A scientific work discussing photoperiodism, the biological response of organisms to periodic changes in day and night length. The book examines physiological and ecological aspects in plants and insects, with emphasis on experimental findings and environmental adaptation.
A comprehensive scientific monograph detailing the biochemical and physiological processes of orange fruit development, ripening, and metabolism, widely used in horticultural and plant science research.
This book presents detailed knowledge of the mechanisms regulating plant growth and development, integrating physiological, biochemical, and environmental perspectives. It is widely used in advanced botany and plant science courses.
Organic Analysis Using Ion‑selective Electrodes, Volume 2: Applications and Experimental Procedures is a specialized monograph that focuses on the practical applications of ion‑selective electrodes (ISEs) in organic and biochemical analysis. Written by T. S. Ma and S. S. M. Hassan, this volume complements Volume 1 (Methods) by providing detailed experimental procedures and real‑world anal…
This book presents a detailed study of the biological and physiological mechanisms involved in tree growth and development. It covers both internal processes and environmental factors affecting trees, making it an essential reference for students and researchers in forestry and plant sciences.
Focuses on the physicochemical principles of plant cell functioning, including water and solute relations, photosynthesis, bioenergetics, and plant-environment interactions.
This volume presents selected research topics in plant science, covering various aspects of plant physiology, anatomy, and development. It provides insights into experimental studies and advances in botanical research.
This book presents experimental methods and research techniques in plant physiology. It focuses on laboratory investigations of plant processes such as photosynthesis, respiration, growth, and water relations, providing practical experience for students and researchers.
A foundational text on the principles of mineral nutrition in plants, discussing nutrient uptake, transport, and physiological roles. Widely used in plant physiology and agronomy studies.
A core textbook for undergraduate and graduate students in botany, agriculture, and biological sciences. Covers fundamental physiological processes in plants including water and mineral transport, photosynthesis, respiration, plant nutrition, growth regulation and stress physiology.