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Modeling Ecotoxicological Stressors Using GIS

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The thesis 'Modeling Ecotoxicological Stressors Using GIS' by Nicolas Ramirez explores the application of Geographic Information Systems (GIS) in modeling ecotoxicological systems, focusing on the development of a generalized tool for analyzing the distribution and transformation of toxic chemicals in the environment. The study introduces the CALCULATE EXPONENTIAL DECAY script, created using Python for use in ArcMap, which allows users to calculate chemical decay based on various parameters. This tool aims to enhance future ecotoxicological research and environmental management by providing flexible and customizable modeling capabilities.

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What is an example of environmental toxicology?

Ecotoxicity refers to the capability of a compound or any physical agent to show the harmful effect on both environment and organisms, for instance, fish, insects, microorganisms, wildlife, and plants (Roy and Kar, 2016).

What is an example of ECOTOXicology?

For example, pesticides can affect an animals food supply by killing certain plants or insects. The loss of plant cover may also remove the animals shelter. Plants could be affected if their pollinators or seed-dispersers are killed. These are indirect effects.

What are the application of GIS in environmental Modelling?

GIS provides powerful tools and applications addressing natural resource management challenges ranging from real-time monitoring and visualization, time series analysis, prediction models, suitability models, precision mapping, sustainable resource extraction and so on.

What are ecotoxicological impacts?

Ecotoxicological effects are changes in the state or dynamics of an organism, or at other levels of biological organization, resulting from exposure to a chemical. These levels may include the subcellular level, the cellular level, tissues, individuals, populations, communities and ecosystems, and finally, landscapes.

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