Ecotoxicology and Genotoxicology: Non-traditional Aquatic Models (Issues in Toxicology)

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Description

Ecotoxicology and Genotoxicology: Non-traditional Aquatic Models (Issues in Toxicology)

by Marcelo L Larramendy (Editor, Contributor), Diana Anderson (Editor), Michael D Waters (Series Editor), Tim Marrs (Series Editor), Roberto Rico-Martinez (Contributor), Sajal Ray (Contributor), C. R. Walters (Contributor), Carlos Fernando Garcia (Contributor), Marco Parolini (Contributor), Pedro M Costa (Contributor), Marcos Antonio Amara Pinheiro (Contributor), Luciane Alves Maranho (Contributor), Eduardo Madrigal-Bujaidar (Contributor), Rachelle Belanger (Contributor), Sonia Soloneski (Contributor), G L Poletta (Contributor), C S Perez-Coll (Contributor), Classius de Oliveira (Contributor), Adriana Regina Chippari-Gomes (Contributor), Miguel Santos (Contributor), Fernando Manas Torres (Contributor), T Cavas (Contributor), Laury Gauthier (Contributor), M Camacho (Contributor), N Wagner (Contributor) & 22 more

The potential impact of anthropogenic pollutants such as agrochemicals on the environment is of global concern. Increasing use of certain compounds can result in contamination of food, water and atmospheric systems and in order to combat this pollution it is important to be able to accurately monitor the short and long term effects.
This book describes the latest aquatic species models used as indicators of the toxic effects of environmental pollutants, including models that have not routinely been used. The book enables understanding of the effects of pollutants in non-target species, and therefore enables analysis of the effects on ecosystems.
This book will be of interest to anyone interested in developing new biomarker species with high degrees of ecological relevance. It will serve as a useful resource for regulatory and research toxicologists, particularly those studying freshwater, marine water and sediment environments.

Product Details

Series: Issues in Toxicology (Book 33)
eBook Digital: 560 pages
Publisher: Royal Society of Chemistry; Gld edition (July 10, 2017)
Language: English
ISBN-10: 1782627812
ISBN-13: 978-1782627814
Product Dimensions: 6.4 x 1.5 x 9.3 inches

The potential impact of anthropogenic pollutants on the environment is a global concern. Contamination of food, water, and ecosystems due to the increasing use of certain compounds poses a significant threat. To combat this pollution, it is crucial to accurately monitor its short and long term effects. The book “Aquatic Species Models for Monitoring Environmental Pollutants” provides insights into the latest models used as indicators of the toxic effects of environmental pollutants, including those that have not been widely explored.

The authors, Marcelo L Larramendy, Diana Anderson, Michael D Waters, and many others, bring together their expertise and research to shed light on the effects of pollutants in non-target species. By understanding these effects, researchers can analyze their impact on ecosystems and develop new biomarker species with high ecological relevance. This book serves as a valuable resource for regulatory and research toxicologists, especially those studying freshwater, marine water, and sediment environments.

One of the significant contributions of this book is the comprehensive overview it provides of the aquatic species models. These models play a critical role in assessing the effects of environmental pollutants on different organisms, allowing researchers to identify potential harm and design appropriate preventive measures. The book encompasses both well-established and lesser-known models, ensuring a broad understanding of the field.

The authors explore various species, including fish, invertebrates, and algae, to assess the impact of pollutants on these organisms and their surrounding ecosystems. They delve into the intricacies of these models, highlighting their advantages and limitations. This comprehensive approach allows readers to grasp the complexities involved in monitoring environmental pollutants accurately.

Furthermore, “Aquatic Species Models for Monitoring Environmental Pollutants” emphasizes the importance of ecological relevance in biomarker species. By utilizing species that are ecologically representative, researchers can obtain more accurate data that reflects the real-world impact of pollutants. The book provides valuable insights into selecting appropriate biomarker species and their application in ecosystem monitoring.

The book also addresses emerging technologies and approaches in environmental monitoring. For instance, the authors discuss the application of genomics and transcriptomics to assess the effects of pollutants on aquatic organisms. These cutting-edge technologies have the potential to revolutionize our understanding of pollutant impacts and assist in the development of more targeted mitigation strategies.

In addition to its scientific contributions, “Aquatic Species Models for Monitoring Environmental Pollutants” serves as a bridge between academia and regulatory bodies. The book provides valuable information for toxicologists and policymakers alike, enabling them to make informed decisions regarding environmental protection and pollution control. It serves as a comprehensive guide for those involved in regulating and managing pollutant exposure in various settings.

Overall, “Aquatic Species Models for Monitoring Environmental Pollutants” is an essential resource in the field of environmental toxicology. Its comprehensive coverage of aquatic species models, ecological relevance in biomarker species selection, and exploration of emerging technologies makes it a valuable addition to any researcher’s library. Whether you are a regulatory toxicologist, research scientist, or simply interested in understanding the impact of pollutants on aquatic ecosystems, this book provides valuable insights and tools to navigate this complex field.

Order your copy of “Aquatic Species Models for Monitoring Environmental Pollutants” today and join the global effort in preserving our environment for future generations.