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Guided learning journeys that build knowledge step by step.
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7816 Paths · page 505 / 782
This learning path provides an advanced understanding of the chemical and biochemical principles that underpin bioremediation. It covers essential concepts in biochemistry and microbiology, progressing from foundational chemistry to the design and application of bioremediation strategies.
This advanced learning path equips environmental chemistry students with the knowledge and skills to identify and study emerging chemical contaminants, including pharmaceuticals, endocrine disruptors, microplastics, and PFAS. It covers the foundational chemistry, analytical techniques, environmental fate, and risk assessment necessary for systematic study.
This advanced learning path equips climate and environmental science students with a systematic understanding of how atmospheric chemistry drives climate. It covers greenhouse gas chemistry, ozone depletion, atmospheric oxidation capacity, and key climate feedbacks, building from foundational principles to complex interactions.
This advanced graduate-level learning path equips forensic and environmental scientists with the knowledge and skills to use chemical evidence—such as chemical fingerprints, isotope ratios, and contamination dating—to identify the sources of environmental pollutants. The path integrates core concepts from environmental chemistry, analytical chemistry, and organic chemistry, and emphasizes practical applications in litigation support.
This learning path equips analytical chemistry graduate students with the skills to apply chemometric methods—PCA, PLS, pattern recognition, and multivariate calibration—to complex environmental datasets. Starting from foundational statistics and analytical chemistry, it progresses through data preprocessing, exploratory analysis, and advanced modeling, culminating in practical applications and validation.
This advanced graduate learning path equips students with the skills to apply computational methods—ranging from quantum chemistry to molecular dynamics and QSAR—to study environmental chemical reactions. It bridges physical chemistry, programming, and environmental science to model pollutant behavior, reactivity, and transformation.
This graduate-level learning path provides a systematic understanding of atmospheric aerosol chemistry, from foundational atmospheric chemistry and thermodynamics to advanced topics on secondary aerosol formation, new particle formation, and aerosol properties. It emphasizes the chemical composition and formation mechanisms of primary and secondary aerosols, including sulfate, nitrate, and organic aerosols, and integrates these concepts to understand aerosol impacts on climate and air quality.
This advanced graduate-level path provides a systematic understanding of radioactive materials in the environment, from fundamental nuclear physics and chemistry through environmental transport, speciation, biological uptake, and the impacts of nuclear accidents. It integrates essential concepts from general chemistry and physics to build a coherent framework for assessing the sources, fate, and effects of radionuclides.
This graduate-level path equips geochemistry students with the knowledge to apply organic chemistry principles to understand geologic processes. It covers the fate of organic matter from biosynthesis through diagenesis to catagenesis, focusing on biomarkers, kerogen, and petroleum formation, and how these inform paleoenvironmental reconstruction. The path integrates core organic chemistry with geology, building a systematic understanding of organic geochemistry.
This advanced learning path equips environmental science students with a systematic understanding of chemical reactions in soils. It progresses from foundational soil components to complex surface, redox, and organic matter interactions, emphasizing their environmental importance.