白桦抗旱耐盐和次生壁形成的分子机理
by 杨传平
Delve into the molecular underpinnings of white birch's ability to resist drought and salinity, alongside the processes governing secondary wall development. This scholarly exploration offers valuable perspectives on plant adaptation and structural biology, essential for researchers in botany and environmental science.
About This Book
This book investigates the molecular mechanisms that allow white birch trees to withstand drought and salt stress conditions.
It examines the genetic and biochemical pathways involved in these adaptive responses, providing insights into plant physiology under environmental challenges.
Additionally, the text covers the molecular basis of secondary wall formation in white birch, a key structural feature for plant development and strength.
Authored by Yang Chuanping, the content draws on scientific research to elucidate these complex biological processes.
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