Numerical Methods in Environmental Sciences

Solving environmental problems requires more than just qualitative knowledge; it demands strong numerical literacy to analyze pollutants, calculate energy budgets, and model ecosystem dynamics. This text-based course breaks down complex environmental formulas into clear, step-by-step mathematical processes. You will transition from understanding basic environmental metrics to confidently solving quantitative problems used in research and professional assessments. What you'll learn: - Understand foundational environmental units, conversions, and chemical stoichiometry - Calculate pollutant concentrations, half-lives, and chemical oxygen demand in water systems - Solve atmospheric chemistry problems, including lapse rates and greenhouse gas warming potentials - Analyze ecological data using population growth models and biodiversity indices - Apply basic statistical methods and modern data analysis concepts to environmental datasets - Practice step-by-step numerical calculations through structured written exercises The course begins with foundational definitions, core scientific units, and essential mathematical concepts before guiding you through practical, real-world calculation scenarios in air, water, and soil chemistry. This course is designed for beginners, students, and aspiring professionals in environmental science who want to build their quantitative confidence, with no advanced mathematical prerequisites required. Start mastering the numbers behind environmental science today.