Physiological, Biochemical and Morphological Adaptation Characteristics of Woody Plants to the External Environment

Dear Colleague,

The Special Issue of the journal focuses on the study of physiological, biochemical, and morphological adaptation characteristics of woody plants to their external environment. It highlights the critical role that these adaptations play in determining the survival, growth, and productivity of woody plants. The articles in the Special Issue present new insights into the ways in which woody plants respond to various environmental factors, such as temperature, water availability, light exposure, and soil nutrient levels.

The Special Issue covers several examples of morphological, physiological, and biochemical changes related to woody plant adaptation to their environment. For instance, it discusses the mechanisms by which woody plants regulate their water balance and use, including the regulation of stomatal opening, root growth, and the distribution of water-transporting tissues within the plant.

The Special Issue also delves into the molecular and cellular mechanisms that underlie these adaptations. It explores the role of specific enzymes, hormones, and metabolic pathways in the regulation of growth and adaptation to changing environmental conditions. The authors also discuss how changes in the genetic makeup of woody plants can result in enhanced adaptation to specific environments, which can be beneficial for the development of more resilient plants.

Overall, the articles in the Special Issue provide a comprehensive overview of the morphological and physiological adaptations of woody plants to their external environment and highlight the complex interplay between environmental factors and plant growth and development. 

The study of the physiological and biochemical adaptation of woody plants to the environment has a long history dating back to the earliest days of plant science. Advances in molecular biology and biochemical techniques have revolutionized plant physiology, allowing for a deeper understanding of plant adaptation, including the molecular mechanisms, plant hormones, and physiological responses to environmental stress such as drought, heat, and heavy metals. Research in this field is crucial for understanding plant growth and survival and developing sustainable cultivation and land management strategies.

The aim of this Special Issue on ‘Physiological and Biochemical Adaptation Characteristics of Woody Plants to the External Environment’ is to bring together the latest research and perspectives on this important area of plant science. This Special Issue aims to bring together researchers from diverse disciplines, including plant physiology, molecular biology, ecology, and environmental science, to present cutting-edge research and to highlight the latest advances in this field. The goal of this Special Issue is to promote interdisciplinary collaboration and to further our understanding of the complex relationships between woody plants and the external environment.

Some of the cutting-edge research areas in the field of ‘Physiological and Biochemical Adaptation Characteristics of Woody Plants to the External Environment’ include:

The molecular and genetic basis of plant adaptation to environmental stress.

The role of epigenetics in plant adaptation.

The study of plant water relations and photosynthesis in relation to environmental stress.

The impact of global environmental changes on plant adaptation.

The development of novel technologies and methodologies for studying plant adaptation.

A Special Issue on ‘Physiological and Biochemical Adaptation Characteristics of Woody Plants to the External Environment’ would typically solicit papers in the following areas:

Original research articles.

Review articles that provide a comprehensive overview of recent advances in the field.

Perspectives and opinion pieces that provide insights into the future directions of the field.

Case studies and empirical research that explore the physiological and biochemical responses of specific species of woody plants to environmental stress, and the implications of these responses for plant growth and survival.

Methodology papers that describe novel techniques for studying plant adaptation.

Prof. Dr. Eun Ju Cheong
Guest Editor

Manuscript Submission Information

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• woody plants
• physiological adaptation
• biochemical adaptation
• morphological adaptation
• environmental stress
• drought
• heat
• carbon dioxide