Adoption of Tissue Culture in Horticulture
This unique book examines the adoption of plant tissue culture by farmers. It explores the influence of this commercially successful biotechnology on the social organization of production and social relations at the micro-level.
Successful turfgrass management does not occur by chance. This book provides the in-depth knowledge and understanding of the science needed to accomplish this. Chapters build upon previous ones to improve your understanding of the science and art of turfgrass management.
This book studies arbuscular mycorrhizal fungi (AMF), a plant biostimulant key for future sustainable agriculture. AMF form symbiotic relations with plants, enhancing nutrient intake, boosting immunity against stress, and improving crop productivity.
Sabater addresses the compelling demand for quantitative training in plant biology, including comparisons of the rate of processes, the size of structures and interactions among different processes, approached at different levels from molecules to the environment.
Authored by experts, this guide covers seed biology, from physiology and production to storage and quality enhancement. It addresses practical applications for improving seed performance and stress tolerance. An essential resource for students, researchers, and professionals.
Indian Medicinal Plants of North-East Himalayas
Discover the rich biodiversity and traditional healing practices of Northeast India, a hotspot home to half the country’s plant species. Focusing on Arunachal Pradesh and Sikkim, this book details medicinal flora and indigenous knowledge to preserve the region’s vital heritage.
Morphological Taxonomy of Angiosperms – Textbook of Flowering Plant Families
This book describes the morphological characters of all 419 modern angiosperm families and over 900 morphological groups. Illustrated with original photos for identification, it is an essential guide for taxonomists, evolutionary biologists, conservationists, and students.
An in-depth analysis of three plant species and their allelopathic potential. This research uncovers how these plants can be sustainably used in agro-ecosystem management, offering ecological solutions for agriculture ideal for researchers, students, and practitioners.
Mutagenesis, Cytotoxicity and Crop Improvement
This book sets mutation breeding within a contemporary context, relating it to modern molecular biology. It details techniques to induce mutations at the gene level to improve the productivity of crops, particularly cereals, grains and vegetables.
Nature’s Rhythm
Discover how seasons affect the potency of medicinal plants. Blending traditional wisdom with modern science, this guide shows how weather alters a plant’s healing power. It explores climate change’s impact and offers practical advice on when to grow and harvest for best results.
Discover twenty botanical marvels, chosen for their historical significance and modern medical relevance. From ancient healing traditions to modern science, this guide reveals the synergy between nature and wellness, detailing the properties and applications of each plant.
Plant Stress Physiology and Climate Change
This book guides readers from basic knowledge to advanced specifics on Plant Stress Physiology due to Climate Change. Covering the newest findings on drought and heat stress, it challenges accepted viewpoints and helps address questions fundamental to plant life itself.
This guide covers phytodermatoses—skin reactions caused by plant compounds. It profiles 68 plant species that cause dermatoses in humans, especially for those who cultivate or sell them. For each plant, the description, habitat, and main toxic constituents are given.
Soil degradation and water stress threaten global agriculture. This book presents a comprehensive collection of research on harnessing plant–microbe interactions and Plant Growth Promoting Rhizobacteria (PGPR) to mitigate abiotic stress and enhance crop performance.
These proceedings cover recent advances in plant developmental biology, focusing on photomorphogenesis, flowering time control, and the circadian clock. Explore the role of light in controlling flowering, hormonal regulations, and other key molecular events.
Abiotic stressors like temperature, drought, and pollutants limit crop growth and agricultural productivity. Microorganisms are natural partners that help plants adapt. This book covers beneficial plant-microbe interactions that mitigate stress and enhance crop performance.
This book explains why some alien species shift from being minor components in their native ecosystems to devastating invaders. It assesses the genetic factors of invasion success and highlights molecular tools that help managers identify future threats.
This captivating exploration illuminates the pivotal roles of salicylic acid (SA) and nitric oxide (NO) as master regulators in plant adaptation. The book highlights their covert alliance and collaboration in alleviating high temperature-induced oxidative stress.
This book explains how plants perceive their environment, communicate, and modify their behavior. It explores intriguing aspects of plant memory and intelligence, from their perception of sound and touch to communication with other plants, animals, and microorganisms.