Introduction to the fundamentals of environmental health including climate change, air and water pollution, food security, conservation, and environmental justice. Impact of humans on the environment and environmental impacts on humans at the global level.

Introduction to environmental health from the perspective of the physical sciences. Applications of natural science principles and the scientific method to investigate the chemical composition and physical fate of environmental pollutants. Examination of human impacts on the environment and the effects of environmental hazards on human health.

Introduction to environmental health from the perspective of the physical sciences. Applications of natural science principles and the scientific method to investigate the chemical composition and physical fate of environmental pollutants. Examination of human impacts on the environment and the effects of environmental hazards on human health.

Introduction to the major biological principles related to environmental science. Scientific reasoning to explore genetics, evolution, health risks, and environmental factors affecting health. Apply scientific knowledge to address real-world issues related to biology.

Introduction to the major biological principles related to environmental science. Scientific reasoning to explore genetics, evolution, health risks, and environmental factors affecting health. Apply scientific knowledge to address real-world issues related to biology.

Lecture course with an integrated weekly discussion covering major biological principles at work in our everyday lives, emphasizing aspects related to animal, environmental, and human health. Students will choose topics of interest to read and write about, then discuss their findings in the discussion sections.

Discover the connection between human health and the environment. This course offers students a comprehensive introduction to the critical interplay between our well-being and the world around us. Lectures and discussions will illuminate key concepts and provide insights into the latest developments in environmental health science.

An overview of cell and human physiology, including all major organ systems and effects of diseases and environmental contaminants on those systems. Anatomical and physiological principles are reinforced with examples of how genetic disorders, disease agents, and environmental contaminants disrupt normal function.

The fundamentals of environmental health (EH), covering energy and ecosystems, air and water pollution, toxic effects of pollution, pollution control, food and agriculture, environmental justice, and consequences of human activities on natural systems. Global issues in EH are compared from multiple demographic and cultural perspectives.

The fundamentals of environmental health (EH), covering energy and ecosystems, air and water pollution, toxic effects of pollution, pollution control, food and agriculture, environmental justice, and consequences of human activities on natural systems. Global issues in EH are compared from multiple demographic and cultural perspectives.

Introductory course in atmospheric, aquatic, and terrestrial systems emphasizing how technology affects them and how it is used to minimize and correct negative impacts. Introductory topics include population, energy, natural, and human-induced environmental disturbances. Detailed coverage of technologies associated with water quality and quantity, air quality, and solid and hazardous wastes.

Individualized study with instructor providing student with an experiential learning and research experience. Students will have the opportunity to work one-on-one with EHS faculty. Specific content and credits will vary depending on subjects covered, which are modified to meet the needs and interests of enrolled students within available projects.