Genotypic variation in pigeonpea at varying phosphorus levels
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Legume crops affect the current global phosphorus (P) cycle through their continued demand for P fertilizer, and the subsequent removal of P from fields in the harvested seeds. Breeding crops that can yield well with fewer P inputs (i.e., P-efficient crops) may reduce the impact of legume crops on the P cycle. This book is divided into six chapters. Chapter 1- gives a brief summary of the book. Chapter-2 gives the introduction of the book highlighting the significance of the work. Chapter-3 is a compilation of relevant literature indicating the present status of the problem. Chapter- 4 deals w...
Legume crops affect the current global phosphorus (P) cycle through their continued demand for P fertilizer, and the subsequent removal of P from fields in the harvested seeds. Breeding crops that can yield well with fewer P inputs (i.e., P-efficient crops) may reduce the impact of legume crops on the P cycle. This book is divided into six chapters. Chapter 1- gives a brief summary of the book. Chapter-2 gives the introduction of the book highlighting the significance of the work. Chapter-3 is a compilation of relevant literature indicating the present status of the problem. Chapter- 4 deals with the detailed account of materials and technique applied. Chapter-5 discusses the results and their interpretation in the light of available literature along with figures, tables and photographs. Chapter-6 presents the conclusions and future projections.This book will be valuable asset for post graduate students and researchers in the field of Plant Physiology and Agronomy
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