
Explore environmental pollution types, new sources, and their impacts on water and soil. Learn remediation methods and solutions to reduce pollution within interrelated biosphere, hydrosphere, lithosphere, and atmosphere.
Explore how ecosystems rely on energy flow from solar energy and the carbon and nitrogen cycles across atmosphere, lithosphere, hydrosphere, and biosphere. Learn how human activities disrupt these processes.
Explains how environmental pollution introduces harmful substances into air, water, and soil, harming living organisms and natural processes, with waste and improper disposal as major sources.
Explore the sources, types, and health and climate impacts of air pollution, including primary and secondary pollutants, sulfur oxides, carbon monoxide, ozone, smog, and acid rain.
Explore how water pollution arises from point and non-point sources, introducing inorganic pollutants, nutrients, pesticides, and organic chemicals into water bodies, with impacts from eutrophication, endocrine disruptors, and disease.
Thermal pollution occurs when hot industrial water raises temperatures in water bodies, triggering thermal shock to aquatic life, enabling heat-tolerant species and parasites, and reducing oxygen availability.
Understand water pollution control through treatment, recycling, and regulatory tools like the EPA’s toxic release inventory and the emergency planning and community right to know act, while noting reporting gaps.
Explore how soil pollution arises from waste, oil spills, mining, and atmospheric deposition, and how soil texture, organic matter, and organisms influence pollutant fate, degradation, transport, and groundwater risks.
Explore bioremediation with plants and microbes to remove metals and contaminants, while embracing biodiversity, renewable energy, and waste reduction to reduce pollution and protect ecosystems.
The aim of this course is to provide you with a basic understanding of environmental pollution. The course gives insight about the structure of the environment and the different ways in which pollutants can change its composition with regards to how they enter the environment as well as their fate.
Furthermore, several phenomena that result from pollution in the 3 key areas of the environment, air, water and soil are explained in more details. These include the formation of photochemical smog and acid rain, biomagnification of chemical pollutants in the soil and water, as well as how air pollution exacerbates the greenhouse effect.