Development of Woody Plants

Dear Colleagues,

The topic of the development of woody plants encompasses a multifaceted exploration of various interrelated aspects. Scientists investigate the morphogenesis and growth patterns of trees, scrutinizing the influence of environmental factors such as light and soil composition on their development. Physiological processes, including photosynthesis and responses to stressors, are studied alongside the genetic regulation governing growth and differentiation. Reproductive biology, ecosystem interactions, and wood formation, with a keen eye on quality, contribute to a holistic understanding, and the exploration of biotechnological applications, including genetic engineering, aims to enhance traits. Moreover, the research addresses the critical issue of climate change resilience, investigating how woody plants adapt and strategies to mitigate environmental impacts. This Special Issue primarily focuses on the following aspects of woody plant development:

• Morphogenesis and growth patterns: Understanding how woody plants grow and develop, including the formation and arrangement of different plant structures like stems, roots, leaves, and reproductive organs.
• Environmental influences: Investigating how external factors such as light, temperature, and soil composition impact the growth and development of woody plants, with a focus on adapting to changing environmental conditions.
• Genetic regulation: Studying the genetic basis of woody plant development, focusing on the expression and regulation of genes that control growth, differentiation, and other crucial processes.
• Reproductive biology: Examining the reproductive strategies of woody plants, from flowering and pollination to seed development, and understanding how these processes contribute to the life cycle of trees.
• Wood formation and quality: Studying the process of wood formation and factors influencing wood quality, with implications for the economic and industrial uses of different types of wood.
• Biotechnology and genetic engineering: Applying biotechnological methods to improve specific traits in woody plants, such as disease resistance or wood quality, and studying the potential impacts of genetic engineering on their development.
• Climate change resilience: Investigating how woody plants cope with and adapt to changing climatic conditions, with a focus on strategies for resilience and potential interventions to mitigate the effects of climate change.

Prof. Dr. Jinzhi Zhang
Guest Editor

Manuscript Submission Information

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• vascular cambium
• xylem
• woody plant development
• environmental influences
• genetic regulation
• reproductive biology
• wood formation