399	OQ261374	–	–	–	–
9. GuangXi-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22629	20210623-1-(82)	OQ189400	OQ261375	–	–	–	–
9. GuangXi-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22630	20210623-1-(88)	OQ189401	OQ261376	–	–	–	–
9. GuangXi-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22631	20210623-1-(95)	OQ189402	OQ261377	–	–	–	–
9. GuangXi-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22633	20210623-1-(100)	OQ189403	OQ261378	–	–	–	–
9. GuangXi-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22635	20210623-1-(104)	OQ189404	OQ261379	–	–	–	–
9. GuangXi-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22636	20210623-1-(105)	OQ189405	OQ261380	–	–	–	–
9. GuangXi-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22637	20210623-1-(106)	OQ189406	OQ261381	–	–	–	–
9. GuangXi-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22639	20210623-1-(126)	OQ189407	OQ261382	–	–	–	–
9. GuangXi-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22640	20210623-1-(131)	OQ189408	OQ261383	–	–	–	–
9. GuangXi-Cun.	C. kyotensis	C. aconidialis	AA----	CSF22641	20210623-1-(141)	OQ189409	OQ261384	–	–	–	–
9. GuangXi-Cun.	C. kyotensis	C. ilicicola	AA----	CSF22620	20210623-1-(27)	OQ189410	OQ261385	–	–	–	–
9. GuangXi-Cun.	C. kyotensis	C. ilicicola	AA----	CSF22634	20210623-1-(101)	OQ189411	OQ261386	–	–	–	–
9. GuangXi-Cun.	C. kyotensis	C. ilicicola	AA----	CSF22638	20210623-1-(113)	OQ189412	OQ261387	–	–	–	–
9. GuangXi-Cun.	C. kyotensis	C. ilicicola	AAAA_A	CSF22632	20210623-1-(96)	OQ189413	OQ261388	OQ261552	OQ302987	–	OQ303400
10. YunNan-Euc.	C. kyotensis	C. aconidialis	AK----	CSF22699	20210708-1-(1)	OQ189414	OQ261389	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. aconidialis	AK----	CSF22701	20210708-1-(2)	OQ189415	OQ261390	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. aconidialis	AK----	CSF22703	20210708-1-(3)	OQ189416	OQ261391	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. aconidialis	AK----	CSF22715	20210708-1-(14)	OQ189417	OQ261392	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. aconidialis	AK----	CSF22719	20210708-1-(16)	OQ189418	OQ261393	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. aconidialis	AK----	CSF22721	20210708-1-(17)	OQ189419	OQ261394	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. aconidialis	AK----	CSF22726	20210708-1-(20)	OQ189420	OQ261395	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. aconidialis	AK----	CSF22728	20210708-1-(21)	OQ189421	OQ261396	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. aconidialis	AK----	CSF22732	20210708-1-(23)	OQ189422	OQ261397	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. aconidialis	AK----	CSF22736	20210708-1-(25)	OQ189423	OQ261398	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. aconidialis	AK----	CSF23813	20210708-1-(127)	OQ189424	OQ261399	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. aconidialis	AK----	CSF23818	20210708-1-(138)	OQ189425	OQ261400	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. aconidialis	AK----	CSF23819	20210708-1-(140)	OQ189426	OQ261401	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. aconidialis	AK----	CSF23820	20210708-1-(141)	OQ189427	OQ261402	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. aconidialis	AK----	CSF23822	20210708-1-(145)	OQ189428	OQ261403	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. aconidialis	AK----	CSF23824	20210708-1-(147)	OQ189429	OQ261404	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. aconidialis	AK----	CSF23834	20210708-1-(202)	OQ189430	OQ261405	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. aconidialis	AK----	CSF23836	20210708-1-(204)	OQ189431	OQ261406	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. aconidialis	AK----	CSF23840	20210708-1-(209)	OQ189432	OQ261407	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. aconidialis	AK----	CSF23842	20210708-1-(212)	OQ189433	OQ261408	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. aconidialis	AK----	CSF23845	20210708-1-(215)	OQ189434	OQ261409	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. aconidialis	AK----	CSF23849	20210708-1-(222)	OQ189435	OQ261410	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. aconidialis	AK----	CSF23851	20210708-1-(224)	OQ189436	OQ261411	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. aconidialis	AK----	CSF23852	20210708-1-(225)	OQ189437	OQ261412	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. aconidialis	AKAAAB	CSF22709	20210708-1-(11)	OQ189438	OQ261413	OQ261479	OQ302914	OQ303121	OQ303327
10. YunNan-Euc.	C. kyotensis	C. aconidialis	AKAAAB	CSF23815	20210708-1-(133)	OQ189439	OQ261414	OQ261480	OQ302915	OQ303122	OQ303328
10. YunNan-Euc.	C. kyotensis	C. aconidialis	ANAAAA	CSF23811	20210708-1-(103)	OQ189440	OQ261415	OQ261485	OQ302920	OQ303127	OQ303333
10. YunNan-Euc.	C. kyotensis	C. asiatica	AA----	CSF22705	20210708-1-(6)	OQ189441	OQ261416	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. asiatica	AA----	CSF22711	20210708-1-(12)	OQ189442	OQ261417	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. asiatica	AA----	CSF22713	20210708-1-(13)	OQ189443	OQ261418	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. asiatica	AA----	CSF22717	20210708-1-(15)	OQ189444	OQ261419	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. asiatica	AA----	CSF22725	20210708-1-(19)	OQ189445	OQ261420	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. asiatica	AA----	CSF22730	20210708-1-(22)	OQ189446	OQ261421	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. asiatica	AA----	CSF22734	20210708-1-(24)	OQ189447	OQ261422	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. asiatica	AA----	CSF23799	20210708-1-(34)	OQ189448	OQ261423	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. asiatica	AA----	CSF23816	20210708-1-(135)	OQ189449	OQ261424	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. asiatica	AA----	CSF23817	20210708-1-(137)	OQ189450	OQ261425	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. asiatica	AA----	CSF23838	20210708-1-(207)	OQ189451	OQ261426	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. asiatica	AA----	CSF23839	20210708-1-(208)	OQ189452	OQ261427	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. asiatica	AA----	CSF23841	20210708-1-(211)	OQ189453	OQ261428	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. asiatica	AA----	CSF23843	20210708-1-(213)	OQ189454	OQ261429	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. asiatica	AA----	CSF23844	20210708-1-(214)	OQ189455	OQ261430	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. asiatica	AA----	CSF23846	20210708-1-(217)	OQ189456	OQ261431	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. asiatica	AA----	CSF23847	20210708-1-(220)	OQ189457	OQ261432	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. asiatica	AA----	CSF23848	20210708-1-(221)	OQ189458	OQ261433	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. asiatica	AA----	CSF23850	20210708-1-(223)	OQ189459	OQ261434	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. asiatica	AAAAAA	CSF22708	20210708-1-(9)	OQ189460	OQ261435	OQ261514	OQ302949	OQ303156	OQ303362
10. YunNan-Euc.	C. kyotensis	C. asiatica	AAAAAA	CSF23833	20210708-1-(201)	OQ189461	OQ261436	OQ261515	OQ302950	OQ303157	OQ303363
10. YunNan-Euc.	C. kyotensis	C. asiatica	AB----	CSF22723	20210708-1-(18)	OQ189462	OQ261437	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. asiatica	AB----	CSF23798	20210708-1-(33)	OQ189463	OQ261438	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. asiatica	AB----	CSF23808	20210708-1-(75)	OQ189464	OQ261439	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. asiatica	AB----	CSF23823	20210708-1-(146)	OQ189465	OQ261440	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. asiatica	AB----	CSF23826	20210708-1-(150)	OQ189466	OQ261441	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. asiatica	AB----	CSF23835	20210708-1-(203)	OQ189467	OQ261442	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. asiatica	AB----	CSF23837	20210708-1-(205)	OQ189468	OQ261443	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. asiatica	ABAAAA	CSF23796	20210708-1-(28)	OQ189469	OQ261444	OQ261516	OQ302951	OQ303158	OQ303364
10. YunNan-Euc.	C. kyotensis	C. asiatica	ABAAAB	CSF23830	20210708-1-(180)	OQ189470	OQ261445	OQ261517	OQ302952	OQ303159	OQ303365
10. YunNan-Euc.	C. kyotensis	C. ilicicola	CA----	CSF23807	20210708-1-(65)	OQ189471	OQ261446	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. ilicicola	CA----	CSF23812	20210708-1-(126)	OQ189472	OQ261447	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. ilicicola	CA----	CSF23853	20210708-1-(232)	OQ189473	OQ261448	–	–	–	–
10. YunNan-Euc.	C. kyotensis	C. ilicicola	CAAABB	CSF23806	20210708-1-(59)	OQ189474	OQ261449	OQ261556	OQ302991	OQ303197	OQ303404
10. YunNan-Euc.	C. kyotensis	C. ilicicola	CAAABB	CSF23829	20210708-1-(178)	OQ189475	OQ261450	OQ261557	OQ302992	OQ303198	OQ303405
10. YunNan-Euc.	C. kyotensis	C. yunnanensis	AAAAAA	CSF23797	20210708-1-(31)	OQ189476	OQ261451	OQ261661	OQ303096	OQ303302	OQ303509
10. YunNan-Euc.	C. kyotensis	C. yunnanensis	ABAAAA	CSF23805	20210708-1-(47)	OQ189477	OQ261452	OQ261662	OQ303097	OQ303303	OQ303510
10. YunNan-Euc.	C. colhounii	C. eucalypti	AA----	CSF23825	20210708-1-(148)	OQ189478	OQ261453	–	–	–	–
10. YunNan-Euc.	C. colhounii	C. eucalypti	AA----	CSF23831	20210708-1-(194)	OQ189479	OQ261454	–	–	–	–
10. YunNan-Euc.	C. colhounii	C. eucalypti	AAAAAA	CSF23802	20210708-1-(41)	OQ189480	OQ261455	OQ261663	OQ303098	OQ303304	OQ303511
10. YunNan-Euc.	C. colhounii	C. eucalypti	AAAAAA	CSF23828	20210708-1-(162)	OQ189481	OQ261456	OQ261664	OQ303099	OQ303305	OQ303512
10. YunNan-Euc.	C. colhounii	C. eucalypti	BAAAAA	CSF23809	20210708-1-(88)	OQ189482	OQ261457	OQ261665	OQ303100	OQ303306	OQ303513
10. YunNan-Euc.	C. colhounii	C. eucalypti	BAAAAA	CSF23832	20210708-1-(197)	OQ189483	OQ261458	OQ261666	OQ303101	OQ303307	OQ303514
10. YunNan-Euc.	C. colhounii	C. eucalypti	CAAAAA	CSF23800	20210708-1-(37)	OQ189484	OQ261459	OQ261667	OQ303102	OQ303308	OQ303515
10. YunNan-Euc.	C. colhounii	C. eucalypti	DAAAAA	CSF23810	20210708-1-(99)	OQ189485	OQ261460	OQ261668	OQ303103	OQ303309	OQ303516
11. YunNan-Pin.	C. colhounii	C. eucalypti	DAAAAA	CSF23854	20210709-1-(224)	OQ189486	OQ261461	OQ261669	OQ303104	OQ303310	OQ303517
12. YunNan-Cun.	C. kyotensis	C. canadiana	AAAAAA	CSF22750	20210707-1-(141)	OQ189487	OQ261462	OQ261518	OQ302953	OQ303160	OQ303366

^a Code of 12 sampling sites connecting to “Site and Tree species code” in Table 1. ^b Genotype within each Calonectria species, determined by sequences of the tef1, tub2, cmdA, his3, rpb2 and act regions; “-” means not available. ^c CSF: Culture Collection located at Research Institute of Fasting-growing Trees (RIFT), Chinese Academy of Forestry, ZhanJiang, GuangDong Province, China. ^d Information associated with sample point and isolate, for example, “20210527-1-(1)” indicates sample number “20210527-1-(1)” and isolate from this sample. ^e tef1 = translation elongation factor 1-alpha; tub2 = β-tubulin; cmdA = calmodulin; his3 = histone H3; rpb2 = the DNA-directed RNA polymerase II second largest subunit; act = actin. ^f “–” represents the relative locus was not amplified in this study.

Appendix B. Isolate Numbers of Each Genotype in The Plantation of Each Tree Species in Each Province for Each Calonectria Species

Table A2. Isolate numbers of each genotype in the plantation of each tree species in each province for each Calonectria species.

Calonectria Species	Site Number	Tree Species and Province	Genotype Determined by tef1 Gene Sequences	Number of Isolates Based on tef1 Genotype	Genotype Determined by tub2 Gene Sequences	Number of Isolates Based on tub2 Genotype	Genotype Determined by tef1 and tub2 Gene Sequences	Number of Isolates Based on tef1 and tub2 Genotype	Number of Genotype Determined by tef1 and tub2 Gene Sequences of Each Species
C. aconidialis	1	E. urophylla × E. grandis in FuJian	11	132	11	109	11_11	92	7
			13	16	14	4	11_14	4
			14	1	17	1	11_17	1
					19	19	11_19	19
					31	16	11_31	16
							13_11	16
							14_11	1
	2	P. massoniana in FuJian	11	50	11	44	11_11	37	5
			13	7	19	5	11_19	5
					26	1	11_26	1
					31	7	11_31	7
							13_11	7
	3	C. lanceolata in FuJian	11	66	11	64	11_11	51	7
			13	13	14	1	11_14	1
					16	1	11_16	1
					19	5	11_19	5
					27	1	11_27	1
					31	7	11_31	7
							13_11	13
	4	E. urophylla × E. grandis in GuangDong	11	191	11	152	11_11	149	10
			17	5	12	1	11_12	1
					15	1	11_15	1
					23	3	11_23	3
					25	3	11_25	1
					28	4	11_28	4
					29	1	11_29	1
					30	31	11_30	31
							17_11	3
							17_25	2
	5	P. massoniana in GuangDong	11	131	11	106	11_11	103	10
			17	4	12	2	11_12	2
					16	7	11_16	7
					18	1	11_18	1
					20	1	11_20	1
					25	1	11_28	1
					28	1	11_29	1
					29	1	11_30	15
					30	15	17_11	3
							17_25	1
	6	C. lanceolata in GuangDong	11	34	11	31	11_11	30	5
			16	1	18	1	11_18	1
					23	1	11_23	1
					30	2	11_30	2
							16_11	1
	7	E. urophylla × E. grandis in GuangXi	11	150	11	134	11_11	130	7
			12	1	13	3	11_13	3
			15	3	22	10	11_22	10
					23	1	11_23	1
					30	6	11_30	6
							12_11	1
							15_11	3
	8	P. massoniana in GuangXi	11	34	11	32	11_11	32	2
					30	2	11_30	2
	9	C. lanceolata in GuangXi	11	17	11	17	11_11	17	1
	10	E. urophylla × E. grandis in YunNan	11	27	21	26	11_21	26	2
					24	1	11_24	1
	11	P. massoniana in YunNan	-	0	-	0	-	0	0
	12	C. lanceolata in YunNan	-	0	-	0	-	0	0
C. kyotensis	1	E. urophylla × E. grandis in FuJian	11	12	11	2	11_11	2	14
			12	1	14	1	11_14	1
			13	3	16	13	11_16	5
			14	21	19	6	11_19	3
					21	7	11_28	1
					22	1	12_28	1
					23	4	13_16	2
					27	1	13_23	1
					28	2	14_16	6
							14_19	3
							14_21	7
							14_22	1
							14_23	3
							14_27	1
	2	P. massoniana in FuJian	11	22	11	7	11_11	2	20
			13	5	12	1	11_14	2
			14	37	14	6	11_16	4
					16	13	11_19	7
					19	16	11_21	2
					20	1	11_22	4
					21	5	11_25	1
					22	6	13_12	1
					23	4	13_16	2
					25	5	13_19	1
							13_25	1
							14_11	5
							14_14	4
							14_16	7
							14_19	8
							14_20	1
							14_21	3
							14_22	2
							14_23	4
							14_25	3
	3	C. lanceolata in FuJian	-	0	-	0	-	0	0
	4	E. urophylla × E. grandis in GuangDong	11	1	14	1	11_19	1	4
			14	3	19	2	14_14	1
					32	1	14_19	1
							14_32	1
	5	P. massoniana in GuangDong	11	11	11	4	11_11	1	16
			14	11	13	1	11_14	1
			15	3	14	1	11_19	2
					17	1	11_25	5
					19	3	11_26	1
					22	2	11_28	1
					25	9	14_11	2
					26	1	14_13	1
					28	3	14_17	1
							14_19	1
							14_22	1
							14_25	3
							14_28	2
							15_11	1
							15_22	1
							15_25	1
	6	C. lanceolata in GuangDong	13	1	11	2	13_28	1	4
			14	4	14	1	14_11	2
					22	1	14_14	1
					28	1	14_22	1
	7	E. urophylla × E. grandis in GuangXi	13	22	11	5	13_11	5	9
			14	1	15	3	13_15	2
					18	1	13_18	1
					23	3	13_23	3
					24	1	13_24	1
					25	6	13_25	6
					28	3	13_28	3
					31	1	13_31	1
							14_15	1
	8	P. massoniana in GuangXi	13	8	11	1	13_11	1	6
					24	1	13_24	1
					25	2	13_25	2
					29	2	13_29	2
					30	1	13_30	1
					31	1	13_31	1
	9	C. lanceolata in GuangXi	-	0	-	0	-	0	0
	10	E. urophylla × E. grandis in YunNan	-	0	-	0	-	0	0
	11	P. massoniana in YunNan	-	0	-	0	-	0	0
	12	C. lanceolata in YunNan	-	0	-	0	-	0	0
C. hongkongensis	1	E. urophylla × E. grandis in FuJian	11	27	11	21	11_11	21	5
					12	1	11_12	1
					16	3	11_16	3
					18	1	11_18	1
					19	1	11_19	1
	2	P. massoniana in FuJian	11	39	11	26	11_11	26	6
					12	2	11_12	2
					14	1	11_14	1
					15	1	11_15	1
					16	7	11_16	7
					17	2	11_17	2
	3	C. lanceolata in FuJian	11	6	11	4	11_11	4	3
					14	1	11_14	1
					16	1	11_16	1
	4	E. urophylla × E. grandis in GuangDong	11	12	11	6	11_11	6	5
					12	2	11_12	2
					13	2	11_13	2
					14	1	11_14	1
					16	1	11_16	1
	5	P. massoniana in GuangDong	11	50	11	35	11_11	35	7
					12	3	11_12	3
					13	1	11_13	1
					14	3	11_14	3
					15	2	11_15	2
					16	5	11_16	5
					18	1	11_18	1
	6	C. lanceolata in GuangDong	-	0	-	0	-	0	0
	7	E. urophylla × E. grandis in GuangXi	11	1	16	2	11_16	1	2
			12	1			12_16	1
	8	P. massoniana in GuangXi	11	1	17	1	11_17	1	1
	9	C. lanceolata in GuangXi	-	0	-	0	-	0	0
	10	E. urophylla × E. grandis in YunNan	-	0	-	0	-	0	0
	11	P. massoniana in YunNan	-	0	-	0	-	0	0
	12	C. lanceolata in YunNan	-	0	-	0	-	0	0
C. ilicicola	1	E. urophylla × E. grandis in FuJian	11	3	11	3	11_11	3	1
	2	P. massoniana in FuJian	11	4	11	4	11_11	4	1
	3	C. lanceolata in FuJian	11	4	11	4	11_11	4	1
	4	E. urophylla × E. grandis in GuangDong	12	1	11	1	12_11	1	1
	5	P. massoniana in GuangDong	12	2	11	2	12_11	2	1
	6	C. lanceolata in GuangDong	11	3	11	3	11_11	3	1
	7	E. urophylla × E. grandis in GuangXi	11	3	11	3	11_11	3	1
	8	P. massoniana in GuangXi	11	3	11	3	11_11	3	1
	9	C. lanceolata in GuangXi	11	4	11	4	11_11	4	1
	10	E. urophylla × E. grandis in YunNan	13	5	11	5	13_11	5	1
	11	P. massoniana in YunNan	-	0	-	0	-	0	0
	12	C. lanceolata in YunNan	-	0	-	0	-	0	0
C. asiatica	1	E. urophylla × E. grandis in FuJian	-	0	-	0	-	0	0
	2	P. massoniana in FuJian	-	0	-	0	-	0	0
	3	C. lanceolata in FuJian	-	0	-	0	-	0	0
	4	E. urophylla × E. grandis in GuangDong	-	0	-	0	-	0	0
	5	P. massoniana in GuangDong	-	0	-	0	-	0	0
	6	C. lanceolata in GuangDong	-	0	-	0	-	0	0
	7	E. urophylla × E. grandis in GuangXi	-	0	-	0	-	0	0
	8	P. massoniana in GuangXi	-	0	-	0	-	0	0
	9	C. lanceolata in GuangXi	-	0	-	0	-	0	0
	10	E. urophylla × E. grandis in YunNan	11	30	11	21	11_11	21	2
					12	9	11_12	9
	11	P. massoniana in YunNan	-	0	-	0	-	0	0
	12	C. lanceolata in YunNan	-	0	-	0	-	0	0
C. eucalypti	1	E. urophylla × E. grandis in FuJian	-	0	-	0	-	0	0
	2	P. massoniana in FuJian	-	0	-	0	-	0	0
	3	C. lanceolata in FuJian	-	0	-	0	-	0	0
	4	E. urophylla × E. grandis in GuangDong	-	0	-	0	-	0	0
	5	P. massoniana in GuangDong	-	0	-	0	-	0	0
	6	C. lanceolata in GuangDong	-	0	-	0	-	0	0
	7	E. urophylla × E. grandis in GuangXi	-	0	-	0	-	0	0
	8	P. massoniana in GuangXi	-	0	-	0	-	0	0
	9	C. lanceolata in GuangXi	-	0	-	0	-	0	0
	10	E. urophylla × E. grandis in YunNan	11	4	11	8	11_11	4	4
			12	2			12_11	2
			13	1			13_11	1
			14	1			14_11	1
	11	P. massoniana in YunNan	14	1	11	1	14_11	1	1
	12	C. lanceolata in YunNan	-	0	-	0	-	0	0
C. curvispora	1	E. urophylla × E. grandis in FuJian	-	0	-	0	-	0	0
	2	P. massoniana in FuJian	-	0	-	0	-	0	0
	3	C. lanceolata in FuJian	-	0	-	0	-	0	0
	4	E. urophylla × E. grandis in GuangDong	-	0	-	0	-	0	0
	5	P. massoniana in GuangDong	11	4	11	4	11_11	4	1
	6	C. lanceolata in GuangDong	-	0	-	0	-	0	0
	7	E. urophylla × E. grandis in GuangXi	-	0	-	0	-	0	0
	8	P. massoniana in GuangXi	-	0	-	0	-	0	0
	9	C. lanceolata in GuangXi	-	0	-	0	-	0	0
	10	E. urophylla × E. grandis in YunNan	-	0	-	0	-	0	0
	11	P. massoniana in YunNan	-	0	-	0	-	0	0
	12	C. lanceolata in YunNan	-	0	-	0	-	0	0
C. chinensis	1	E. urophylla × E. grandis in FuJian	11	1	11	1	11_11	1	1
	2	P. massoniana in FuJian	-	0	-	0	-	0	0
	3	C. lanceolata in FuJian	11	1	11	2	11_11	1	2
	4		12	1			12_11	1
	5	E. urophylla × E. grandis in GuangDong	-	0	-	0	-	0	0
	6	P. massoniana in GuangDong	-	0	-	0	-	0	0
	7	C. lanceolata in GuangDong	-	0	-	0	-	0	0
	8	E. urophylla × E. grandis in GuangXi	-	0	-	0	-	0	0
	9	P. massoniana in GuangXi	-	0	-	0	-	0	0
	10	C. lanceolata in GuangXi	-	0	-	0	-	0	0
	11	E. urophylla × E. grandis in YunNan	-	0	-	0	-	0	0
	11	P. massoniana in YunNan	-	0	-	0	-	0	0
	12	C. lanceolata in YunNan	-	0	-	0	-	0	0
C. pacifica	1	E. urophylla × E. grandis in FuJian	-	0	-	0	-	0	0
	2	P. massoniana in FuJian	-	0	-	0	-	0	0
	3	C. lanceolata in FuJian	-	0	-	0	-	0	0
	4	E. urophylla × E. grandis in GuangDong	-	0	-	0	-	0	0
	5	P. massoniana in GuangDong	11	1	11	1	11_11	1	2
	6		12	1	12	1	12_12	1
	7	C. lanceolata in GuangDong	11	1	13	1	11_13	1	1
	8	E. urophylla × E. grandis in GuangXi	-	0	-	0	-	0	0
	9	P. massoniana in GuangXi	-	0	-	0	-	0	0
	10	C. lanceolata in GuangXi	-	0	-	0	-	0	0
		E. urophylla × E. grandis in YunNan	-	0	-	0	-	0	0
	11	P. massoniana in YunNan	-	0	-	0	-	0	0
	12	C. lanceolata in YunNan	-	0	-	0	-	0	0
C. yunnanensis	1	E. urophylla × E. grandis in FuJian	-	0	-	0	-	0	0
	2	P. massoniana in FuJian	-	0	-	0	-	0	0
	3	C. lanceolata in FuJian	-	0	-	0	-	0	0
	4	E. urophylla × E. grandis in GuangDong	-	0	-	0	-	0	0
	5	P. massoniana in GuangDong	-	0	-	0	-	0	0
	6	C. lanceolata in GuangDong	-	0	-	0	-	0	0
	7	E. urophylla × E. grandis in GuangXi	-	0	-	0	-	0	0
	8	P. massoniana in GuangXi	-	0	-	0	-	0	0
	9	C. lanceolata in GuangXi	-	0	-	0	-	0	0
	10	E. urophylla × E. grandis in YunNan	11	2	11	1	11_11	1	2
					12	1	11_12	1
	11	P. massoniana in YunNan	-	0	-	0	-	0	0
	12	C. lanceolata in YunNan	-	0	-	0	-	0	0
C. canadiana	1	E. urophylla × E. grandis in FuJian	-	0	-	0	-	0	0
	2	P. massoniana in FuJian	-	0	-	0	-	0	0
	3	C. lanceolata in FuJian	-	0	-	0	-	0	0
	4	E. urophylla × E. grandis in GuangDong	-	0	-	0	-	0	0
	5	P. massoniana in GuangDong	-	0	-	0	-	0	0
	6	C. lanceolata in GuangDong	-	0	-	0	-	0	0
	7	E. urophylla × E. grandis in GuangXi	-	0	-	0	-	0	0
	8	P. massoniana in GuangXi	-	0	-	0	-	0	0
	9	C. lanceolata in GuangXi	-	0	-	0	-	0	0
	10	E. urophylla × E. grandis in YunNan	-	0	-	0	-	0	0
	11	P. massoniana in YunNan	-	0	-	0	-	0	0
	12	C. lanceolata in YunNan	11	1	11	1	11_11	1	1

Appendix C. Number of Shared Genotypes of Calonectria cconidialis Determined by tef1 and tub2 Gene Sequences between Different Plantation Tree Species × Province

Table A3. Number of shared genotypes of Calonectria aconidialis determined by tef1 and tub2 gene sequences between different plantation tree species × province.

	P. massoniana in FuJian	C. lanceolata in FuJian	E. urophylla × E. grandis in GuangDong	P. massoniana in GuangDong	C. lanceolata in GuangDong	E. urophylla × E. grandis in GuangXi	P. massoniana in GuangXi	C. lanceolata in GuangXi	E. urophylla × E. grandis in YunNan	P. massoniana in YunNan	C. lanceolata in YunNan
E. urophylla × E. grandis in FuJian	4 ¹	5	1 ²	1 ³	1	1	1	1	0	0	0
P. massoniana in FuJian		4	1	1	1	1	1	1	0	0	0
C. lanceolata in FuJian			1	2	1	1	1	1	0	0	0
E. urophylla × E. grandis in GuangDong				7	3	3	2	1	0	0	0
P. massoniana in GuangDong					3	2	2	1	0	0	0
C. lanceolata in GuangDong						3	2	1	0	0	0
E. urophylla × E. grandis in GuangXi							2	1	0	0	0
P. massoniana in GuangXi								1	0	0	0
C. lanceolata in GuangXi									0	0	0
E. urophylla × E. grandis in YunNan										0	0
P. massoniana in YunNan											0
C. lanceolata in YunNan

¹ Number highlighted in blue indicates number of shared genotypes between different tree species in the same sampled site (province). ² Number highlighted in yellow indicates number of shared genotypes between different sampled sites of the same tree species. ³ Number highlighted in grey indicates number of shared genotypes between different sampled sites of different tree species.

Appendix D. Number of Shared Genotypes of Calonectria kyotensis Determined by tef1 and tub2 Gene Sequences between Different Plantation Tree Species × Province

Table A4. Number of shared genotypes of Calonectria kyotensis determined by tef1 and tub2 gene sequences between different plantation tree species × province.

	P. massoniana in FuJian	C. lanceolata in FuJian	E. urophylla × E. grandis in GuangDong	P. massoniana in GuangDong	C. lanceolata in GuangDong	E. urophylla × E. grandis in GuangXi	P. massoniana in GuangXi	C. lanceolata in GuangXi	E. urophylla × E. grandis in YunNan	P. massoniana in YunNan	C. lanceolata in YunNan
E. urophylla × E. grandis in FuJian	10 ¹	0	2 ²	6 ³	1	1	0	0	0	0	0
P. massoniana in FuJian		0	3	8	3	1	1	0	0	0	0
C. lanceolata in FuJian			0	0	0	0	0	0	0	0	0
E. urophylla × E. grandis in GuangDong				2	1	0	0	0	0	0	0
P. massoniana in GuangDong					2	0	0	0	0	0	0
C. lanceolata in GuangDong						1	0	0	0	0	0
E. urophylla × E. grandis in GuangXi							4	0	0	0	0
P. massoniana in GuangXi								0	0	0	0
C. lanceolata in GuangXi									0	0	0
E. urophylla × E. grandis in YunNan										0	0
P. massoniana in YunNan											0
C. lanceolata in YunNan

¹ Number highlighted in blue indicates number of shared genotypes between different tree species in the same sampled site (province). ² Number highlighted in yellow indicates number of shared genotypes between different sampled sites of the same tree species. ³ Number highlighted in grey indicates number of shared genotypes between different sampled sites of different tree species.

Appendix E. Number of Shared Genotypes of Calonectria hongkongensis Determined by tef1 and tub2 Gene Sequences between Different Plantation Tree Species × Province

Table A5. Number of shared genotypes of Calonectria hongkongensis determined by tef1 and tub2 gene sequences between different plantation tree species × province.

	P. massoniana in FuJian	C. lanceolata in FuJian	E. urophylla × E. grandis in GuangDong	P. massoniana in GuangDong	C. lanceolata in GuangDong	E. urophylla × E. grandis in GuangXi	P. massoniana in GuangXi	C. lanceolata in GuangXi	E. urophylla × E. grandis in YunNan	P. massoniana in YunNan	C. lanceolata in YunNan
E. urophylla × E. grandis in FuJian	3 ¹	2	3 ²	4 ³	0	1	0	0	0	0	0
P. massoniana in FuJian		3	4	5	0	1	1	0	0	0	0
C. lanceolata in FuJian			3	3	0	1	0	0	0	0	0
E. urophylla × E. grandis in GuangDong				5	0	1	0	0	0	0	0
P. massoniana in GuangDong					0	1	0	0	0	0	0
C. lanceolata in GuangDong						0	0	0	0	0	0
E. urophylla × E. grandis in GuangXi							0	0	0	0	0
P. massoniana in GuangXi								0	0	0	0
C. lanceolata in GuangXi									0	0	0
E. urophylla × E. grandis in YunNan										0	0
P. massoniana in YunNan											0
C. lanceolata in YunNan

¹ Number highlighted in blue indicates number of shared genotypes between different tree species in the same sampled site (province). ² Number highlighted in yellow indicates number of shared genotypes between different sampled sites of the same tree species. ³ Number highlighted in grey indicates number of shared genotypes between different sampled sites of different tree species.

Appendix F. Phylogenetic Tree of Calonectria Species Based on Maximum Likelihood (ML) Analysis of the DNA Dataset of tef1, tub2, cmdA, his3, rpb2, and act Gene Sequences

Figure A1. Phylogenetic tree of Calonectria species based on maximum likelihood (ML) analysis of the DNA dataset of the tef1 gene sequences. Bootstrap support values ≥ 70% from ML analysis and posterior probabilities values ≥ 0.95 obtained from Bayesian inference (BI) are indicated at the nodes as ML/BI. Bootstrap values < 70% or posterior probabilities values < 0.95 are marked with “*”, and absent analysis values are marked with “-”. “*/*”, “*/-”, “-/*”, and “-/-” are not displayed. Isolates obtained in this study are highlighted in blue and bold. Ex-type isolates are indicated with “T”. The “B” species codes are consistent with the recently published results of Liu and co-authors [30]. Curvicladiella cignea (CBS 109167 and CBS 109168) was used as the outgroup taxon.

Figure A2. Phylogenetic tree of Calonectria species based on maximum likelihood (ML) analysis of the DNA dataset of the tub2 gene sequences. Bootstrap support values ≥ 70% from ML analysis and posterior probabilities values ≥ 0.95 obtained from Bayesian inference (BI) are indicated at the nodes as ML/BI. Bootstrap values < 70% or posterior probabilities values < 0.95 are marked with “*”, and absent analysis values are marked with “-”. “*/*”, “*/-”, “-/*”, and “-/-” are not displayed. Isolates obtained in this study are highlighted in blue and bold. Ex-type isolates are indicated with “T”. The “B” species codes are consistent with the recently published results of Liu and co-authors [30]. Curvicladiella cignea (CBS 109167 and CBS 109168) was used as the outgroup taxon.

Figure A3. Phylogenetic tree of Calonectria species based on maximum likelihood (ML) analysis of the DNA dataset of the cmdA gene sequences. Bootstrap support values ≥ 70% from ML analysis and posterior probabilities values ≥ 0.95 obtained from Bayesian inference (BI) are indicated at the nodes as ML/BI. Bootstrap values < 70% or posterior probabilities values < 0.95 are marked with “*”, and absent analysis values are marked with “-”. “*/*”, “*/-”, “-/*”, and “-/-” are not displayed. Isolates obtained in this study are highlighted in blue and bold. Ex-type isolates are indicated with “T”. The “B” species codes are consistent with the recently published results of Liu and co-authors [30]. Curvicladiella cignea (CBS 109167 and CBS 109168) was used as the outgroup taxon.

Figure A4. Phylogenetic tree of Calonectria species based on maximum likelihood (ML) analysis of the DNA dataset of the his3 gene sequences. Bootstrap support values ≥ 70% from ML analysis and posterior probabilities values ≥ 0.95 obtained from Bayesian inference (BI) are indicated at the nodes as ML/BI. Bootstrap values < 70% or posterior probabilities values < 0.95 are marked with “*”, and absent analysis values are marked with “-”. “*/*”, “*/-”, “-/*”, and “-/-” are not displayed. Isolates obtained in this study are highlighted in blue and bold. Ex-type isolates are indicated with “T”. The “B” species codes are consistent with the recently published results of Liu and co-authors [30]. Curvicladiella cignea (CBS 109167 and CBS 109168) was used as the outgroup taxon.

Figure A5. Phylogenetic tree of Calonectria species based on maximum likelihood (ML) analyses of the DNA dataset of the rpb2 gene sequences. Bootstrap support values ≥ 70% from ML analysis and posterior probabilities values ≥ 0.95 obtained from Bayesian inference (BI) are indicated at the nodes as ML/BI. Bootstrap values < 70% or posterior probabilities values < 0.95 are marked with “*”, and absent analysis values are marked with “-”. “*/*”, “*/-”, “-/*”, and “-/-” are not displayed. Isolates obtained in this study are highlighted in blue and bold. Ex-type isolates are indicated with “T”. The “B” species codes are consistent with the recently published results of Liu and co-authors [30]. Curvicladiella cignea (CBS 109167 and CBS 109168) was used as the outgroup taxon.

Figure A6. Phylogenetic tree of Calonectria species based on maximum likelihood (ML) analysis of the DNA dataset of the act gene sequences. Bootstrap support values ≥ 70% from ML analyses and posterior probabilities values ≥ 0.95 obtained from Bayesian inference (BI) are indicated at the nodes as ML/BI. Bootstrap values < 70% or posterior probabilities values < 0.95 are marked with “*”, and absent analysis values are marked with “-”. “*/*”, “*/-”, “-/*”, and “-/-” are not displayed. Isolates obtained in this study are highlighted in blue and bold. Ex-type isolates are indicated with “T”. The “B” species codes are consistent with the recently published results of Liu and co-authors [30]. Curvicladiella cignea (CBS 109167 and CBS 109168) was used as the outgroup taxon.

References

Crous, P.W. Taxonomy and Pathology of Cylindrocladium (Calonectria) and Allied Genera; APS Press: St. Paul, MN, USA, 2002. [Google Scholar]
Lombard, L.; Crous, P.W.; Wingfield, B.D.; Wingfield, M.J. Species concepts in Calonectria (Cylindrocladium). Stud. Mycol. 2010, 66, 1–13. [Google Scholar] [CrossRef] [PubMed]
Li, J.Q.; Wingfield, M.J.; Barnes, I.; Chen, S.F. Calonectria in the age of genes and genomes: Towards understanding an important but relatively unknown group of pathogens. Mol. Plant Pathol. 2022, 23, 1060–1072. [Google Scholar] [CrossRef] [PubMed]
Aiello, D.; Guarnaccia, V.; Vitale, A.; LeBlanc, N.; Shishkoff, N.; Polizz, G. Impact of Calonectria diseases on ornamental horticulture: Diagnosis and Control strategies. Plant Dis. 2022, 106, 1773–1787. [Google Scholar] [CrossRef] [PubMed]
Old, K.M.; Wingfield, M.J.; Yuan, Z.Q. A Manual of Diseases of Eucalyptus in South-East Asia; Center for International Forestry Research: Jakarta, Indonesia, 2003. [Google Scholar]
Rodas, C.A.; Lombard, L.; Gryzenhoinf, M.; Slippers, B.; Wingfield, M.J. Cylindrocladium blight of Eucalyptus grandis in Colombia. Australas. Plant Pathol. 2005, 34, 143–149. [Google Scholar] [CrossRef]
Alfenas, R.F.; Lombard, L.; Pereira, O.L.; Alfenas, A.C.; Crous, P.W. Diversity and potential impact of Calonectria species in Eucalyptus plantations in Brazil. Stud. Mycol. 2015, 80, 89–130. [Google Scholar] [CrossRef] [PubMed]
Freitas, R.G.; Alfenas, R.F.; Guimarães, L.M.S.; Badel, J.L.; Alfenas, A.C. Genetic diversity and aggressiveness of Calonectria pteridis in Eucalyptus spp. Plant Pathol. 2019, 68, 869–877. [Google Scholar] [CrossRef]
Pham, N.Q.; Barnes, I.; Chen, S.F.; Liu, F.F.; Dang, Q.; Pham, T.; Lombard, L.; Crous, P.W.; Wingfield, M.J. Ten new species of Calonectria from Indonesia and Vietnam. Mycologia 2019, 111, 78–102. [Google Scholar] [CrossRef]
Wang, Q.C.; Chen, S.F. Calonectria pentaseptata causes severe leaf disease on cultivated Eucalyptus in Leizhou Peninsula of southern China. Plant Dis. 2020, 104, 493–509. [Google Scholar] [CrossRef]
Bose, R.; Banerjee, S.; Pandey, A.; Bhandari, M.S.; Barthwal, S.; Pandey, S. Calonectria leaf blight of Eucalyptus: A global review. Ann. Appl. Biol. 2023, 182, 6–28. [Google Scholar] [CrossRef]
Li, W.W.; Chen, S.F.; Wingfield, M.J.; Duong, T.A. Calonectria queenslandica: Causal agent of Eucalyptus leaf blight in Southern China. Plant Dis. 2022. [Google Scholar] [CrossRef]
Lombard, L.; Rodas, C.A.; Crous, P.W.; Wingfield, B.D.; Wingfield, M.J. Calonectria (Cylindrocladium) species associated with dying Pinus cuttings. Persoonia 2009, 23, 41–47. [Google Scholar] [CrossRef] [PubMed]
Xie, Y.J.; Arnold, R.J.; Wu, Z.H.; Chen, S.F.; Du, A.P.; Luo, J.Z. Advances in eucalypt research in China. Front. Agric. Sci. Eng. 2017, 4, 380–390. [Google Scholar] [CrossRef]
Li, J.Q.; Wingfield, M.J.; Liu, Q.L.; Barnes, I.; Roux, J.; Lombard, L.; Crous, P.W.; Chen, S.F. Calonectria species isolated from Eucalyptus plantations and nurseries in South China. IMA Fungus 2017, 8, 259–286. [Google Scholar] [CrossRef] [PubMed]
Chen, S.F.; Lombard, L.; Roux, J.; Xie, Y.J.; Wingfield, M.J.; Zhou, X.D. Novel species of Calonectria associated with Eucalyptus leaf blight in Southeast China. Persoonia 2011, 26, 1–12. [Google Scholar] [CrossRef]
Chen, Q.Z.; Guo, W.S.; Ye, X.Z.; Huang, X.P.; Wu, Y.Z. Identification of Calonectria associated with Eucalyptus leaf blight in Fujian Province. J. Fujian Coll. For. 2013, 33, 176–182. (In Chinese) [Google Scholar]
Lombard, L.; Chen, S.F.; Mou, X.; Zhou, X.D.; Crous, P.W.; Wingfield, M.J. New species, hyper-diversity and potential importance of Calonectria spp. from Eucalyptus in South China. Stud. Mycol. 2015, 80, 151–188. [Google Scholar]
Wu, W.X.; Chen, S.F. Species diversity, mating strategy, and pathogenicity of Calonectria species from diseased leaves and soils in the Eucalyptus plantation in Southern China. J. Fungi 2021, 7, 73. [Google Scholar] [CrossRef]
Farooq, T.H.; Shakoor, A.; Wu, X.; Li, Y.; Rashid, M.H.U.; Zhang, X.; Gilani, M.M.; Kumar, U.; Chen, X.Y.; Yan, W.D. Perspectives of plantation forests in the sustainable forest development of China. Iforest-Biogeosci. For. 2021, 14, 166–174. [Google Scholar] [CrossRef]
Han, D.; Li, B.L. Analysis on the necessity of expanding the planting area of fast-growing plantation in China under the background of “Maintaining the Wood Safety”. China For. Prod. Ind. 2021, 58, 113–115. (In Chinese) [Google Scholar]
Wang, Y.L. Review on China’s plantation development since the reform and opening up. For. Resour. Manag. 2019, 26, 6–11. (In Chinese) [Google Scholar]
Zhang, G.Q.; Hui, G.Y.; Hu, Y.B.; Zhao, Z.H.; Guan, X.L.; Gadow, K.V.; Zhang, G.G. Designing near-natural planting patterns for plantation forests in China. For. Ecosyst. 2019, 6, 28. [Google Scholar] [CrossRef]
Chen, Y.P.; Lyu, J.X.; Chen, Z.L. Status of development and wood utilization of Eucalyptus plantation in China. China Wood-Based Panels 2019, 26, 6–9. (In Chinese) [Google Scholar]
Farooq, T.H.; Yan, W.; Rashid, M.H.U.; Tigabu, M.; Gilani, M.M.; Zou, X.H.; Wu, P.F. Chinese fir (Cunninghamia lanceolata) a green gold of China with continues decline in its productivity over the successive rotations: A review. Appl. Ecol. Environ. Res. 2019, 17, 11055–11067. [Google Scholar] [CrossRef]
National Forestry and Grassland Administration. China forest Resources Report (2014–2018); China Forestry Publishing House: Beijing, China, 2019. (In Chinese) [Google Scholar]
Liu, T.; Xie, Y.J. Studies on the causes of rapid development of Eucalyptus plantations in China. Eucalyptus Sci. Technol. 2020, 27, 38–47. (In Chinese) [Google Scholar]
Liu, Q.L.; Chen, S.F. Two novel species of Calonectria isolated from soil in a natural forest in China. MycoKeys 2017, 26, 25–60. [Google Scholar] [CrossRef]
Wang, Q.C.; Liu, Q.L.; Chen, S.F. Novel species of Calonectria isolated from soil near Eucalyptus plantations in southern China. Mycologia 2019, 111, 1028–1040. [Google Scholar] [CrossRef]
Liu, Q.L.; Li, J.Q.; Wingfield, M.J.; Duong, T.A.; Wingfield, B.D.; Crous, P.W.; Chen, S.F. Reconsideration of species boundaries and proposed DNA barcodes for Calonectria. Stud. Mycol. 2020, 97, 100106. [Google Scholar] [CrossRef]
Liu, L.L.; Wu, W.X.; Chen, S.F. Species diversity and distribution characteristics of Calonectria in five soil layers in a Eucalyptus plantation. J. Fungi 2021, 7, 857. [Google Scholar] [CrossRef]
Liu, Q.L.; Wingfield, M.J.; Duong, T.A.; Wingfield, B.D.; Chen, S.F. Diversity and distribution of Calonectria species from plantation and forest soils in FuJian Provinces, China. J. Fungi 2022, 8, 811. [Google Scholar] [CrossRef]
Zhang, Y.X.; Chen, K.T.; Chen, C.; Chen, J.W.; Xiang, M.M.; Wanasinghe, D.N.; Hsiang, T.; Hyde, K.D.; Manawasinghe, I.S. Identification and characterization of Calonectria species associated with plant diseases in Southern China. J. Fungi 2022, 8, 719. [Google Scholar] [CrossRef]
Lombard, L.; Zhou, X.D.; Crous, P.W.; Wingfield, B.D.; Wingfield, M.J. Calonectria species associated with cutting rot of Eucalyptus. Persoonia 2010, 24, 1–11. [Google Scholar] [CrossRef]
Liu, L.L.; Chen, S.F. Pathogenicity of six Calonectria species isolated from five soil layers in a Eucalyptus plantation. J. Phytopathol. 2022, 170, 445–452. [Google Scholar] [CrossRef]
Van Burik, J.A.H.; Schreckhise, R.W.; White, T.C.; Bowden, R.A.; Myerson, D. Comparison of six extraction techniques for isolation of DNA from filamentous fungi. Med. Mycol. 1998, 36, 299–303. [Google Scholar] [CrossRef]
Kumar, S.; Stecher, G.; Tamura, K. MEGA7: Molecular evolutionary genetic analysis version 7.0 for bigger datasets. Mol. Biol. Evol. 2016, 33, 1870–1874. [Google Scholar] [CrossRef]
Stamatakis, A. RAxML version 8: A tool for phylogenetic analysis and post-analysis of large phylogenies. Bioinformatics 2014, 30, 1312–1313. [Google Scholar] [CrossRef]
Ronquist, F.; Teslenko, M.; Van Der Mark, P.; Ayres, D.L.; Darling, A.; Höhna, S.; Larget, B.; Liu, L.; Suchard, M.; Huelsenbeck, J. MrBayes 3.2: Efficient Bayesian phylogenetic inference and model choice across a large model space. Syst. Biol. 2012, 61, 539–542. [Google Scholar] [CrossRef] [Green Version]
Crous, P.W.; Hernández-Restrepo, M.; Schumacher, R.K.; Cowan, D.A.; Maggs-Kölling, G.; Marais, E.; Wingfield, M.J.; Yilmaz, N.; Adan, O.C.G.; Akulov, A.; et al. New and Interesting Fungi. 4. Fungal Syst. Evol. 2021, 7, 255–343. [Google Scholar] [CrossRef]
Pham, N.Q.; Marincowitz, S.; Chen, S.F.; Rodas, C.A.; Wingfield, M.J. Soil-borne Calonectria (Hypocreales, Nectriaceae) associated with Eucalyptus plantations in Colombia. MycoKeys 2022, 94, 17–35. [Google Scholar] [CrossRef]
Pham, N.Q.; Marincowitz, S.; Chen, S.F.; Yaparudin, Y.; Wingfield, M.J. Calonectria species, including four novel taxa, associated with Eucalyptus in Malaysia. Mycol. Prog. 2022, 21, 181–197. [Google Scholar] [CrossRef]
Crous, P.W.; Groenewald, J.Z.; Risède, J.M.; Simoneau, P.; Hywel-Jones, N.L. Calonectria species and their Cylindrocladium anamorphs: Species with sphaeropedunculate vesicles. Stud. Mycol. 2004, 50, 415–430. [Google Scholar]
Lombard, L.; Crous, P.W.; Wingfield, B.D.; Wingfield, M.J. Phylogeny and systematics of the genus Calonectria. Stud. Mycol. 2010, 66, 31–69. [Google Scholar] [CrossRef] [PubMed]
Lombard, L.; Wingfield, M.J.; Alfenas, A.C.; Crous, P.W. The forgotten Calonectria collection: Pouring old wine into new bags. Stud. Mycol. 2016, 85, 159–198. [Google Scholar] [CrossRef] [PubMed]
Kang, J.C.; Crous, P.W.; Schoch, C.L. Species concepts in the Cylindrocladium floridanum and Cy. spathiphylli complexes (Hypocreaceae) based on multi-allelic sequence data, sexual compatibility and morphology. Syst. Appl. Microbiol. 2001, 24, 206–217. [Google Scholar] [CrossRef] [PubMed]
Lechat, C.; Crous, P.W.; Groenewald, J.Z. The enigma of Calonectria species occurring on leaves of Ilex aquifolium in Europe. IMA Fungus 2010, 1, 101–108. [Google Scholar] [CrossRef]
Victor, D.; Crous, P.W.; Janse, B.J.H.; Wingfield, M.J. Genetic variation in Cylindrocladium floridanum and other morphologically similar Cylindrocladium species. Syst. Appl. Microbiol. 1997, 20, 268–285. [Google Scholar] [CrossRef]
Boedijn, K.B.; Reitsma, J. Notes on the genus Cylindrocladium (Fungi: Mucedineae). Reinwardtia 1950, 1, 51–60. [Google Scholar]
Terashita, T. A new species of Calonectria and its conidial state. Trans. Mycol. Soc. Jpn. 1968, 8, 124–129. [Google Scholar]
Tubaki, K. Studies on the Japanese Hyphomycetes. V. Leaf & stem group with a discussion of the classification of Hyphomycetes and their perfect stages. J. Hattori Bot. Lab. 1958, 20, 142–244. [Google Scholar]
Peerally, M.A. Calonectria colhounii sp. nov., a common parasite of tea in Mauritius. Trans. Br. Mycol. Soc. 1973, 61, 89–93. [Google Scholar] [CrossRef]
Crous, P.W.; Groenewald, J.Z.; Risède, J.M.; Simoneau, P.; Hyde, K.D. Calonectria species and their Cylindrocladium anamorphs: Species with clavate vesicles. Stud. Mycol. 2006, 55, 213–226. [Google Scholar] [CrossRef] [Green Version]
Marin-Felix, Y.; Groenewald, J.Z.; Cai, L.; Chen, Q.; Marincowitz, S.; Barnes, I.; Bensch, K.; Braun, U.; Camporesi, E.; Damm, U.; et al. Genera of phytopathogenic fungi: GOPHY 1. Stud. Mycol. 2017, 86, 99–216. [Google Scholar] [CrossRef]
Crous, P.W.; Kang, J.C.; Schoch, C.L.; Mchau, G.R.A. Phylogenetic relationships of Cylindrocladium pseudogracile and Cylindrocladium rumohrae with morphologically similar taxa, based on morphology and DNA sequences of internal transcribed spacers and β-tubulin. Can. J. Bot. 1999, 77, 1813–1820. [Google Scholar] [CrossRef]
Crous, P.W.; Wingfield, M.J.; Alfenas, A.C. Additions to Calonectria. Mycotaxon 1993, 46, 217–234. [Google Scholar]
Crous, P.W.; Wingfield, M.J.; Roux, J.J.; Richardson, D.M.; Strasberg, D.; Shivas, R.G.; Alvarado, P.; Edwards, J.; Moreno, G.; Sharma, R.; et al. Fungal Planet description sheets: 371–399. Persoonia 2015, 35, 264–327. [Google Scholar] [CrossRef]
Decock, C.; Crous, P.W. Curvicladium gen. nov., a new hyphomycete genus from French Guiana. Mycologia 1998, 90, 276–281. [Google Scholar] [CrossRef]
Dang, H.F.; Zhao, L.N.; Gong, Y.F. Temporal and spatial distributions of summer precipitation analysis in China. J. Chengdu Univ. Inf. Technol. 2015, 30, 609–615. (In Chinese) [Google Scholar]
Sehler, R.; Li, J.J.; Reager, J.T.; Ye, H.C. Investigating relationship between soil moisture and precipitation globally using remote sensing observations. J. Contemp. Water Res. Educ. 2019, 168, 106–118. [Google Scholar] [CrossRef]
Shishkoff, N.; Camp, M.J. The effect of different temperatures and moisture levels on survival of Calonectria pseudonaviculata in boxwood leaves and twigs and as microsclerotia produced in culture. Plant Dis. 2016, 100, 2018–2024. [Google Scholar] [CrossRef]
Prescott, C.E.; Grayston, S.J. Tree species influence on microbial communities in litter and soil: Current knowledge and research needs. For. Ecol. Manag. 2013, 309, 19–27. [Google Scholar] [CrossRef]
Tedersoo, L.; Bahram, M.; Cajthaml, T.; Põlme, S.; Hiiesalu, I.; Anslan, S.; Harend, H.; Buegger, F.; Pritsch, K.; Koricheva, J.; et al. Tree diversity and species identity effects on soil fungi, protists and animals are context dependent. ISME J. 2016, 10, 346–362. [Google Scholar] [CrossRef]
Xu, J.; Liu, B.; Qu, Z.L.; Sun, H. Age and species of Eucalyptus plantations affect soil microbial biomass and enzymatic activities. Microorganisms 2020, 8, 811. [Google Scholar] [CrossRef] [PubMed]
Yu, W.J.; Shao, M.Y.; Ren, M.L.; Zhou, H.J.; Jiang, Z.H.; Li, D.L. Analysis on spatial and temporal characteristics drought of Yunnan Province. Acta Ecol. Sin. 2013, 33, 317–324. [Google Scholar] [CrossRef]
Yang, J.Y.; Liu, S.X.; Zhao, S.Q.; Ji, Y.X.; Shi, C.M.; Wang, X.D. First report of Calonectria canadiana causing peach fruit rot in China. Plant Dis. 2022, 106, 3209. [Google Scholar] [CrossRef] [PubMed]
Shao, H.L.; Li, H.Y. First report of root rot caused by Calonectria montana on sugar beet in Heilongjiang Province, China. Plant Dis. 2021, 105, 3292. [Google Scholar] [CrossRef]
Yang, Y.M.; Tian, K.; Hao, J.M.; Pei, S.J.; Yang, Y.X. Biodiversity and biodiversity conservation in Yunnan, China. Biodivers. Conserv. 2004, 13, 813–826. [Google Scholar] [CrossRef]

Figure 1. Plantations of Eucalyptus urophylla × E. grandis, Pinus massoniana, and Cunninghamia lanceolata in Fujian, Guangdong, Guangxi, and Yunnan Provinces in southern China. (a,b). The adjacently planted E. urophylla × E. grandis (indicated by number “1”), P. massoniana (number “2”), and C. lanceolata (number “3”) in GuangXi; c–e. Cunninghamia lanceolata plantations in Guangdong (c), Guangxi (d), and Yunnan (e); (f,g). Eucalyptus urophylla × E. grandis plantations in Fujian (f) and Guangdong (g); (h,i). Pinus massoniana plantations in Fujian (h) and Guangxi (i); (j,k). Cunninghamia lanceolata plantations in Fujian (j) and Guangxi (k); (l). Soil in P. massoniana plantation in Guangxi; (m). Soil in C. lanceolata plantation in FuJian.

Figure 2. Calonectria species collected from soils in plantations of three tree species in four regions (provinces). (a). Map of China indicating the four regions in four provinces where soils were sampled; (b–m). Percentage of each Calonectria species in each plantation of Eucalyptus urophylla × E. grandis, Pinus massoniana, and Cunninghamia lanceolata in each of the four regions (FuJian, GuangDong, GuangXi, and YunNan Provinces). Different Calonectria species are indicated by numbers with different colors.

Figure 3. Phylogenetic tree of Calonectria species based on maximum likelihood (ML) analysis of the combined DNA dataset of act, cmdA, his3, rpb2, tef1, and tub2 gene sequences. Bootstrap support values ≥ 70% from ML analysis and posterior probabilities values ≥ 0.95 obtained from Bayesian inference (BI) are indicated at the nodes as ML/BI. Bootstrap values < 70% or posterior probabilities values < 0.95 are marked with “*”, and absent analysis values are marked with “-”. “*/*”, “*/-”, “-/*”, and “-/-” are not displayed. Isolates obtained in this study are highlighted in blue and bold. Ex-type isolates are indicated with “T”. The “B” species codes are consistent with the recently published results of Liu and co-authors [30]. Curvicladiella cignea (CBS 109167 and CBS 109168) was used as the outgroup taxon.

Figure 4. Percentage of soil samples that yielded Calonectria in plantations of three tree species in four regions (provinces).

Figure 5. Percentage of each Calonectria species obtained from all sampling sites in this study. Different Calonectria species are indicated by numbers with different colors.

Figure 6. The percentage of soil samples that yielded each of the 12 Calonectria species in the four provinces. “*” means zero.

Figure 7. The percentage of soil samples that yielded each of the 12 Calonectria species from the plantations of the three tree species. “*” means zero.

Table 1. Plantation tree species, location details, and collection information of soil samples collected from plantations of three tree species in four provinces.

Site Number	Region Code	Province	Tree Species	Years of Trees Planted	Number of Soil Samples	Location Details	GPS Information	Collector	Collecting Date
1	Region A	FuJian	Eucalyptus urophylla × E. grandis	>10	250	ShaJian Town, HuaAn County, ZhangZhou Region, FuJian Province	Near site 24°46′2.6364″ N, 117°37′0.264″ E	S.F. Chen, Y. Liu, J.L. Han and L.L. Liu	26–27 May 2021
2	Region A	FuJian	Pinus massoniana	15	248	ShaJian Town, HuaAn County, ZhangZhou Region, FuJian Province	Near site 24°46′35.2524″ N, 117°36′2.8368″ E	S.F. Chen, Y. Liu, J.L. Han and L.L. Liu	24 May 2021
3	Region A	FuJian	Cunninghamia lanceolata	12	250	ShaJian Town, HuaAn County, ZhangZhou Region, FuJian Province	Near site 24°46′33.6936″ N, 117°37′5.4876″ E	S.F. Chen, Y. Liu, J.L. Han and L.L. Liu	25 May 2021
4	Region B	GuangDong	E. urophylla × E. grandis	>10	250	HeerKou Town, FengKai County, ZhaoQing Region, GuangDong Province	Near site 23°30′11.3688″ N, 111°50′43.5156″ E	S.F. Chen, Y. Liu, J.L. Han and W.X. Wu	7 June 2021
5	Region B	GuangDong	P. massoniana	15	250	HeerKou Town, FengKai County, ZhaoQing Region, GuangDong Province	Near site 23°30′8.5716″ N, 111°50′56.9616″ E	S.F. Chen, Y. Liu, J.L. Han and W.X. Wu	6 June 2021
6	Region B	GuangDong	C. lanceolata	10	244	HeerKou Town, FengKai County, ZhaoQing Region, GuangDong Province	Near site 23°27′48.6864″ N, 115°55′46.7472″ E	S.F. Chen, Y. Liu, J.L. Han and W.X. Wu	9 June 2021
7	Region C	GuangXi	E. urophylla × E. grandis	>10	250	XiaAo Town, DuAn County, HeChi Region, GuangXi Autonomous Region	Near site 24°19′20.1″ N, 107°56′29.3″ E	S.F. Chen	21–24 June 2021
8	Region C	GuangXi	P. massoniana	20	249	XiaAo Town, DuAn County, HeChi Region, GuangXi Autonomous Region	Near site 24°19′24.3″ N, 107°56′20″ E	S.F. Chen	21–22 June 2021
9	Region C	GuangXi	C. lanceolata	12	250	XiaAo Town, DuAn County, HeChi Region, GuangXi Autonomous Region	Near site 24°19′13″ N, 107°56′18″ E	S.F. Chen	21–23 June 2021
10	Region D	YunNan	E. urophylla × E. grandis	>11	250	YongPing Town, JingGu County, PuEr Region, YunNan Province	Near site 23°25′40.026″ N, 100°18′24.678″ E	S.F. Chen, Y. Liu, X.Y. Liang, L.Q. Lu and B.Y. Chen	8 July 2021
11	Region D	YunNan	P. massoniana	15	250	YongPing Town, JingGu County, PuEr Region, YunNan Province	Near site 23°24′54.666″ N, 100°17′45.0384″ E	S.F. Chen, Y. Liu, X.Y. Liang, L.Q. Lu and B.Y. Chen	9 July 2021
12	Region D	YunNan	C. lanceolata	15	250	YongPing Town, JingGu County, PuEr Region, YunNan Province	Near site 23°22′58.1916″ N, 100°9′5.436″ E	S.F. Chen, Y. Liu, X.Y. Liang, L.Q. Lu and B.Y. Chen	7 July 2021

Table 2. Isolate numbers of each genotype of each Calonectria species.

Calonectria Species	Genotype Determined by tef1 Gene Sequences ^a	Number of Isolates Based on tef1 Genotype	Genotype Determined by tub2 Gene Sequences ^a	Number of Isolates Based on tub2 Genotype	Genotype Determined by tef1 and tub2 Gene Sequences ^a	Number of Isolates Based on tef1 and tub2 Genotype	Number of Genotype Determined by tef1 and tub2 Gene Sequences of Each Species
C. aconidialis	A	832	A	689	AA	641	28
	B	1	B	3	AB	3
	C	36	C	3	AC	3
	D	1	D	5	AD	5
	E	3	E	1	AE	1
	F	1	F	8	AF	8
	G	9	G	1	AG	1
			H	2	AH	2
			I	29	AI	29
			J	1	AJ	1
			K	26	AK	26
			L	10	AL	10
			M	5	AM	5
			N	1	AN	1
			O	4	AO	1
			P	1	AP	1
			Q	1	AQ	1
			R	5	AR	5
			S	2	AS	2
			T	56	AT	56
			U	30	AU	30
					BA	1
					CA	36
					DA	1
					EA	3
					FA	1
					GA	6
					GO	3
C. kyotensis	A	46	A	21	AA	5	41
	B	1	B	1	AD	4
	C	39	C	1	AF	9
	D	77	D	10	AI	13
	E	3	E	3	AK	2
			F	26	AL	4
			G	1	AO	6
			H	1	AP	1
			I	27	AR	2
			J	1	BR	1
			K	12	CA	6
			L	10	CB	1
			M	11	CE	2
			N	2	CF	4
			O	22	CH	1
			P	1	CI	1
			Q	1	CM	4
			R	9	CN	2
			S	2	CO	9
			T	1	CR	4
			U	2	CS	2
			V	1	CT	1
					CU	2
					DA	9
					DC	1
					DD	6
					DE	1
					DF	13
					DG	1
					DI	13
					DJ	1
					DK	10
					DL	5
					DM	7
					DO	6
					DQ	1
					DR	2
					DV	1
					EA	1
					EL	1
					EO	1
C. hongkongensis	A	136	A	92	AA	92	10
	B	1	B	8	AB	8
			C	3	AC	3
			D	6	AD	6
			E	3	AE	3
			F	19	AF	18
			G	3	AG	3
			H	2	AH	2
			I	1	AI	1
					BF	1
C. ilicicola	A	24	A	32	AA	24	3
	B	3			BA	3
	C	5			CA	5
C. asiatica	A	30	A	21	AA	21	2
			B	9	AB	9
C. eucalypti	A	4	A	9	AA	4	4
	B	2			BA	2
	C	1			CA	1
	D	2			DA	2
C. curvispora	A	4	A	4	AA	4	1
C. chinensis	A	2	A	3	AA	2	2
	B	1			BA	1
C. pacifica	A	2	A	1	AA	1	3
	B	1	B	1	AC	1
			C	1	BB	1
C. yunnanensis	A	2	A	1	AA	1	2
			B	1	AB	1
C. canadiana	A	1	A	1	AA	1	1

^a Different letters indicate different genotypes.

Table 3. Isolates sequenced and used for phylogenetic analyses in this study.

Species Complex	Species	Genotype ^a	Site and Tree Species Code ^b	Isolate No. ^c	Sample and Isolate Information ^d	GenBank Accession No. ^e
						tef1	tub2	cmdA	his3	rpb2	act
C. kyotensis	C. aconidialis	AAABAA	3. FuJian-Cun.	CSF22498	20210525-1-(4)	OQ188649	OQ260624	OQ261463	OQ302898	OQ303105	OQ303311
C. kyotensis	C. aconidialis	ABAAAA	4. GuangDong-Euc.	CSF23317	20210607-1-(154)	OQ188839	OQ260814	OQ261464	OQ302899	OQ303106	OQ303312
C. kyotensis	C. aconidialis	ABAAAA	5. GuangDong-Pin.	CSF22562	20210606-1-(17)	OQ189007	OQ260982	OQ261465	OQ302900	OQ303107	OQ303313
C. kyotensis	C. aconidialis	ACAAAA	7. GuangXi-Euc.	CSF23671	20210624-1-(25)	OQ189296	OQ261271	OQ261466	OQ302901	OQ303108	OQ303314
C. kyotensis	C. aconidialis	ACAAAA	7. GuangXi-Euc.	CSF23740	20210624-1-(128)	OQ189297	OQ261272	OQ261467	OQ302902	OQ303109	OQ303315
C. kyotensis	C. aconidialis	ADAAAA	1. FuJian-Euc.	CSF22962	20210526-1-(73)	OQ188313	OQ260288	OQ261468	OQ302903	OQ303110	OQ303316
C. kyotensis	C. aconidialis	ADDAAA	3. FuJian-Cun.	CSF22991	20210525-1-(74)	OQ188650	OQ260625	OQ261469	OQ302904	OQ303111	OQ303317
C. kyotensis	C. aconidialis	AEAAAA	4. GuangDong-Euc.	CSF23379	20210607-1-(231)	OQ188840	OQ260815	OQ261470	OQ302905	OQ303112	OQ303318
C. kyotensis	C. aconidialis	AFAAAA	3. FuJian-Cun.	CSF23011	20210525-1-(141)	OQ188651	OQ260626	OQ261471	OQ302906	OQ303113	OQ303319
C. kyotensis	C. aconidialis	AFEAAA	5. GuangDong-Pin.	CSF23623	20210606-1-(238)	OQ189014	OQ260989	OQ261472	OQ302907	OQ303114	OQ303320
C. kyotensis	C. aconidialis	AGAAAA	1. FuJian-Euc.	CSF22495	20210527-1-(24)	OQ188314	OQ260289	OQ261473	OQ302908	OQ303115	OQ303321
C. kyotensis	C. aconidialis	AHAAAA	5. GuangDong-Pin.	CSF23621	20210606-1-(236)	OQ189015	OQ260990	OQ261474	OQ302909	OQ303116	OQ303322
C. kyotensis	C. aconidialis	AHAAAA	6. GuangDong-Cun.	CSF23409	20210609-1-(92)	OQ189151	OQ261126	OQ261475	OQ302910	OQ303117	OQ303323
C. kyotensis	C. aconidialis	AIAAAA	2. FuJian-Pin.	CSF23113	20210524-1-(135)	OQ188476	OQ260451	OQ261476	OQ302911	OQ303118	OQ303324
C. kyotensis	C. aconidialis	AIAAAA	3. FuJian-Cun.	CSF23008	20210525-1-(137)	OQ188656	OQ260631	OQ261477	OQ302912	OQ303119	OQ303325
C. kyotensis	C. aconidialis	AJAAAA	5. GuangDong-Pin.	CSF23585	20210606-1-(198)	OQ189016	OQ260991	OQ261478	OQ302913	OQ303120	OQ303326
C. kyotensis	C. aconidialis	AKAAAB	10. YunNan-Euc.	CSF22709	20210708-1-(11)	OQ189438	OQ261413	OQ261479	OQ302914	OQ303121	OQ303327
C. kyotensis	C. aconidialis	AKAAAB	10. YunNan-Euc.	CSF23815	20210708-1-(133)	OQ189439	OQ261414	OQ261480	OQ302915	OQ303122	OQ303328
C. kyotensis	C. aconidialis	ALCAAA	7. GuangXi-Euc.	CSF22578	20210621-1-(5)	OQ189306	OQ261281	OQ261481	OQ302916	OQ303123	OQ303329
C. kyotensis	C. aconidialis	ALCAAA	7. GuangXi-Euc.	CSF23747	20210624-1-(144)	OQ189307	OQ261282	OQ261482	OQ302917	OQ303124	OQ303330
C. kyotensis	C. aconidialis	AMCAAA	6. GuangDong-Cun.	CSF22542	20210609-1-(3)	OQ189152	OQ261127	OQ261483	OQ302918	OQ303125	OQ303331
C. kyotensis	C. aconidialis	AMCDAA	7. GuangXi-Euc.	CSF22599	20210621-1-(15)	OQ189308	OQ261283	OQ261484	OQ302919	OQ303126	OQ303332
C. kyotensis	C. aconidialis	ANAAAA	10. YunNan-Euc.	CSF23811	20210708-1-(103)	OQ189440	OQ261415	OQ261485	OQ302920	OQ303127	OQ303333
C. kyotensis	C. aconidialis	AOCAAA	4. GuangDong-Euc.	CSF23284	20210607-1-(112)	OQ188844	OQ260819	OQ261486	OQ302921	OQ303128	OQ303334
C. kyotensis	C. aconidialis	APAAAA	2. FuJian-Pin.	CSF23133	20210524-1-(158)	OQ188477	OQ260452	OQ261487	OQ302922	OQ303129	OQ303335
C. kyotensis	C. aconidialis	AQAAAA	3. FuJian-Cun.	CSF22503	20210525-1-(12)	OQ188657	OQ260632	OQ261488	OQ302923	OQ303130	OQ303336
C. kyotensis	C. aconidialis	ARAAAA	4. GuangDong-Euc.	CSF23251	20210607-1-(79)	OQ188848	OQ260823	OQ261489	OQ302924	OQ303131	OQ303337
C. kyotensis	C. aconidialis	ARAAAA	5. GuangDong-Pin.	CSF23444	20210606-1-(35)	OQ189017	OQ260992	OQ261490	OQ302925	OQ303132	OQ303338
C. kyotensis	C. aconidialis	ASAAAA	5. GuangDong-Pin.	CSF23497	20210606-1-(96)	OQ189018	OQ260993	OQ261491	OQ302926	OQ303133	OQ303339
C. kyotensis	C. aconidialis	ASACAA	4. GuangDong-Euc.	CSF22524	20210607-1-(1)	OQ188849	OQ260824	OQ261492	OQ302927	OQ303134	OQ303340
C. kyotensis	C. aconidialis	ATAAAA	6. GuangDong-Cun.	CSF23429	20210609-1-(213)	OQ189154	OQ261129	OQ261493	OQ302928	OQ303135	OQ303341
C. kyotensis	C. aconidialis	ATAAAA	7. GuangXi-Euc.	CSF22596	20210621-1-(14)	OQ189314	OQ261289	OQ261494	OQ302929	OQ303136	OQ303342
C. kyotensis	C. aconidialis	AUAAAA	1. FuJian-Euc.	CSF22813	20210527-1-(70)	OQ188349	OQ260324	OQ261495	OQ302930	OQ303137	OQ303343
C. kyotensis	C. aconidialis	AUAAAA	3. FuJian-Cun.	CSF23021	20210525-1-(185)	OQ188664	OQ260639	OQ261496	OQ302931	OQ303138	OQ303344
C. kyotensis	C. aconidialis	BAAAAA	7. GuangXi-Euc.	CSF23761	20210624-1-(162)	OQ189315	OQ261290	OQ261497	OQ302932	OQ303139	OQ303345
C. kyotensis	C. aconidialis	CAAAAA	1. FuJian-Euc.	CSF22912	20210526-1-(17)	OQ188363	OQ260338	OQ261498	OQ302933	OQ303140	OQ303346
C. kyotensis	C. aconidialis	CAAAAA	1. FuJian-Euc.	CSF22951	20210526-1-(60)	OQ188364	OQ260339	OQ261499	OQ302934	OQ303141	OQ303347
C. kyotensis	C. aconidialis	CAAAAA	1. FuJian-Euc.	CSF22802	20210527-1-(59)	OQ188362	OQ260337	OQ261500	OQ302935	OQ303142	OQ303348
C. kyotensis	C. aconidialis	CAAAAA	3. FuJian-Cun.	CSF23049	20210525-1-(250)	OQ188676	OQ260651	OQ261501	OQ302936	OQ303143	OQ303349
C. kyotensis	C. aconidialis	CABAAA	2. FuJian-Pin.	CSF23196	20210524-1-(243)	OQ188490	OQ260465	OQ261502	OQ302937	OQ303144	OQ303350
C. kyotensis	C. aconidialis	CADAAA	1. FuJian-Euc.	CSF22483	20210527-1-(12)	OQ188365	OQ260340	OQ261503	OQ302938	OQ303145	OQ303351
C. kyotensis	C. aconidialis	CADAAA	2. FuJian-Pin.	CSF23147	20210524-1-(177)	OQ188491	OQ260466	OQ261504	OQ302939	OQ303146	OQ303352
C. kyotensis	C. aconidialis	CADAAA	3. FuJian-Cun.	CSF23002	20210525-1-(110)	OQ188677	OQ260652	OQ261505	OQ302940	OQ303147	OQ303353
C. kyotensis	C. aconidialis	DADAAA	1. FuJian-Euc.	CSF22948	20210526-1-(57)	OQ188366	OQ260341	OQ261506	OQ302941	OQ303148	OQ303354
C. kyotensis	C. aconidialis	EAAAAA	7. GuangXi-Euc.	CSF23741	20210624-1-(132)	OQ189317	OQ261292	OQ261507	OQ302942	OQ303149	OQ303355
C. kyotensis	C. aconidialis	EAAAAA	7. GuangXi-Euc.	CSF23779	20210624-2-(9)	OQ189318	OQ261293	OQ261508	OQ302943	OQ303150	OQ303356
C. kyotensis	C. aconidialis	FAAAAA	6. GuangDong-Cun.	CSF23401	20210609-1-(52)	OQ189155	OQ261130	OQ261509	OQ302944	OQ303151	OQ303357
C. kyotensis	C. aconidialis	GAAAAA	4. GuangDong-Euc.	CSF23306	20210607-1-(141)	OQ188883	OQ260858	OQ261510	OQ302945	OQ303152	OQ303358
C. kyotensis	C. aconidialis	GAAAAA	5. GuangDong-Pin.	CSF23563	20210606-1-(173)	OQ189036	OQ261011	OQ261511	OQ302946	OQ303153	OQ303359
C. kyotensis	C. aconidialis	GOCAAA	4. GuangDong-Euc.	CSF23221	20210607-1-(46)	OQ188885	OQ260860	OQ261512	OQ302947	OQ303154	OQ303360
C. kyotensis	C. aconidialis	GOCAAA	5. GuangDong-Pin.	CSF23547	20210606-1-(156)	OQ189037	OQ261012	OQ261513	OQ302948	OQ303155	OQ303361
C. kyotensis	C. asiatica	AAAAAA	10. YunNan-Euc.	CSF22708	20210708-1-(9)	OQ189460	OQ261435	OQ261514	OQ302949	OQ303156	OQ303362
C. kyotensis	C. asiatica	AAAAAA	10. YunNan-Euc.	CSF23833	20210708-1-(201)	OQ189461	OQ261436	OQ261515	OQ302950	OQ303157	OQ303363
C. kyotensis	C. asiatica	ABAAAA	10. YunNan-Euc.	CSF23796	20210708-1-(28)	OQ189469	OQ261444	OQ261516	OQ302951	OQ303158	OQ303364
C. kyotensis	C. asiatica	ABAAAB	10. YunNan-Euc.	CSF23830	20210708-1-(180)	OQ189470	OQ261445	OQ261517	OQ302952	OQ303159	OQ303365
C. kyotensis	C. canadiana	AAAAAA	12. YunNan-Cun.	CSF22750	20210707-1-(141)	OQ189487	OQ261462	OQ261518	OQ302953	OQ303160	OQ303366
C. kyotensis	C. chinensis	AAAAAA	1. FuJian-Euc.	CSF22960	20210526-1-(70)	OQ188367	OQ260342	OQ261519	OQ302954	OQ303161	OQ303367
C. kyotensis	C. chinensis	AAAAAA	3. FuJian-Cun.	CSF22980	20210525-1-(41)	OQ188678	OQ260653	OQ261520	OQ302955	OQ303162	OQ303368
C. kyotensis	C. chinensis	BAAAAA	3. FuJian-Cun.	CSF22981	20210525-1-(43)	OQ188679	OQ260654	OQ261521	OQ302956	OQ303163	OQ303369
C. kyotensis	C. curvispora	AAAAAA	5. GuangDong-Pin.	CSF22555	20210606-1-(9)	OQ189040	OQ261015	OQ261522	OQ302957	OQ303164	OQ303370
C. kyotensis	C. curvispora	AAAAAA	5. GuangDong-Pin.	CSF23447	20210606-1-(38)	OQ189041	OQ261016	OQ261523	OQ302958	OQ303165	OQ303371
C. kyotensis	C. hongkongensis	AAAAAA	1. FuJian-Euc.	CSF22931	20210526-1-(38)	OQ188388	OQ260363	OQ261524	OQ302959	OQ303166	OQ303372
C. kyotensis	C. hongkongensis	AAAAAA	5. GuangDong-Pin.	CSF22552	20210606-1-(6)	OQ189076	OQ261051	OQ261525	OQ302960	OQ303167	OQ303373
C. kyotensis	C. hongkongensis	ABAAAA	1. FuJian-Euc.	CSF22895	20210526-2-(43)	OQ188389	OQ260364	OQ261526	OQ302961	OQ303168	OQ303374
C. kyotensis	C. hongkongensis	ABBAAA	5. GuangDong-Pin.	CSF23580	20210606-1-(191)	OQ189079	OQ261054	OQ261527	OQ302962	OQ303169	OQ303375
C. kyotensis	C. hongkongensis	ACAAAA	4. GuangDong-Euc.	CSF23258	20210607-1-(86)	OQ188895	OQ260870	OQ261528	OQ302963	OQ303170	OQ303376
C. kyotensis	C. hongkongensis	ACAAAA	5. GuangDong-Pin.	CSF23476	20210606-1-(73)	OQ189080	OQ261055	OQ261529	OQ302964	OQ303171	OQ303377
C. kyotensis	C. hongkongensis	ADBAAA	3. FuJian-Cun.	CSF22501	20210525-1-(10)	OQ188684	OQ260659	OQ261530	OQ302965	OQ303172	OQ303378
C. kyotensis	C. hongkongensis	ADBAAB	5. GuangDong-Pin.	CSF23471	20210606-1-(64)	OQ189083	OQ261058	OQ261531	OQ302966	OQ303173	OQ303379
C. kyotensis	C. hongkongensis	AEBAAA	2. FuJian-Pin.	CSF23136	20210524-1-(161)	OQ188521	OQ260496	OQ261532	OQ302967	OQ303174	OQ303380
C. kyotensis	C. hongkongensis	AEBAAA	5. GuangDong-Pin.	CSF23443	20210606-1-(34)	OQ189085	OQ261060	OQ261533	OQ302968	OQ303175	OQ303381
C. kyotensis	C. hongkongensis	AFAAAA	1. FuJian-Euc.	CSF22909	20210526-1-(14)	OQ188390	OQ260365	OQ261534	OQ302969	OQ303176	OQ303382
C. kyotensis	C. hongkongensis	AFAAAA	1. FuJian-Euc.	CSF22949	20210526-1-(58)	OQ188391	OQ260366	OQ261535	OQ302970	OQ303177	OQ303383
C. kyotensis	C. hongkongensis	AFAAAA	2. FuJian-Pin.	CSF23068	20210524-1-(59)	OQ188527	OQ260502	OQ261536	OQ302971	OQ303178	OQ303384
C. kyotensis	C. hongkongensis	AFAAAA	5. GuangDong-Pin.	CSF23470	20210606-1-(63)	OQ189089	OQ261064	OQ261537	OQ302972	OQ303179	OQ303385
C. kyotensis	C. hongkongensis	AFAAAA	7. GuangXi-Euc.	CSF23718	20210624-1-(83)	OQ189319	OQ261294	OQ261538	OQ302973	OQ303180	OQ303386
C. kyotensis	C. hongkongensis	AFABAA	4. GuangDong-Euc.	CSF23366	20210607-1-(214)	OQ188897	OQ260872	OQ261539	OQ302974	OQ303181	OQ303387
C. kyotensis	C. hongkongensis	AFBAAA	1. FuJian-Euc.	CSF22810	20210527-1-(67)	OQ188392	OQ260367	OQ261540	OQ302975	OQ303182	OQ303388
C. kyotensis	C. hongkongensis	AFBAAA	2. FuJian-Pin.	CSF23142	20210524-1-(168)	OQ188528	OQ260503	OQ261541	OQ302976	OQ303183	OQ303389
C. kyotensis	C. hongkongensis	AFBAAA	5. GuangDong-Pin.	CSF23602	20210606-1-(217)	OQ189090	OQ261065	OQ261542	OQ302977	OQ303184	OQ303390
C. kyotensis	C. hongkongensis	AFCAAA	3. FuJian-Cun.	CSF23000	20210525-1-(98)	OQ188685	OQ260660	OQ261543	OQ302978	OQ303185	OQ303391
C. kyotensis	C. hongkongensis	AGBAAA	2. FuJian-Pin.	CSF23137	20210524-1-(162)	OQ188529	OQ260504	OQ261544	OQ302979	OQ303186	OQ303392
C. kyotensis	C. hongkongensis	AGBAAA	2. FuJian-Pin.	CSF23166	20210524-1-(200)	OQ188530	OQ260505	OQ261545	OQ302980	OQ303187	OQ303393
C. kyotensis	C. hongkongensis	AGBAAA	8. GuangXi-Pin.	CSF22662	20210622-1-(21)	OQ189381	OQ261356	OQ261546	OQ302981	OQ303188	OQ303394
C. kyotensis	C. hongkongensis	AHAAAA	1. FuJian-Euc.	CSF22921	20210526-1-(26)	OQ188393	OQ260368	OQ261547	OQ302982	OQ303189	OQ303395
C. kyotensis	C. hongkongensis	AHAAAA	5. GuangDong-Pin.	CSF23506	20210606-1-(108)	OQ189091	OQ261066	OQ261548	OQ302983	OQ303190	OQ303396
C. kyotensis	C. hongkongensis	AIAAAA	1. FuJian-Euc.	CSF22954	20210526-1-(64)	OQ188394	OQ260369	OQ261549	OQ302984	OQ303191	OQ303397
C. kyotensis	C. hongkongensis	BFBAAA	7. GuangXi-Euc.	CSF23782	20210624-2-(13)	OQ189320	OQ261295	OQ261550	OQ302985	OQ303192	OQ303398
C. kyotensis	C. ilicicola	AAAAAA	8. GuangXi-Pin.	CSF22680	20210622-1-(55)	OQ189384	OQ261359	OQ261551	OQ302986	OQ303193	OQ303399
C. kyotensis	C. ilicicola	AAAA-A	9. GuangXi-Cun.	CSF22632	20210623-1-(96)	OQ189413	OQ261388	OQ261552	OQ302987	– ^f	OQ303400
C. kyotensis	C. ilicicola	AABAAA	2. FuJian-Pin.	CSF23189	20210524-1-(231)	OQ188534	OQ260509	OQ261553	OQ302988	OQ303194	OQ303401
C. kyotensis	C. ilicicola	BAAAAA	4. GuangDong-Euc.	CSF23220	20210607-1-(45)	OQ188898	OQ260873	OQ261554	OQ302989	OQ303195	OQ303402
C. kyotensis	C. ilicicola	BAAAAA	5. GuangDong-Pin.	CSF23489	20210606-1-(88)	OQ189093	OQ261068	OQ261555	OQ302990	OQ303196	OQ303403
C. kyotensis	C. ilicicola	CAAABB	10. YunNan-Euc.	CSF23806	20210708-1-(59)	OQ189474	OQ261449	OQ261556	OQ302991	OQ303197	OQ303404
C. kyotensis	C. ilicicola	CAAABB	10. YunNan-Euc.	CSF23829	20210708-1-(178)	OQ189475	OQ261450	OQ261557	OQ302992	OQ303198	OQ303405
C. kyotensis	C. kyotensis	AAAAAA	1. FuJian-Euc.	CSF22937	20210526-1-(44)	OQ188399	OQ260374	OQ261558	OQ302993	OQ303199	OQ303406
C. kyotensis	C. kyotensis	AAAAAA	2. FuJian-Pin.	CSF23086	20210524-1-(93)	OQ188536	OQ260511	OQ261559	OQ302994	OQ303200	OQ303407
C. kyotensis	C. kyotensis	ADAAAA	1. FuJian-Euc.	CSF22894	20210526-2-(42)	OQ188400	OQ260375	OQ261560	OQ302995	OQ303201	OQ303408
C. kyotensis	C. kyotensis	ADAAAA	2. FuJian-Pin.	CSF23115	20210524-1-(137)	OQ188537	OQ260512	OQ261561	OQ302996	OQ303202	OQ303409
C. kyotensis	C. kyotensis	ADAAAA	2. FuJian-Pin.	CSF23120	20210524-1-(142)	OQ188538	OQ260513	OQ261562	OQ302997	OQ303203	OQ303410
C. kyotensis	C. kyotensis	ADAAAA	5. GuangDong-Pin.	CSF23614	20210606-1-(229)	OQ189095	OQ261070	OQ261563	OQ302998	OQ303204	OQ303411
C. kyotensis	C. kyotensis	AFAAAA	1. FuJian-Euc.	CSF22869	20210526-2-(7)	OQ188405	OQ260380	OQ261564	OQ302999	OQ303205	OQ303412
C. kyotensis	C. kyotensis	AFAAAA	2. FuJian-Pin.	CSF23163	20210524-1-(197)	OQ188542	OQ260517	OQ261565	OQ303000	OQ303206	OQ303413
C. kyotensis	C. kyotensis	AIAAAA	1. FuJian-Euc.	CSF22904	20210526-1-(8)	OQ188407	OQ260382	OQ261566	OQ303001	OQ303207	OQ303414
C. kyotensis	C. kyotensis	AIAAAA	1. FuJian-Euc.	CSF22866	20210526-2-(3)	OQ188408	OQ260383	OQ261567	OQ303002	OQ303208	OQ303415
C. kyotensis	C. kyotensis	AIDAAA	4. GuangDong-Euc.	CSF23316	20210607-1-(153)	OQ188899	OQ260874	OQ261568	OQ303003	OQ303209	OQ303416
C. kyotensis	C. kyotensis	AIDAAA	5. GuangDong-Pin.	CSF23480	20210606-1-(79)	OQ189096	OQ261071	OQ261569	OQ303004	OQ303210	OQ303417
C. kyotensis	C. kyotensis	AIDAAA	5. GuangDong-Pin.	CSF23555	20210606-1-(164)	OQ189097	OQ261072	OQ261570	OQ303005	OQ303211	OQ303418
C. kyotensis	C. kyotensis	AIDABA	2. FuJian-Pin.	CSF23104	20210524-1-(123)	OQ188548	OQ260523	OQ261571	OQ303006	OQ303212	OQ303419
C. kyotensis	C. kyotensis	AIFAAA	2. FuJian-Pin.	CSF23181	20210524-1-(222)	OQ188549	OQ260524	OQ261572	OQ303007	OQ303213	OQ303420
C. kyotensis	C. kyotensis	AKAAAA	2. FuJian-Pin.	CSF23070	20210524-1-(68)	OQ188550	OQ260525	OQ261573	OQ303008	OQ303214	OQ303421
C. kyotensis	C. kyotensis	AKAAAA	2. FuJian-Pin.	CSF23096	20210524-1-(108)	OQ188551	OQ260526	OQ261574	OQ303009	OQ303215	OQ303422
C. kyotensis	C. kyotensis	ALABAA	2. FuJian-Pin.	CSF23098	20210524-1-(112)	OQ188554	OQ260529	OQ261575	OQ303010	OQ303216	OQ303423
C. kyotensis	C. kyotensis	ALBAAA	2. FuJian-Pin.	CSF22516	20210524-1-(14)	OQ188555	OQ260530	OQ261576	OQ303011	OQ303217	OQ303424
C. kyotensis	C. kyotensis	AOAAAA	2. FuJian-Pin.	CSF23094	20210524-1-(104)	OQ188556	OQ260531	OQ261577	OQ303012	OQ303218	OQ303425
C. kyotensis	C. kyotensis	AOAAAA	5. GuangDong-Pin.	CSF23468	20210606-1-(60)	OQ189098	OQ261073	OQ261578	OQ303013	OQ303219	OQ303426
C. kyotensis	C. kyotensis	AOAAAA	5. GuangDong-Pin.	CSF23481	20210606-1-(80)	OQ189099	OQ261074	OQ261579	OQ303014	OQ303220	OQ303427
C. kyotensis	C. kyotensis	AOAAAA	5. GuangDong-Pin.	CSF23572	20210606-1-(182)	OQ189100	OQ261075	OQ261580	OQ303015	OQ303221	OQ303428
C. kyotensis	C. kyotensis	AODAAA	5. GuangDong-Pin.	CSF23455	20210606-1-(47)	OQ189101	OQ261076	OQ261581	OQ303016	OQ303222	OQ303429
C. kyotensis	C. kyotensis	AODAAA	5. GuangDong-Pin.	CSF23584	20210606-1-(196)	OQ189102	OQ261077	OQ261582	OQ303017	OQ303223	OQ303430
C. kyotensis	C. kyotensis	APAAAA	5. GuangDong-Pin.	CSF23505	20210606-1-(107)	OQ189103	OQ261078	OQ261583	OQ303018	OQ303224	OQ303431
C. kyotensis	C. kyotensis	ARAAAA	1. FuJian-Euc.	CSF22950	20210526-1-(59)	OQ188409	OQ260384	OQ261584	OQ303019	OQ303225	OQ303432
C. kyotensis	C. kyotensis	ARAAAA	5. GuangDong-Pin.	CSF23437	20210606-1-(27)	OQ189104	OQ261079	OQ261585	OQ303020	OQ303226	OQ303433
C. kyotensis	C. kyotensis	BRAAAA	1. FuJian-Euc.	CSF22889	20210526-2-(35)	OQ188410	OQ260385	OQ261586	OQ303021	OQ303227	OQ303434
C. kyotensis	C. kyotensis	CAABAA	7. GuangXi-Euc.	CSF22586	20210621-1-(9)	OQ189324	OQ261299	OQ261587	OQ303022	OQ303228	OQ303435
C. kyotensis	C. kyotensis	CADAAA	7. GuangXi-Euc.	CSF23738	20210624-1-(121)	OQ189325	OQ261300	OQ261588	OQ303023	OQ303229	OQ303436
C. kyotensis	C. kyotensis	CADAAA	7. GuangXi-Euc.	CSF23784	20210624-2-(15)	OQ189326	OQ261301	OQ261589	OQ303024	OQ303230	OQ303437
C. kyotensis	C. kyotensis	CADBAA	7. GuangXi-Euc.	CSF23716	20210624-1-(81)	OQ189327	OQ261302	OQ261590	OQ303025	OQ303231	OQ303438
C. kyotensis	C. kyotensis	CADDAA	7. GuangXi-Euc.	CSF23644	20210621-1-(37)	OQ189328	OQ261303	OQ261591	OQ303026	OQ303232	OQ303439
C. kyotensis	C. kyotensis	CADDAA	8. GuangXi-Pin.	CSF22683	20210622-1-(58)	OQ189385	OQ261360	OQ261592	OQ303027	OQ303233	OQ303440
C. kyotensis	C. kyotensis	CBAAAA	2. FuJian-Pin.	CSF23110	20210524-1-(132)	OQ188557	OQ260532	OQ261593	OQ303028	OQ303234	OQ303441
C. kyotensis	C. kyotensis	CEADAA	7. GuangXi-Euc.	CSF23660	20210624-1-(3)	OQ189329	OQ261304	OQ261594	OQ303029	OQ303235	OQ303442
C. kyotensis	C. kyotensis	CEDDAA	7. GuangXi-Euc.	CSF23711	20210624-1-(76)	OQ189330	OQ261305	OQ261595	OQ303030	OQ303236	OQ303443
C. kyotensis	C. kyotensis	CFAAAA	1. FuJian-Euc.	CSF22907	20210526-1-(12)	OQ188412	OQ260387	OQ261596	OQ303031	OQ303237	OQ303444
C. kyotensis	C. kyotensis	CFAAAA	2. FuJian-Pin.	CSF23114	20210524-1-(136)	OQ188559	OQ260534	OQ261597	OQ303032	OQ303238	OQ303445
C. kyotensis	C. kyotensis	CHDBAA	7. GuangXi-Euc.	CSF23697	20210624-1-(53)	OQ189331	OQ261306	OQ261598	OQ303033	OQ303239	OQ303446
C. kyotensis	C. kyotensis	CIAAAA	2. FuJian-Pin.	CSF23176	20210524-1-(214)	OQ188560	OQ260535	OQ261599	OQ303034	OQ303240	OQ303447
C. kyotensis	C. kyotensis	CMAAAA	1. FuJian-Euc.	CSF22778	20210527-1-(29)	OQ188413	OQ260388	OQ261600	OQ303035	OQ303241	OQ303448
C. kyotensis	C. kyotensis	CMDBAA	7. GuangXi-Euc.	CSF23765	20210624-1-(166)	OQ189332	OQ261307	OQ261601	OQ303036	OQ303242	OQ303449
C. kyotensis	C. kyotensis	CMDBAA	7. GuangXi-Euc.	CSF23769	20210624-1-(170)	OQ189333	OQ261308	OQ261602	OQ303037	OQ303243	OQ303450
C. kyotensis	C. kyotensis	CMDDAA	7. GuangXi-Euc.	CSF23715	20210624-1-(80)	OQ189334	OQ261309	OQ261603	OQ303038	OQ303244	OQ303451
C. kyotensis	C. kyotensis	CNDBAA	7. GuangXi-Euc.	CSF22594	20210621-1-(13)	OQ189335	OQ261310	OQ261604	OQ303039	OQ303245	OQ303452
C. kyotensis	C. kyotensis	CNDBAA	8. GuangXi-Pin.	CSF22646	20210621-3-(21)	OQ189386	OQ261361	OQ261605	OQ303040	OQ303246	OQ303453
C. kyotensis	C. kyotensis	COAAAA	7. GuangXi-Euc.	CSF23708	20210624-1-(70)	OQ189336	OQ261311	OQ261606	OQ303041	OQ303247	OQ303454
C. kyotensis	C. kyotensis	COABAA	7. GuangXi-Euc.	CSF23675	20210624-1-(30)	OQ189337	OQ261312	OQ261607	OQ303042	OQ303248	OQ303455
C. kyotensis	C. kyotensis	COABAA	7. GuangXi-Euc.	CSF23754	20210624-1-(154)	OQ189338	OQ261313	OQ261608	OQ303043	OQ303249	OQ303456
C. kyotensis	C. kyotensis	COABAA	7. GuangXi-Euc.	CSF23758	20210624-1-(158)	OQ189339	OQ261314	OQ261609	OQ303044	OQ303250	OQ303457
C. kyotensis	C. kyotensis	COABAA	7. GuangXi-Euc.	CSF23763	20210624-1-(164)	OQ189340	OQ261315	OQ261610	OQ303045	OQ303251	OQ303458
C. kyotensis	C. kyotensis	CODAAB	2. FuJian-Pin.	CSF23124	20210524-1-(146)	OQ188561	OQ260536	OQ261611	OQ303046	OQ303252	OQ303459
C. kyotensis	C. kyotensis	CODBAA	8. GuangXi-Pin.	CSF22665	20210622-1-(24)	OQ189387	OQ261362	OQ261612	OQ303047	OQ303253	OQ303460
C. kyotensis	C. kyotensis	CODDAA	7. GuangXi-Euc.	CSF23703	20210624-1-(64)	OQ189341	OQ261316	OQ261613	OQ303048	OQ303254	OQ303461
C. kyotensis	C. kyotensis	CODDAA	8. GuangXi-Pin.	CSF22698	20210622-1-(129)	OQ189388	OQ261363	OQ261614	OQ303049	OQ303255	OQ303462
C. kyotensis	C. kyotensis	CRAACA	6. GuangDong-Cun.	CSF23408	20210609-1-(84)	OQ189159	OQ261134	OQ261615	OQ303050	OQ303256	OQ303463
C. kyotensis	C. kyotensis	CRABDA	7. GuangXi-Euc.	CSF23696	20210624-1-(52)	OQ189342	OQ261317	OQ261616	OQ303051	OQ303257	OQ303464
C. kyotensis	C. kyotensis	CRABDA	7. GuangXi-Euc.	CSF23707	20210624-1-(69)	OQ189343	OQ261318	OQ261617	OQ303052	OQ303258	OQ303465
C. kyotensis	C. kyotensis	CRABDA	7. GuangXi-Euc.	CSF23722	20210624-1-(89)	OQ189344	OQ261319	OQ261618	OQ303053	OQ303259	OQ303466
C. kyotensis	C. kyotensis	CSDBAA	8. GuangXi-Pin.	CSF22688	20210622-1-(66)	OQ189389	OQ261364	OQ261619	OQ303054	OQ303260	OQ303467
C. kyotensis	C. kyotensis	CSDBAA	8. GuangXi-Pin.	CSF22696	20210622-1-(106)	OQ189390	OQ261365	OQ261620	OQ303055	OQ303261	OQ303468
C. kyotensis	C. kyotensis	CTDBAA	8. GuangXi-Pin.	CSF22669	20210622-1-(38)	OQ189391	OQ261366	OQ261621	OQ303056	OQ303262	OQ303469
C. kyotensis	C. kyotensis	CUDAAA	7. GuangXi-Euc.	CSF23744	20210624-1-(139)	OQ189345	OQ261320	OQ261622	OQ303057	OQ303263	OQ303470
C. kyotensis	C. kyotensis	CUDAAA	8. GuangXi-Pin.	CSF22667	20210622-1-(34)	OQ189392	OQ261367	OQ261623	OQ303058	OQ303264	OQ303471
C. kyotensis	C. kyotensis	DAAAAA	2. FuJian-Pin.	CSF23143	20210524-1-(169)	OQ188566	OQ260541	OQ261624	OQ303059	OQ303265	OQ303472
C. kyotensis	C. kyotensis	DADAAA	6. GuangDong-Cun.	CSF23418	20210609-1-(141)	OQ189161	OQ261136	OQ261625	OQ303060	OQ303266	OQ303473
C. kyotensis	C. kyotensis	DCABAA	5. GuangDong-Pin.	CSF23581	20210606-1-(193)	OQ189107	OQ261082	OQ261626	OQ303061	OQ303267	OQ303474
C. kyotensis	C. kyotensis	DDAABA	2. FuJian-Pin.	CSF23118	20210524-1-(140)	OQ188569	OQ260544	OQ261627	OQ303062	OQ303268	OQ303475
C. kyotensis	C. kyotensis	DDABAA	6. GuangDong-Cun.	CSF22546	20210609-1-(17)	OQ189162	OQ261137	OQ261628	OQ303063	OQ303269	OQ303476
C. kyotensis	C. kyotensis	DDDAAA	2. FuJian-Pin.	CSF23145	20210524-1-(175)	OQ188570	OQ260545	OQ261629	OQ303064	OQ303270	OQ303477
C. kyotensis	C. kyotensis	DDDAAA	4. GuangDong-Euc.	CSF23382	20210607-1-(234)	OQ188900	OQ260875	OQ261630	OQ303065	OQ303271	OQ303478
C. kyotensis	C. kyotensis	DEAAAA	7. GuangXi-Euc.	CSF23645	20210621-1-(38)	OQ189346	OQ261321	OQ261631	OQ303066	OQ303272	OQ303479
C. kyotensis	C. kyotensis	DFAAAA	1. FuJian-Euc.	CSF22928	20210526-1-(33)	OQ188419	OQ260394	OQ261632	OQ303067	OQ303273	OQ303480
C. kyotensis	C. kyotensis	DFBAAA	2. FuJian-Pin.	CSF23174	20210524-1-(211)	OQ188577	OQ260552	OQ261633	OQ303068	OQ303274	OQ303481
C. kyotensis	C. kyotensis	DGDAAA	5. GuangDong-Pin.	CSF23494	20210606-1-(93)	OQ189108	OQ261083	OQ261634	OQ303069	OQ303275	OQ303482
C. kyotensis	C. kyotensis	DIAAAA	2. FuJian-Pin.	CSF23052	20210524-1-(28)	OQ188585	OQ260560	OQ261635	OQ303070	OQ303276	OQ303483
C. kyotensis	C. kyotensis	DIEAAA	4. GuangDong-Euc.	CSF23389	20210607-1-(242)	OQ188901	OQ260876	OQ261636	OQ303071	OQ303277	OQ303484
C. kyotensis	C. kyotensis	DJBAAA	2. FuJian-Pin.	CSF23054	20210524-1-(31)	OQ188586	OQ260561	OQ261637	OQ303072	OQ303278	OQ303485
C. kyotensis	C. kyotensis	DKAAAA	1. FuJian-Euc.	CSF22918	20210526-1-(23)	OQ188428	OQ260403	OQ261638	OQ303073	OQ303279	OQ303486
C. kyotensis	C. kyotensis	DKAAAA	1. FuJian-Euc.	CSF22790	20210527-1-(43)	OQ188427	OQ260402	OQ261639	OQ303074	OQ303280	OQ303487
C. kyotensis	C. kyotensis	DKAAAA	2. FuJian-Pin.	CSF23109	20210524-1-(131)	OQ188588	OQ260563	OQ261640	OQ303075	OQ303281	OQ303488
C. kyotensis	C. kyotensis	DKAAAA	2. FuJian-Pin.	CSF23165	20210524-1-(199)	OQ188589	OQ260564	OQ261641	OQ303076	OQ303282	OQ303489
C. kyotensis	C. kyotensis	DKDAAA	1. FuJian-Euc.	CSF22890	20210526-2-(36)	OQ188429	OQ260404	OQ261642	OQ303077	OQ303283	OQ303490
C. kyotensis	C. kyotensis	DLAAAA	5. GuangDong-Pin.	CSF23507	20210606-1-(109)	OQ189110	OQ261085	OQ261643	OQ303078	OQ303284	OQ303491
C. kyotensis	C. kyotensis	DLCAAA	1. FuJian-Euc.	CSF22831	20210527-1-(90)	OQ188430	OQ260405	OQ261644	OQ303079	OQ303285	OQ303492
C. kyotensis	C. kyotensis	DMAAAA	1. FuJian-Euc.	CSF22864	20210526-2-(1)	OQ188433	OQ260408	OQ261645	OQ303080	OQ303286	OQ303493
C. kyotensis	C. kyotensis	DMAAAA	2. FuJian-Pin.	CSF23193	20210524-1-(239)	OQ188595	OQ260570	OQ261646	OQ303081	OQ303287	OQ303494
C. kyotensis	C. kyotensis	DOAAAA	2. FuJian-Pin.	CSF22519	20210524-1-(18)	OQ188597	OQ260572	OQ261647	OQ303082	OQ303288	OQ303495
C. kyotensis	C. kyotensis	DOAAAA	2. FuJian-Pin.	CSF23087	20210524-1-(94)	OQ188598	OQ260573	OQ261648	OQ303083	OQ303289	OQ303496
C. kyotensis	C. kyotensis	DOAAAA	5. GuangDong-Pin.	CSF23452	20210606-1-(43)	OQ189112	OQ261087	OQ261649	OQ303084	OQ303290	OQ303497
C. kyotensis	C. kyotensis	DODBAA	5. GuangDong-Pin.	CSF23582	20210606-1-(194)	OQ189113	OQ261088	OQ261650	OQ303085	OQ303291	OQ303498
C. kyotensis	C. kyotensis	DQAABA	1. FuJian-Euc.	CSF22492	20210527-1-(21)	OQ188434	OQ260409	OQ261651	OQ303086	OQ303292	OQ303499
C. kyotensis	C. kyotensis	DRDAAA	5. GuangDong-Pin.	CSF23475	20210606-1-(71)	OQ189114	OQ261089	OQ261652	OQ303087	OQ303293	OQ303500
C. kyotensis	C. kyotensis	DRDAAA	5. GuangDong-Pin.	CSF23534	20210606-1-(143)	OQ189115	OQ261090	OQ261653	OQ303088	OQ303294	OQ303501
C. kyotensis	C. kyotensis	DVACAA	4. GuangDong-Euc.	CSF23370	20210607-1-(219)	OQ188902	OQ260877	OQ261654	OQ303089	OQ303295	OQ303502
C. kyotensis	C. kyotensis	EADAAA	5. GuangDong-Pin.	CSF23512	20210606-1-(116)	OQ189116	OQ261091	OQ261655	OQ303090	OQ303296	OQ303503
C. kyotensis	C. kyotensis	ELAAAA	5. GuangDong-Pin.	CSF23499	20210606-1-(98)	OQ189117	OQ261092	OQ261656	OQ303091	OQ303297	OQ303504
C. kyotensis	C. kyotensis	EOAAAA	5. GuangDong-Pin.	CSF23474	20210606-1-(70)	OQ189118	OQ261093	OQ261657	OQ303092	OQ303298	OQ303505
C. kyotensis	C. pacifica	AAAAAA	5. GuangDong-Pin.	CSF23543	20210606-1-(151)	OQ189119	OQ261094	OQ261658	OQ303093	OQ303299	OQ303506
C. kyotensis	C. pacifica	ACAAAA	6. GuangDong-Cun.	CSF22544	20210609-1-(11)	OQ189164	OQ261139	OQ261659	OQ303094	OQ303300	OQ303507
C. kyotensis	C. pacifica	BBBAAA	5. GuangDong-Pin.	CSF23608	20210606-1-(223)	OQ189120	OQ261095	OQ261660	OQ303095	OQ303301	OQ303508
C. kyotensis	C. yunnanensis	AAAAAA	10. YunNan-Euc.	CSF23797	20210708-1-(31)	OQ189476	OQ261451	OQ261661	OQ303096	OQ303302	OQ303509
C. kyotensis	C. yunnanensis	ABAAAA	10. YunNan-Euc.	CSF23805	20210708-1-(47)	OQ189477	OQ261452	OQ261662	OQ303097	OQ303303	OQ303510
C. colhounii	C. eucalypti	AAAAAA	10. YunNan-Euc.	CSF23802	20210708-1-(41)	OQ189480	OQ261455	OQ261663	OQ303098	OQ303304	OQ303511
C. colhounii	C. eucalypti	AAAAAA	10. YunNan-Euc.	CSF23828	20210708-1-(162)	OQ189481	OQ261456	OQ261664	OQ303099	OQ303305	OQ303512
C. colhounii	C. eucalypti	BAAAAA	10. YunNan-Euc.	CSF23809	20210708-1-(88)	OQ189482	OQ261457	OQ261665	OQ303100	OQ303306	OQ303513
C. colhounii	C. eucalypti	BAAAAA	10. YunNan-Euc.	CSF23832	20210708-1-(197)	OQ189483	OQ261458	OQ261666	OQ303101	OQ303307	OQ303514
C. colhounii	C. eucalypti	CAAAAA	10. YunNan-Euc.	CSF23800	20210708-1-(37)	OQ189484	OQ261459	OQ261667	OQ303102	OQ303308	OQ303515
C. colhounii	C. eucalypti	DAAAAA	10. YunNan-Euc.	CSF23810	20210708-1-(99)	OQ189485	OQ261460	OQ261668	OQ303103	OQ303309	OQ303516
C. colhounii	C. eucalypti	DAAAAA	11. YunNan-Pin.	CSF23854	20210709-1-(224)	OQ189486	OQ261461	OQ261669	OQ303104	OQ303310	OQ303517

^a Genotype within each Calonectria species, determined by sequences of the tef1, tub2, cmdA, his3, rpb2 and act regions; “-” means not available. ^b Code of 12 sampling sites connecting to “Site and Tree species code” in Table 1. ^c CSF: Culture Collection located at Research Institute of Fasting-growing Trees (RIFT), Chinese Academy of Forestry, ZhanJiang, GuangDong Province, China. ^d Information associated with sample point and isolate, for example, “20210525-1-(4)” indicates sample number “20210525-1-(4)” and isolate from this sample. ^e tef1 = translation elongation factor 1-alpha; tub2 = β-tubulin; cmdA = calmodulin; his3 = histone H3; rpb2 = the DNA-directed RNA polymerase II second largest subunit; act = actin. ^f “–” represents the relative locus that was not successfully amplified in this study.

Table 4. Isolates from other studies used in phylogenetic analyses in this study.

Species Code ^a	Species	Isolate No. ^b,c	Other Collection Number ^c	Hosts	Area of Occurrence	Collector	GenBank Accession Numbers ^d						References or Source of Data
							act	cmdA	his3	rpb2	tef1	tub2
Species in Calonectria kyotensis species complex
B4	C. aconidialis	CMW 35174^T	CBS 136086; CERC 1850	Soil (Eucalyptus plantation)	HaiNan, China	X. Mou and S.F. Chen	MT334938	MT335165	MT335404	MT412479	MT412695	N/A ^e	[18,30]
		CMW 35384	CBS 136091; CERC 1886	Soil (Eucalyptus plantation)	HaiNan, China	X. Mou and S.F. Chen	MT334939	MT335166	MT335405	N/A	MT412696	N/A	[18,30]
B5	C. aeknauliensis	CMW 48253^T	CBS 143559	Soil (Eucalyptus plantation)	Aek Nauli, North Sumatra, Indonesia	M.J. Wingfield	MT334953	MT335180	MT335419	MT412486	MT412710	N/A	[9,30]
		CMW 48254	CBS 143560	Soil (Eucalyptus plantation)	Aek Nauli, North Sumatra, Indonesia	M.J. Wingfield	MT334954	MT335181	MT335420	MT412487	MT412711	N/A	[9,30]
B8	C. asiatica	CBS 114073^T	CMW 23782; CPC 3900	Debris (leaf litter)	Prathet Thai, Thailand	M.J. Wingfield	GQ280428	AY725741	AY725658	N/A	AY725705	AY725616	[43,44]
B17	C. brassicicola	CBS 112841^T	CMW 51206; CPC 4552	Soil (Brassica sp.)	Indonesia	M.J. Wingfield	N/A	KX784561	N/A	N/A	KX784689	KX784619	[45]
B19	C. bumicola	CMW 48257^T	CBS 143575	Soil (Eucalyptus plantation)	Aek Nauli, North Sumatra, Indonesia	M.J. Wingfield	MT334975	MT335205	MT335445	MT412509	MT412736	N/A	[9,30]
B20	C. canadiana	CMW 23673^T	CBS 110817; STE-U 499	Picea sp.	Canada	S. Greifenhagen	MT334976	MT335206	MT335446	MT412510	MT412737	MT412958	[1,30,46,47]
		CERC 8952	–	Soil	HeNan, China	S.F. Chen	MT335058	MT335290	MT335530	MT412587	MT412821	MT413035	[28,30]
B23	C. chinensis	CMW 23674^T	CBS 114827; CPC 4101	Soil	Hong Kong, China	E.C.Y. Liew	MT334990	MT335220	MT335460	MT412524	MT412751	MT412972	[30,43,44]
		CMW 30986	CBS 112744; CPC 4104	Soil	Hong Kong, China	E.C.Y. Liew	MT334991	MT335221	MT335461	MT412525	MT412752	MT412973	[30,43,44]
B26	C. cochinchinensis	CMW 49915^T	CBS 143567	Soil (Hevea brasiliensis plantation)	Duong Minh Chau, Tay Ninh, Vietnam	N.Q. Pham, Q.N. Dang and T.Q. Pham	MT334995	MT335225	MT335465	MT412529	MT412756	MT412977	[9,30]
		CMW 47186	CBS 143568	Soil (A. auriculiformis plantation)	Song May, Dong Nai, Vietnam	N.Q. Pham and T.Q. Pham	MT334996	MT335226	MT335466	MT412530	MT412757	MT412978	[9,30]
B29	C. colombiensis	CMW 23676^T	CBS 112220; CPC 723	Soil (E. grandis trees)	La Selva, Colombia	M.J. Wingfield	MT334998	MT335228	MT335468	MT412532	MT412759	MT412980	[30,43]
		CMW 30985	CBS 112221; CPC 724	Soil (E. grandis trees)	La Selva, Colombia	M.J. Wingfield	MT334999	MT335229	MT335469	MT412533	MT412760	MT412981	[30,43]
B31	C. curvispora	CMW 23693^T	CBS 116159; CPC 765	Soil	Tamatave, Madagascar	P.W. Crous	MT335002	MT335232	MT335472	MT412536	MT412763	N/A	[1,18,30,44,48]
		CMW 48245	CBS 143565	Soil (Eucalyptus plantation)	Aek Nauli, North Sumatra, Indonesia	M.J. Wingfield	MT335003	MT335233	MT335473	MT412537	MT412764	N/A	[9,30]
B46	C. heveicola	CMW 49913^T	CBS 143570	Soil (Hevea brasiliensis plantation)	Bau Bang, Binh Duong, Vietnam	N.Q. Pham, Q.N. Dang and T.Q. Pham	MT335025	MT335255	MT335495	N/A	MT412786	MT413004	[9,30]
		CMW 49928	CBS 143571	Soil	Bu Gia Map National Park, Binh Phuoc, Vietnam	N.Q. Pham, Q.N. Dang and T.Q. Pham	MT335048	MT335280	MT335520	MT412577	MT412811	MT413025	[9,30]
B48	C. hongkongensis	CBS 114828^T	CMW 51217; CPC 4670	Soil	Hong Kong, China	M.J. Wingfield	MT335028	MT335258	MT335498	MT412559	MT412789	MT413007	[30,43]
		CERC 3570	CMW 47271	Soil (Eucalyptus plantation)	BeiHai, GuangXi, China	S.F. Chen, J.Q. Li and G.Q. Li	MT335030	MT335260	MT335500	MT412561	MT412791	MT413009	[15,30]
B51	C. ilicicola	CMW 30998^T	CBS 190.50; IMI 299389; STE-U 2482	Solanum tuberosum	Bogor, Java, Indonesia	K.B. Boedijn and J. Reitsma	MT335036	MT335266	MT335506	MT412564	MT412797	N/A	[1,30,44,49]
B52	C. indonesiae	CMW 23683^T	CBS 112823; CPC 4508	Syzygium aromaticum	Warambunga, Indonesia	M.J. Wingfield	MT335037	MT335267	MT335507	MT412565	MT412798	MT413015	[30,43]
		CBS 112840	CMW 51205; CPC 4554	S. aromaticum	Warambunga, Indonesia	M.J. Wingfield	MT335038	MT335268	MT335508	MT412566	MT412799	MT413016	[30,43]
B55	C. kyotensis	CBS 114525^T	ATCC 18834; CMW 51824; CPC 2367	Robinia pseudoacacia	Japan	T. Terashita	MT335039	MT335271	MT335511	MT412569	MT412802	MT413019	[1,30,45,50]
		CBS 114550	CMW 51825; CPC 2351	Soil	China	M.J. Wingfield	MT335016	MT335246	MT335486	MT412548	MT412777	MT412995	[30,45]
B57	C. lantauensis	CERC 3302^T	CBS 142888; CMW 47252	Soil	LiDao, Hong Kong, China	M.J. Wingfield and S.F. Chen	MT335040	MT335272	MT335512	MT412570	MT412803	N/A	[15,30]
		CERC 3301	CBS 142887; CMW 47251	Soil	LiDao, Hong Kong, China	M.J. Wingfield and S.F. Chen	MT335041	MT335273	MT335513	N/A	MT412804	N/A	[15,30]
B58	C. lateralis	CMW 31412^T	CBS 136629	Soil (Eucalyptus plantation)	GuangXi, China	X. Zhou, G. Zhao and F. Han	MT335042	MT335274	MT335514	MT412571	MT412805	MT413020	[18,30]
B66	C. malesiana	CMW 23687^T	CBS 112752; CPC 4223	Soil	Northern Sumatra, Indonesia	M.J. Wingfield	MT335054	MT335286	MT335526	MT412583	MT412817	MT413031	[30,43]
		CBS 112710	CMW 51199; CPC 3899	Leaf litter	Prathet, Thailand	N.L. Hywel-Jones	MT335055	MT335287	MT335527	MT412584	MT412818	MT413032	[30,43]
B80	C. pacifica	CMW 16726^T	A1568; CBS 109063; IMI 354528; STE-U 2534	Araucaria heterophylla	Hawaii, USA	M. Aragaki	MT335079	MT335311	MT335551	MT412604	MT412842	N/A	[1,30,43,46]
		CMW 30988	CBS 114038	Ipomoea aquatica	Auckland, New Zealand	C.F. Hill	MT335080	MT335312	MT335552	MT412605	MT412843	N/A	[1,30,43,44]
B86	C. penicilloides	CMW 23696^T	CBS 174. 55; STE-U 2388	Prunus sp.	Hatizyo Island, Japan	M. Ookubu	MT335106	MT335338	MT335578	MT412631	MT412869	MT413081	[1,30,51]
B112	C. sumatrensis	CMW 23698^T	CBS 112829; CPC 4518	Soil	Northern Sumatra, Indonesia	M.J. Wingfield	MT335145	MT335382	MT335622	MT412674	MT412913	N/A	[30,43]
		CMW 30987	CBS 112934; CPC 4516	Soil	Northern Sumatra, Indonesia	M.J. Wingfield	MT335146	MT335383	MT335623	MT412675	MT412914	N/A	[30,43]
B113	C. syzygiicola	CBS 112831^T	CMW 51204; CPC 4511	Syzygium aromaticum	Sumatra, Indonesia	M.J. Wingfield	N/A	N/A	N/A	N/A	KX784736	KX784663	[45]
B116	C. uniseptata	CBS 413.67^T	CMW 23678; CPC 2391; IMI 299577	Paphiopedilum callosum	Celle, Germany	W. Gerlach	GQ280451	GQ267379	GQ267248	N/A	GQ267307	GQ267208	[45]
B120	C. yunnanensis	CERC 5339^T	CBS 142897; CMW 47644	Soil (Eucalyptus plantation)	YunNan, China	S.F. Chen and J.Q. Li	MT335157	MT335396	MT335636	MT412687	MT412927	MT413134	[15,30]
		CERC 5337	CBS 142895; CMW 47642	Soil (Eucalyptus plantation)	YunNan, China	S.F. Chen and J.Q. Li	MT335158	MT335397	MT335637	MT412688	MT412928	MT413135	[15,30]
B124	C. singaporensis	CBS 146715^T	MUCL 048320	leaf litter submerged in a small stream	Mac Ritchie Reservoir, Singapore	C. Decock	MW890022.1	MW890042.1	MW890055.1	N/A	MW890086.1	MW890124.1	[40]
		CBS 146713	MUCL 048171	leaf litter submerged in a small stream	Mac Ritchie Reservoir, Singapore	C. Decock	MW890020.1	MW890040.1	MW890053.1	N/A	MW890084.1	MW890123.1	[40]
B127	C. borneana	CMW 50782^T	CBS 144553	Soil (Eucalyptus plantation)	Brumas, Tawau, Sabah, Malaysia.	M.R.B.A Rauf	OL635115	OL635067	OL635043	OL635091	OL635019	N/A	[42]
		CMW 50832	CBS 144551	Soil (Eucalyptus plantation)	Brumas, Tawau, Sabah, Malaysia.	M.R.B.A Rauf	OL635113	OL635065	OL635041	OL635089	OL635017	N/A	[42]
B128	C. ladang	CMW 50776^T	CBS 144550	Soil (Eucalyptus plantation)	Brumas, Tawau, Sabah, Malaysia.	M.R.B.A Rauf	OL635122	OL635075	OL635051	OL635099	OL635027	N/A	[42]
		CMW 50775	CBS 144549	Soil (Eucalyptus plantation)	Brumas, Tawau, Sabah, Malaysia.	M.R.B.A Rauf	OL635121	OL635074	OL635050	OL635098	OL635026	N/A	[42]
B129	C. pseudomalesiana	CMW 50821^T	CBS 144563	Soil (Eucalyptus plantation)	Brumas, Tawau, Sabah, Malaysia.	M.J. Wingfield	OL635123	OL635076	OL635052	OL635100	OL635028	OL635137	[42]
		CMW 50779	CBS 144668	Soil (Eucalyptus plantation)	Brumas, Tawau, Sabah, Malaysia.	M.R.B.A Rauf	OL635124	OL635077	OL635053	OL635101	OL635029	OL635138	[42]
B130	C. tanah	CMW 50777^T	CBS 144562	Soil (Eucalyptus plantation)	Brumas, Tawau, Sabah, Malaysia.	M.R.B.A Rauf	OL635134	OL635088	OL635064	OL635112	OL635040	OL635146	[42]
		CMW 50771	CBS 144560	Soil (Eucalyptus plantation)	Brumas, Tawau, Sabah, Malaysia.	M.R.B.A Rauf	OL635132	OL635086	OL635062	OL635110	OL635038	OL635144	[42]
	C. cassiae	ZHKUCC21-0011^T	–	Cassia surattensi	GuangZhou, GuangDong, China	Y.X. Zhang	N/A	ON260790	N/A	N/A	MZ516860	MZ516863	[33]
		ZHKUCC21-0012	–	Cassia surattensi	GuangZhou, GuangDong, China	Y.X. Zhang	N/A	ON260791	N/A	N/A	MZ516861	MZ516864	[33]
Species in Calonectria colhounii species complex
B3	C. aciculata	CERC 5342^T	CBS 142883; CMW 47645	Eucalyptus urophylla × E. grandis	YunNan, China	S.F. Chen and J.Q. Li	MT334937	MT335164	MT335403	MT412478	MT412694	MT412934	[15,30]
B27	C. colhounii	CBS 293.79^T	CMW 30999	Camellia sinensis	Mauritius	A. Peerally	GQ280443	GQ267373	DQ190639	KY653376	GQ267301	DQ190564	[1,44,52,53]
B36	C. eucalypti	CMW 18444^T	CBS 125275	E. grandis	Aek Nauli, Sumatra Utara, Indonesia	M.J. Wingfield	MT335013	MT335243	MT335483	MT412545	MT412774	MT412992	[30,44]
		CMW 18445	CBS 125276	E. grandis	Aek Nauli, Sumatra Utara, Indonesia	M.J. Wingfield	MT335014	MT335244	MT335484	MT412546	MT412775	MT412993	[30,44]
B39	C. fujianensis	CMW 27257^T	CBS 127201	E. grandis	FuJian, China	M.J. Wingfield	MT335019	MT335249	MT335489	MT412551	MT412780	MT412998	[16,30]
		CMW 27254	CBS 127200	E. grandis	FuJian, China	M.J. Wingfield	MT335020	MT335250	MT335490	MT412552	MT412781	MT41299	[16,30]
B47	C. honghensis	CERC 5572^T	CBS 142885; CMW 47669	Soil (Eucalyptus plantation)	HongHe, YunNan, China	S.F. Chen and J.Q. Li	MT335026	MT335256	MT335496	MT412557	MT412787	MT413005	[15,30]
		CERC 5571	CBS 142884; CMW 47668	Soil (Eucalyptus plantation)	HongHe, YunNan, China	S.F. Chen and J.Q. Li	MT335027	MT335257	MT335497	MT412558	MT412788	MT413006	[15,30]
B53	C. indusiata	CBS 144.36^T	CMW 23699	Camellia sinensis	Sri lanka	Unknown	GQ280536	GQ267453	GQ267262	KY653396	GQ267332	GQ267239	[1,44,45,54]
		CBS 114684	CMW 51213; CPC 2446; UFV16	Rhododendron sp.	Florida, USA	N.E. El-Gholl	GQ280537	GQ267454	DQ190653	N/A	GQ267333	AF232862	[1,53,55]
B62	C. lichi	CERC 8866^T	–	Soil	HeNan, China	S.F. Chen	MT335046	MT335278	MT335518	MT412575	MT412809	MT413023	[28,30]
		CERC 8850	–	Soil	HeNan, China	S.F. Chen	MT335047	MT335279	MT335519	MT412576	MT412810	MT413024	[28,30]
B64	C. macroaconidialis	CBS 114880^T	CMW 51219; CPC 307; PPRI 4000	E. grandis	Sabie, Mpumalanga, South Africa	P. W. Crous	MT335050	MT335282	MT335522	MT412579	MT412813	MT413027	[1,30,44,56]
B65	C. madagascariensis	CMW 23686^T	CBS 114572; CPC 2252	Soil	Rona, Madagascar	J.E. Taylor	MT335052	MT335284	MT335524	MT412581	MT412815	MT413029	[1,30,44,53]
		CMW 30993	CBS 114571; CPC 2253	Soil	Rona, Madagascar	J.E. Taylor	MT335053	MT335285	MT335525	MT412582	MT412816	MT413030	[1,30,44,53]
B70	C. monticola	CBS 140645^T	CPC 28835	Soil	Chiang Mai, Thailand	P. W. Crous	N/A	KT964771	N/A	N/A	KT964773	KT964769	[57]
		CPC 28836	–	Soil	Chiang Mai, Thailand	P. W. Crous	N/A	KT964772	N/A	N/A	KT964774	KT964770	[57]
B81	C. paracolhounii	CBS 114679^T	CMW 51212; CPC 2445	N/A	USA	A.Y. Rossman	N/A	KX784582	N/A	KY653423	KX784714	KX784644	[45,54]
		CBS 114705	CMW 51215; CPC 2423	Fruit of Annona reticulata	Australia	D. Hutton	N/A	N/A	N/A	KY653424	KX784715	KX784645	[45,54]
B123	C. xianrenensis	CSF12909^T	CGMCC3.19584	Soil (near Eucalyptus plantation)	Dacheng Town, Gaozhou County, Maoming Region, GuangDong, China	S.F. Chen, Q.C. Wang and W. Wang	N/A	MK962845	MK962857	N/A	MK962869	MK962833	[29]
		CSF12908	CGMCC3.19518	Soil (near Eucalyptus plantation)	Dacheng Town, Gaozhou County, Maoming Region, GuangDong, China	S.F. Chen, Q.C. Wang and W. Wang	N/A	MK962844	MK962856	N/A	MK962868	MK962832	[29]
	C. minensis	CSF9941^T	CGMCC3.18877	Soil (Eucalyptus plantation)	XinLuo, LongYan, ShaoGuan, FuJian, China	S.F. Chen, Q.L. Liu and F.F. Liu	OK253121	OK253259	OK253403	OK253477	OK253814	OK253967	[32]
		CSF9975	CGMCC3.18881	Soil (Eucalyptus plantation)	LianChen, LongYan, ShaoGuan, FuJian, China	S.F. Chen, Q.L. Liu and F.F. Liu	OK253123	OK253261	OK253405	OK253479	OK253816	OK253969	[32]
	C. shaoguanensis	ZHKUCC21-0036^T	–	Callistemon rigidus	ShaoGuan, GuangDong, China	Y.X. Zhang	N/A	MZ491112	N/A	N/A	MZ491134	MZ491156	[33]
		ZHKUCC21-0037	–	Callistemon rigidus	ShaoGuan, GuangDong, China	Y.X. Zhang	N/A	MZ491113	N/A	N/A	MZ491135	MZ491157	[33]
Outgroups
	Curvicladiella cignea	CBS 109167^T	CPC 1595; MUCL 40269	Decaying leaf	French Guiana	C. Decock	KM231122	KM231287	KM231461	KM232311	KM231867	KM232002	[18,53,58]
		CBS 109168	CPC 1594; MUCL 40268	Decaying seed	French Guiana	C. Decock	KM231121	KM231286	KM231460	KM232312	KM231868	KM232003	[18,53,58]

^a Codes (B1 to B120) of the 120 accepted Calonectria species resulting from Liu and co-authors [30]. ^b T: ex-type isolates of the species. ^c ATCC: American Type Culture Collection, Virginia, USA; CBS: Westerdijk Fungal Biodiversity Institute, Utrecht, The Netherlands; CERC: China Eucalypt Research Centre, ZhanJiang, GuangDong Province, China; CGMCC: China General Microbiological Culture Collection Center, Beijing, China; CMW: Culture collection of the Forestry and Agricultural Biotechnology Institute (FABI), University of Pretoria, Pretoria, South Africa; CPC: Pedro Crous working collection housed at Westerdijk Fungal Biodiversity Institute; CSF: Culture Collection from Southern Forests (CSF), ZhanJiang, GuangDong Province, China; IMI: IMI: International Mycological Institute, CABI Bioscience, Egham, Bakeham Lane, UK; MUCL: Mycotheque, Laboratoire de Mycologie Systematique st Appliqee, I’Universite, Louvian-la-Neuve, Belgium; PPRI: Plant Protection Research Institute, Pretoria, South Africa; STE-U: Department of Plant Pathology, University of Stellenbosch, South Africa; UFV: Universidade Federal de Viçsa, Viçsa, Brazil; ZHKUCC: The culture collection of Zhongkai University of Agriculture and Engineering; –: no other collection. ^d act: actin; cmdA: calmodulin; his3: histone H3; rpb2: the second largest subunit of RNA polymerase; tef1: translation elongation factor 1-alpha; tub2: β-tubulin. ^e N/A: information not available.

Table 5. Number of soil samples collected and Calonectria isolates obtained from plantations of three tree species in four provinces.

Province	Eucalyptus urophylla × E. grandis		Pinus massoniana		Cunninghamia lanceolata		All Three Tree Species
	Number of Soil Sample	Number of Soil Sample Yielded Calonectria	Number of Soil Sample	Number of Soil Sample Yielded Calonectria	Number of Soil Sample	Number of Soil Sample Yielded Calonectria	Number of Soil Sample	Number of Soil Sample Yielded Calonectria
FuJian	250	217	248	164	250	91	748	472
GuangDong	250	213	250	218	244	44	744	475
GuangXi	250	182	249	46	250	21	749	249
YunNan	250	72	250	1	250	1	750	74
All four provinces	1000	684	997	429	994	157	2991	1270

Table 6. Number of isolates of each Calonectria species obtained from plantations of three tree species in four provinces.

	FuJian					GuangDong					GuangXi					YunNan
	E. urophylla × E. grandis	P. massoniana		C. lanceolata		E. urophylla × E. grandis	P. massoniana		C. lanceolata		E. urophylla × E. grandis		P. massoniana	C. lanceolata		E. urophylla × E. grandis		P. massoniana	C. lanceolata
C. aconidialis	149	57		79		196	135		35		154		34	17		27		0	0
C. kyotensis	37	64		0		4	25		5		23		8	0		0		0	0
C. hongkongensis	27	39		6		12	50		0		2		1	0		0		0	0
C. ilicicola	3	4		4		1	2		3		3		3	4		5		0	0
C. asiatica	0	0		0		0	0		0		0		0	0		30		0	0
C. eucalypti	0	0		0		0	0		0		0		0	0		8		1	0
C. curvispora	0	0		0		0	4		0		0		0	0		0		0	0
C. chinensis	1	0		2		0	0		0		0		0	0		0		0	0
C. pacifica	0	0		0		0	2		1		0		0	0		0		0	0
C. yunnanensis	0	0		0		0	0		0		0		0	0		2		0	0
C. canadiana	0	0		0		0	0		0		0		0	0		0		0	1
All 11 Calonectria species	217	164		91		213	218		44		182		46	21		72		1	1
	E. urophylla × E. grandis, P. massoniana and C. lanceolata									FuJian, GuangDong, GuangXi and YunNan							All three tree species in four provinces
	FuJian		GuangDong		GuangXi			YunNan		E. urophylla × E. grandis		P. massoniana			C. lanceolata
C. aconidialis	285		366		205			27		526		226			131		883
C. kyotensis	101		34		31			0		64		97			5		166
C. hongkongensis	72		62		3			0		41		90			6		137
C. ilicicola	11		6		10			5		12		9			11		32
C. asiatica	0		0		0			30		30		0			0		30
C. eucalypti	0		0		0			9		8		1			0		9
C. curvispora	0		4		0			0		0		4			0		4
C. chinensis	3		0		0			0		1		0			2		3
C. pacifica	0		3		0			0		0		2			1		3
C. yunnanensis	0		0		0			2		2		0			0		2
C. canadiana	0		0		0			1		0		0			1		1
All 11 Calonectria species	472		475		249			74		684		429			157		1270

Table 7. Number of genotypes of each Calonectria species obtained from plantations of three tree species in four provinces, as determined by tef1-tub2 gene sequences.

	FuJian					GuangDong					GuangXi					YunNan
	E. urophylla × E. grandis	P. massoniana		C. lanceolata		E. urophylla × E. grandis	P. massoniana		C. lanceolata		E. urophylla × E. grandis		P. massoniana	C. lanceolata		E. urophylla × E. grandis		P. massoniana	C. lanceolata
C. aconidialis	7	5		7		10	10		5		7		2	1		2		0	0
C. kyotensis	14	20		0		4	16		4		9		6	0		0		0	0
C. hongkongensis	5	6		3		5	7		0		2		1	0		0		0	0
C. ilicicola	1	1		1		1	1		1		1		1	1		1		0	0
C. asiatica	0	0		0		0	0		0		0		0	0		2		0	0
C. eucalypti	0	0		0		0	0		0		0		0	0		4		1	0
C. curvispora	0	0		0		0	1		0		0		0	0		0		0	0
C. chinensis	1	0		2		0	0		0		0		0	0		0		0	0
C. pacifica	0	0		0		0	2		1		0		0	0		0		0	0
C. yunnanensis	0	0		0		0	0		0		0		0	0		2		0	0
C. canadiana	0	0		0		0	0		0		0		0	0		0		0	1
All 11 Calonectria species	28	32		13		20	37		11		19		10	2		11		1	1
	E. urophylla × E. grandis, P. massoniana and C. lanceolata									FuJian, GuangDong, GuangXi and YunNan							All three tree species in four provinces
	FuJian		GuangDong		GuangXi			YunNan		E. urophylla × E. grandis		P. massoniana			C. lanceolata
C. aconidialis	10		14		7			2		22		14			11		28
C. kyotensis	24		19		11			0		24		33			4		41
C. hongkongensis	8		7		3			0		8		8			3		10
C. ilicicola	1		2		1			1		3		2			1		3
C. asiatica	0		0		0			2		2		0			0		2
C. eucalypti	0		0		0			4		4		1			0		4
C. curvispora	0		1		0			0		0		1			0		1
C. chinensis	2		0		0			0		1		0			2		2
C. pacifica	0		3		0			0		0		2			1		3
C. yunnanensis	0		0		0			2		2		0			0		2
C. canadiana	0		0		0			1		0		0			1		1
All 11 Calonectria species	45		46		22			12		66		61			23		97

Disclaimer/Publisher’s Note: The statements, opinions and data contained in all publications are solely those of the individual author(s) and contributor(s) and not of MDPI and/or the editor(s). MDPI and/or the editor(s) disclaim responsibility for any injury to people or property resulting from any ideas, methods, instructions or products referred to in the content.

© 2023 by the authors. Licensee MDPI, Basel, Switzerland. This article is an open access article distributed under the terms and conditions of the Creative Commons Attribution (CC BY) license (https://creativecommons.org/licenses/by/4.0/).

Share and Cite

MDPI and ACS Style

Liu, Y.; Chen, S. Diversity and Distribution of Calonectria Species in Soils from Eucalyptus urophylla × E. grandis, Pinus massoniana, and Cunninghamia lanceolata Plantations in Four Provinces in Southern China. J. Fungi 2023, 9, 198. https://doi.org/10.3390/jof9020198

AMA Style

Liu Y, Chen S. Diversity and Distribution of Calonectria Species in Soils from Eucalyptus urophylla × E. grandis, Pinus massoniana, and Cunninghamia lanceolata Plantations in Four Provinces in Southern China. Journal of Fungi. 2023; 9(2):198. https://doi.org/10.3390/jof9020198

Chicago/Turabian Style

Liu, Ying, and Shuaifei Chen. 2023. "Diversity and Distribution of Calonectria Species in Soils from Eucalyptus urophylla × E. grandis, Pinus massoniana, and Cunninghamia lanceolata Plantations in Four Provinces in Southern China" Journal of Fungi 9, no. 2: 198. https://doi.org/10.3390/jof9020198

Note that from the first issue of 2016, this journal uses article numbers instead of page numbers. See further details here.

Article Menu

Diversity and Distribution of Calonectria Species in Soils from Eucalyptus urophylla × E. grandis, Pinus massoniana, and Cunninghamia lanceolata Plantations in Four Provinces in Southern China

Abstract

1. Introduction

2. Materials and Methods

2.1. Study Site, Soil Sample Collection, and Calonectria Isolation

2.2. DNA Extraction, PCR Amplifications, and Sequencing

2.3. Multi-Gene Phylogenetic Analyses and Species Identification

2.4. Calonectria Richness in Soils from Four Provinces and Plantations of Three Tree Species

2.5. Calonectria Species Diversity in Four Provinces and Plantations of Three Tree Species

2.6. Genotyping of Isolates within each Calonectria Species

2.7. Genotype Diversity of Calonectria Species in Four Provinces and Plantations of Three Tree Species

3. Results

3.1. Soil Sample Collection and Calonectria Isolation

3.2. Sequencing

3.3. Multi-Gene Phylogenetic Analyses and Species Identification

3.3.1. Isolates in the Calonectria kyotensis Species Complex

3.3.2. Isolates in the Calonectria colhounii Species Complex

3.4. Taxonomy

3.5. Calonectria Richness in Soils from Four Provinces and Plantations of Three Tree Species

3.6. Calonectria Species Diversity in Four Provinces and Plantations of Three Tree Species

3.7. Genotyping of Isolates within each Calonectria Species

3.8. Genotype Diversity of Calonectria Species in Four Provinces and Plantations of Three Tree Species

4. Discussion

Author Contributions

Funding

Institutional Review Board Statement

Informed Consent Statement

Data Availability Statement

Acknowledgments

Conflicts of Interest

Appendix A. All 1270 Calonectria Isolates Obtained and Sequenced in This Study

Appendix B. Isolate Numbers of Each Genotype in The Plantation of Each Tree Species in Each Province for Each Calonectria Species

Appendix C. Number of Shared Genotypes of Calonectria cconidialis Determined by tef1 and tub2 Gene Sequences between Different Plantation Tree Species × Province

Appendix D. Number of Shared Genotypes of Calonectria kyotensis Determined by tef1 and tub2 Gene Sequences between Different Plantation Tree Species × Province

Appendix E. Number of Shared Genotypes of Calonectria hongkongensis Determined by tef1 and tub2 Gene Sequences between Different Plantation Tree Species × Province

Appendix F. Phylogenetic Tree of Calonectria Species Based on Maximum Likelihood (ML) Analysis of the DNA Dataset of tef1, tub2, cmdA, his3, rpb2, and act Gene Sequences

References

Share and Cite

Article Metrics

Article Access Statistics

Further Information

Guidelines

MDPI Initiatives

Follow MDPI