Principles of Weed Science, Second EditionTaylor & Francis, 2 janv. 2000 - 555 pages A comprehensive reference-cum-textbook on fundamentals and principles of weed science. Includes updated information on newer approaches (ecophysiological and biological) in weed management, newer herbicides, bioherbicides, herbicide action mechanisms and transformations in plants, herbicide persistence and behaviour in soil and environment, and interaction of herbicide with other aerochemicals. |
Table des matières
Introduction | 1 |
Weed Biology and Ecology | 7 |
Traditional Ecophysiological and Other Approaches in Weed Management | 36 |
Introduction to Chemical Weed Management | 59 |
Classification and Information on Herbicides Bioherbicides | 67 |
Absorption and Translocation of Herbicides | 120 |
Mechanisms of Action of Herbicides | 145 |
145 | 178 |
Herbicide Discovery and Development | 376 |
Herbicide Application | 400 |
Some Prominent Weeds and Their Management | 411 |
Weed Management in Field and Plantation Crops | 447 |
Weed Management in Aquatic System | 464 |
Weed Management in Forestry and NonAgricultural Systems | 481 |
Weed Research MethodologyField Experimentation | 487 |
Glossary | 506 |
Herbicide Transformations in Plants | 199 |
Persistence and Behaviour of Herbicides in Soil and Environment | 232 |
Herbicide Resistance and Genetic Engineering | 277 |
Biological Approaches in Weed Management | 319 |
Herbicide Interactions with Herbicides Safeners and Other Agrochemicals | 348 |
Appendices | 515 |
| 530 | |
| 551 | |
The Author | |
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Expressions et termes fréquents
absorbed absorption accumulation acetochlor acid action activity annual application areas atrazine become biotypes broadleaf weeds cause cell chemical Clopyralid combination common competition complete compounds concentration conjugation containing crop degradation depends effective electron emergence enhanced enzyme factors field foliage formulation g ha¹ gene germination glucose glyphosate grasses greater growing growth half-life herbicides higher important increase infestation inhibition interaction involves leaf leaves less levels light lower maize major mechanism metabolism metabolites method mixed mixture occurs organic paraquat perennial phytotoxicity plant population POST prevent production protein rapidly reduced reported residues resistance response result rice roots seedlings seeds selection shoots soil solution sorghum soybean spray surface synthesis temperature tion tissue tolerant translocation treatment triazine uptake weed control weed management Weed Sci weed species widely yield
Références à ce livre
National Academy Science Letters, Volume 17 National Academy of Sciences, India Affichage d'extraits - 1994 |
Encyclopedia of Global Environmental Change: The earth system : biological ... Affichage d'extraits - 2002 |