Reprint

Evolutionary Dynamics of Wild Populations

Edited by
October 2021
184 pages
  • ISBN978-3-0365-2011-7 (Hardback)
  • ISBN978-3-0365-2010-0 (PDF)

This book is a reprint of the Special Issue Evolutionary Dynamics of Wild Populations that was published in

Biology & Life Sciences
Summary

This volume highlights the richness of studies focusing on the evolutionary dynamics of wild populations. It shows the diversity of organisms and approaches that can be used to reveal and understand empirical patterns, with—often, but not always—the goal of improving the long-term conservation of wild populations. This diversity reflects the diversity of questions that occupy evolutionary biologists working in wild populations, which go from revealing their global (epi)genetic and phenotypic structure at different spatial and temporal scales to the search of the inherited bases of ecologically relevant phenotypic traits. This volume should be an important contribution to the field because firstly, papers selected in this issue provide answers to timely questions in evolutionary biology. Secondly, it proves that much has to be explored to understand the causes and consequences of evolutionary dynamics of wild populations, and hence that scientists still have to put effort into the study of wild populations.

Format
  • Hardback
License
© 2022 by the authors; CC BY-NC-ND license
Keywords
marginal edge; Quercus gilva; genetic diversity; massive colonization; Jeju Island; conservation; genetic rescue; local adaptation; mating success; gene flow; small population; insect-plant interactions; standing genetic variation; genome-wide selection scan; gene family evolution; feeding behavior; Daphnia magna; diversity; dysbiosis; genotype; gut microbiome; parasite re-exposure; tolerance; small pelagic fishes; OXPHOS complex; adaptive potential; climate change; genetic structure; empirical comparative study; DNA methylation; nongenetic heredity; population genomics; freshwater; phenotypic plasticity; epigenetics; epiGBS; stem elongation; shade avoidance; butterfly metapopulation; dispersal; genetic structure; demography; spatio-temporal stability; environmental fluctuations; Boloria eunomia; landscape genomics; local adaptation; population genetics; species-specific properties; three-spined stickleback; nine-spined stickleback; introgression; associative-overdominance (AOD); stocking; genomic landscape; evolutionary mechanisms; salmonid; n/a