Physiology of Stressed Crops: The Stress of Allelochemicals, Volume 3
U. S. Gupta
PLYMBRIDGE DISTRIBUTORS Limited, Jun 30, 2005 - Technology & Engineering - 195 pages
Research on the physiology of crops under stress is of relatively recent origin and still in the stage of information building; practical use of the information gathered is yet to be made. Research on allelopathy and use of allelochemicals is one such example. The majority of work done focuses on the detrimental effects of living plants and their residues on crop growth, yield and quality, and little attention has been paid, that too only in the last 15-20 years, on making gainful use of this nature's self defence mechanism, both by crops for weeds and weeds for crops, and so on. In this volume, unlike other books and symposium-volumes, efforts have been made to understand the problem and concentrate on aspects such as autotoxicity, crop x crop interference, crop x weed interference, weed x crop interference etc. for better understanding of the problems of monoculture, ratooning, crop rotation, mixed or strip cropping, mulching and weed smothering, etc. Further, the possibility of developing environment-friendly bio- or synthetic herbicides, and developing more aggressive crop varieties that can smother, kill or tolerate noxious weeds through conventional breeding or by using modern genetic engineering techniques to transfer desirable genes into commercial crop varieties, has been considered. Efforts made for identifying gene markers and modeling have also been discussed. The book will be useful for crop stress physiologists agronomists, weed scientists, soil scientists, phytochemists, and practical crop growers and managers.
8 pages matching nutsedge in this book
Results 1-3 of 8
What people are saying - Write a review
We haven't found any reviews in the usual places.
Crop Crop Intereference
Crop Weed Interference
4 other sections not shown
Abutilon theophrasti album alfalfa allelochemicals allelopathic activity Allelopathic effects allelopathic potential aqueous extracts asparagus autotoxic barley bean bioassay biomass Brassica Chem Chenopodium chlorogenic acid Chou concentration cowpea cucumber cultivars decomposing decreased dry matter production dry weight Echinochloa Echinochloa crus-galli Ecol Einhellig Eucalyptus ferulic acid germination germination and growth germination and seedling greengram greenhouse groundnut grown growth of wheat hypocotyl increased inhibited germination inhibited seed germination inhibitory effect leachates leaf extracts leaf leachates legumes lettuce maize membrane mulch mustard nodulation nutrient nutsedge p-coumaric acids p-hydroxybenzoic Parthenium hysterophorus pearlmillet percent phenolic acids photosynthesis phytotoxic pigeonpea Proc radicle radicle growth radish reduced germination rice root and shoot root extracts root exudates root growth root length sativa scopoletin seedling growth significantly reduced Singh soil sorgoleone soybean stem studied sunflower tion tissue tomato toxic Univ uptake vanillic acid Vigna vulgaris weed control Weed Sci weed species wheat wheat straw yield