The persistence of higher night-time temperatures (HNT) over long periods during the crop cycle can potentially impact a wide range of growth and developmental stages. The major processes drastically affected by night-time warming, such as photosynthesis, respiration, etc., ultimately cause yield and economic losses. Despite this, HNT has not been significantly researched regarding its impact on plants. This new book provides a comprehensive understanding of the physiology of night-time warming, trait responses, advanced tools for phenotyping, and alleviation and mitigation strategies.

The persistence of higher night-time temperatures (HNT) over long periods during the crop cycle can potentially impact a wide range of growth and developmental stages. The major processes drastically affected by night-time warming, such as photosynthesis, respiration, etc., ultimately cause yield and economic losses. Despite this, HNT has not been significantly researched regarding its impact on plants. This new book provides a comprehensive understanding of the physiology of night-time warming, trait responses, advanced tools for phenotyping, and alleviation and mitigation strategies.

This book reviews dynamic relationships between plants and microbes, highlighting their roles in enhancing crop resilience, growth, and productivity. Integrating research and practical insights, the book provides solutions to pressing agricultural challenges, including soil degradation, pest resistance, and nutrient inefficiency. It discusses plant–microbe interactions; regulation of the host–microbe interaction by small RNA molecules and their mechanisms; and applications of sustainable crop production and climate-resilient agriculture. The book covers a broad spectrum of plant–microbe interactions—from root symbioses to shoot colonization—and provides a holistic understanding of how these interactions impact crop health and productivity, helping readers optimize their strategies for improving crop yields and sustainability.

Key Features:

This book reviews dynamic relationships between plants and microbes, highlighting their roles in enhancing crop resilience, growth, and productivity. Integrating research and practical insights, the book provides solutions to pressing agricultural challenges, including soil degradation, pest resistance, and nutrient inefficiency. It discusses plant–microbe interactions; regulation of the host–microbe interaction by small RNA molecules and their mechanisms; and applications of sustainable crop production and climate-resilient agriculture. The book covers a broad spectrum of plant–microbe interactions—from root symbioses to shoot colonization—and provides a holistic understanding of how these interactions impact crop health and productivity, helping readers optimize their strategies for improving crop yields and sustainability.

Key Features:

The persistence of higher night-time temperatures (HNT) over long periods during the crop cycle can potentially impact a wide range of growth and developmental stages. The major processes drastically affected by night-time warming, such as photosynthesis, respiration, etc., ultimately cause yield and economic losses. Despite this, HNT has not been significantly researched regarding its impact on plants. This new book provides a comprehensive understanding of the physiology of night-time warming, trait responses, advanced tools for phenotyping, and alleviation and mitigation strategies.

The persistence of higher night-time temperatures (HNT) over long periods during the crop cycle can potentially impact a wide range of growth and developmental stages. The major processes drastically affected by night-time warming, such as photosynthesis, respiration, etc., ultimately cause yield and economic losses. Despite this, HNT has not been significantly researched regarding its impact on plants. This new book provides a comprehensive understanding of the physiology of night-time warming, trait responses, advanced tools for phenotyping, and alleviation and mitigation strategies.

This book reviews dynamic relationships between plants and microbes, highlighting their roles in enhancing crop resilience, growth, and productivity. Integrating research and practical insights, the book provides solutions to pressing agricultural challenges, including soil degradation, pest resistance, and nutrient inefficiency. It discusses plant–microbe interactions; regulation of the host–microbe interaction by small RNA molecules and their mechanisms; and applications of sustainable crop production and climate-resilient agriculture. The book covers a broad spectrum of plant–microbe interactions—from root symbioses to shoot colonization—and provides a holistic understanding of how these interactions impact crop health and productivity, helping readers optimize their strategies for improving crop yields and sustainability.

Key Features:

This book reviews dynamic relationships between plants and microbes, highlighting their roles in enhancing crop resilience, growth, and productivity. Integrating research and practical insights, the book provides solutions to pressing agricultural challenges, including soil degradation, pest resistance, and nutrient inefficiency. It discusses plant–microbe interactions; regulation of the host–microbe interaction by small RNA molecules and their mechanisms; and applications of sustainable crop production and climate-resilient agriculture. The book covers a broad spectrum of plant–microbe interactions—from root symbioses to shoot colonization—and provides a holistic understanding of how these interactions impact crop health and productivity, helping readers optimize their strategies for improving crop yields and sustainability.

Key Features: