Plant Modification For More Efficient Water Use
Published on 2. December 2012
332 pages
978-0-444-60162-9 (ISBN)
Description
Plant Modification for More Efficient Water Use is a compilation of the proceedings of the Symposium on Plant Modification for More Efficient Water Use. These proceedings aim to make significant progress in identifying the physiological and morphological characteristics of plants by providing considerable control of evapotranspiration and by exploring their possible manipulation. This book is divided into four parts focusing on genetic engineering, physiological and environmental factors, and modeling. The first part includes articles about breeding, genetic engineering, use of variety isogenes, genetic modification, and phenotype and drought tolerance in relation to efficient use of water. The second part presents articles about plant responses to water deficit, water-use efficiency, water stress, and drought resistance. It also provides articles on plant-water balance, carbon dioxide requirement, soil physical and chemical barriers, and soil temperature and air temperature. The third part describes models of plant growth for yield prediction; light models for estimating the shortwave radiation regime of plant canopies; and soil-plant-atmosphere model. In addition, this part includes a parametric analysis of the anatomy and physiology of the stomata. The last part offers a challenge on plant modification for more efficient water use.
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John Floyd Stone
Plant Modification for More Efficient Water Use
Book
05/1975
Elsevier
€30.95
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Content
Foreword Preface Part 1 - Genetic engineering Breeding for more efficient water use - is it real or a mirage? Genetic engineering as a key to water-use efficiency Use of variety isogenes in plant water-use efficiency studies Genetic modification of cotton plants for more efficient water use Phenotype and drought tolerance in wheat Part II - Physiological and environmental factors Plant responses to water deficits, water-use efficiency and drought resistance Plant water balance - its relationship to atmospheric and edaphic conditions Impact of the CO2 requirement on plant water use Plant physiological responses to water stress Soil physical and chemical barriers to more efficient water use by crops Reducing turbulent transfer to increase water-use efficiency Soil- and air-temperatures as limitations to more efficient water use Atmospheric and soil water influence on the plant water balance Calculations of evapotranspiration from crop surface temperature Radiant energy and light environment of crops Part III - Modelling A parametric analysis of the anatomy and physiology of the stomata Modelling of plant growth for yield prediction A critical review of light models for estimating the shortwave radiation regime of plant canopies The soil-plant-atmosphere model and some of its predictions Part IV - Epilogue Plant modification for more efficient water use: the challenge
