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Herbicides Chemistry
Conveniently gathering up-to-date information on herbicides' chemistry, degradation, and mode of action in one source, this reference discusses glyphosate and the traits that have made it so successful ... investigates the adsorption of polycyclic alkanoic acids' ester into targeted plants ... documents sulfonylureas' selectivity, environmental compatibility, groundwater safety, and low use rate ... explains metribuzin's combination with other herbicides to increase weed control for soybeans, potatoes, and tomatoes ... and examines alachlor and metolachlor for controlling annual grasses, broadleaf weeds, yellow nutsedge in corn, soybeans, and many other crops. Extensively referenced and illustrated, Herbicides, Volume 3 is an outstanding reference for soil scientists, agronomists, microbiologists, biochemists, agricultural chemists, botanists, environmental scientists, and plant nutritionists and pathologists. Book jacket.
Chloroacetamide Herbicides and Their Transformation Products in Drinking Water
While the parent herbicides have been well documented in natural waters, relatively little is known about the occurrence of herbicide degadates in water. Those chloroacetamide degradates (the ionic ethane sulfonic acids and oxanilic acids) that have been previously studied in natural waters are found more frequently and at higher concentrations than the parent herbicide. The chloroacetamide herbicides are also known to degrade to many other neutral degradates that have not been studied extensively in natural waters.
Herbicides
Phenoxyalkanoic acids; s-Triazines; The substituted ureas; Substituted uracial herbicides; Thiocarbamates; Chloroacetamides; Amitrole; The chlorinated aliphatic acids; Dinitroanilines; Diquat and Paraquat; The benzoic acid herbicides; Methylcarbamates, carbanilates, and acylanilides; Phenols; Diphenyl ethers; Organoarsenical herbicides; Picloram and related compounds; Miscellaneous herbicides; Herbicide photoecomposition; Volatility.
Herbicides and Environment
Herbicides are much more than just weed killers. They may exhibit beneficial or adverse effects on other organisms. Given their toxicological, environmental but also agricultural relevance, herbicides are an interesting field of activity not only for scientists working in the field of agriculture. It seems that the investigation of herbicide-induced effects on weeds, crop plants, ecosystems, microorganisms, and higher organism requires a multidisciplinary approach. Some important aspects regarding the multisided impacts of herbicides on the living world are highlighted in this book. I am sure that the readers will find a lot of helpful information, even if they are only slightly interested in the topic.
