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Identifying and remediating environmental contamination is a complex and very expensive problem worldwide. Pollution of soil and water by pesticides is a significant issue that persists for years after the pesticide application ceases. Pesticide Properties in the Environment is a unique database compiled from extensive literature searches. It presents data on hundreds of pesticides, including their common, commercial, and scientific names, their chemical formulas, and their environmental properties including water solubility, field half-life, sorption coefficient, and vapor pressure. All data is carefully cited to original references, and is presented both in printed form and as an electronic database. Pesticide Properties in the Environment will be invaluable for environmental scientists, engineers, and consultants, as well as soil scientists and water quality specialists.
Identifying and remediating environmental contamination is a complex and very expensive problem worldwide. Pollution of soil and water by pesticides is a significant issue that persists for years after the pesticide application ceases. Pesticide Properties in the Environment is a unique database compiled from extensive literature searches. It presents data on hundreds of pesticides, including their common, commercial, and scientific names, their chemical formulas, and their environmental properties including water solubility, field half-life, sorption coefficient, and vapor pressure. All data is carefully cited to original references, and is presented both in printed form and as an electronic database. Pesticide Properties in the Environment will be invaluable for environmental scientists, engineers, and consultants, as well as soil scientists and water quality specialists.
Information of the constituents, characteristics, health effects, environmental impact of pesticides, and the pesticides' toxic effects on mammals, other forms of life, and the environment.
Identifying and remediating environmental contamination is a complex and very expensive problem worldwide. Pollution of soil and water by pesticides is a significant issue that persists for years after the pesticide application ceases. Pesticide Properties in the Environment is a unique database compiled from extensive literature searches. It presents data on hundreds of pesticides, including their common, commercial, and scientific names, their chemical formulas, and their environmental properties including water solubility, field half-life, sorption coefficient, and vapor pressure. All data is carefully cited to original references, and is presented both in printed form and as an electronic database. Pesticide Properties in the Environment will be invaluable for environmental scientists, engineers, and consultants, as well as soil scientists and water quality specialists.
"A number of chemicals of diverse characteristics have arbitrarily been classed together on the basis of their use and given the descriptive name "pesticides." An unfortunate aura of mystery has developed about these chemicals. However, there is nothing unique or mysterious about the chemicals we refer to as "pesticides." Like other chemicals, they have properties which can be accurately measured; they obey all the laws of physics, chemistry, and biology. Chemical and physical properties of a pesticide and interacting environmental factors determine the behavior of pesticides. Behavior in turn dictates the ultimate fate of the pesticide (16). To predict behavior, we need to measure the chemical and physical properties of the pesticide and the environment. With these data and the laws of physics, chemistry, and biology, we can attack the problem of predicting what happens to a chemical in the environment. Our freedom to continue using pesticides depends on our ability to understand and predict their behavior in the environment. In this paper I will consider the bases of chemical behavior and the behavior of pesticides in plants."
The effects of artificial (and natural) pesticides on organisms other than the target organisms and on the environment in general have become increasingly important in recent years. This has been accentuated by the concerns over the damage these products can do to human health. This book considers pesticides from their fundamental properties as selective control agents. In the first part of this book, the mechanisms of action and basis of selectivity are considered for herbicides including plant growth regulators, fungicides, insecticides, vertebrate control agents and the dose rates required to achieve the desired effects. The second part of the book uses these factors to address environmental and health concerns about pesticides. Key features include descriptions of modern pesticides, modern risk assessments for both environment and public health, and a final comparative chapter on relative risk analysis of pesticides.
This work offers concise, detailed information on the toxicological properties of, and safe handling practices for, pesticides. It provides an overview of the registration process, registration procedures and supplemental registration. An alphabetic listing of over 800 chemicals, including their applications - from insecticides and growth regulators to herbicides, repellents and synergists - is provided.
Basic Guide to Pesticides covers the physical properties of about 700 pesticides and their contaminants and related health hazards. It is important in dealing with environmental problems in general and individual cases.
The book, "Pesticides - Use and Misuse and their Impact in the Environment", contains relevant information on diverse pesticides encountered in both anthropogenic and natural environments. This book provides valuable information about the toxicity of several agrochemicals that can negatively influence the health of humans and ecosystems.
Pesticides have played a significant role in increasing food production, and in view of growing worldwide food demand we can expect the use of these chemicals to increase. However, some of them have found their way into the biosphere and have been classi fied as persistent toxic chemicals. This has resulted in serious concern about environmental contamination. Since we are going to continue using chemicals, we should learn more about such aspects as their transport in the environment, the relationship of their physical-chemical properties to transport, their persistence in the biosphere, their partitioning in the biota, and toxicological and epidemiological forecasting based on physical-chemical properties. Environmental chemodynamics is the name given to a subject which deals with some of the above topics, utilizing the principles of such disciplines as chemistry, physics, systems analysis, modelling, engineering, and medical and biological sciences. To ensure the safety of the environment, we must know more about the chemodynamical behavior of pesticides and related chemi cals. The purpose of the symposium "Environmental Dynamics of Pes ticides" was to explore the concept of chemodynamics as applied to pesticides and thus may help in developing the emerging field of environmental chemodynamics. The symposium was held during the l37th National American Chemical Society Meeting at Los Angeles, California, during April, 1974. The three sessions in the sym posium were chai'red by Drs. V.H. Freed, D.G. Crosby, and R. Haque.