Environmental Studies

Economics can help define, address, and solve many environmental problems. This course provides students with a set of conceptual tools that are useful in addressing environmental issues like pollution and pollution abatement, the conservation of natural resources, environmental regulation, and the political economy of environmentalism.

Credits: 4

PREREQ: ECO1510

Explore the nature of life, examine the history of life on Earth, look for life among the rocky planets and icy moons of our solar system, hunt for extrasolar planets, and join in the Search for Extraterrestrial Intelligence (SETI). Are we alone in the universe?

Credits: 4

A survey of the physical, biological, and cultural dimensions of current and past environmental problems. The nature of scientific inquiry and principles that apply to the study of the environment are covered, with emphasis on developing facility in interpreting environmental data.

Credits: 4

Introduces techniques for advanced use of software commonly employed in the analysis and presentation of lab and field data. Microsoft Office (Excel, Word, PowerPoint), image analysis (ImageTool), and reference software (Zotero) are covered.

Credits: 3

Renewable energy sources—including solar-thermal, photovoltaic, wind, wave, hydrogen, biomass, and geothermal energies—are discussed and compared with fossil fuels. The course outlines current practices as well as limitations—engineering, economic, social, and ecological—of extracting usable energy. Topics include practical solutions on both the large scale and the scale of the individual homeowner.

Credits: 4

Students explore the source, fate and effect of contaminants on wildlife, along with what we can do to help through education, science and policy. Through the pairing of introductory ecotoxicological concepts with key case studies, this course spans political, scientific, and public relations realms and teaches the importance of being good global stewards of the environment.

Credits: 4

The scope and rate of climate change, and the current and predicted impacts make climate change a pressing societal issue. This course summarizes our current understanding of the phenomenon, describes the science underlying, and the social consequences deriving from climate change, and examines personal actions that can mitigate greenhouse gas emissions and adapt to our changing world.

Credits: 3

Location and local landscape influence natural resource availability, biome type, and agricultural potential. This course explores the earth’s physical processes to understand the important links between geography and ecosystems. Students examine relationships between landforms, climatic variations, erosion processes, vegetation patterns, and hydrology. While this course focuses on the United States, broader linkages are made to regions around the world.

Credits: 4

The lecture covers interactions among the lithosphere, atmosphere, biosphere, and hydrosphere. Topics include the formation and subsequent alteration of earth materials, geologic hazards, global change, glaciation, and plate tectonics. Lab work includes identification of rocks and minerals, interpretation of topographic and geologic maps, structural geology, and landform analysis.

Credits: 5

PREREQ: ENV1500

An introduction to statistics with a focus on techniques for the biological sciences. The lecture covers probability, sampling, descriptive and inferential statistics, parametric and nonparametric tests, biodiversity statistics, ordination methods, and robust experimental design. In the lab, students apply concepts from the lecture and practice analyzing data, constructing graphs, and testing hypotheses using the R software.

Credits: 4

PREREQ: Math Fluency:20-28 Or MAT1150 Or MAT1100

The environment has become increasingly significant in national and international politics. This course examines the key concepts, players, and issues in environmental policy. Students evaluate the contributions by scientific, political, economic, and social systems to the generation of environmental policy. Environmental topics include population growth, natural resource use, global climate change and energy, endangered species protection, and pollution.

Credits: 4

PREREQ: ENV1500 Or POL1570 Or POL2360

A practical guide to the quantitative assessment of potential impacts to the environment from a proposed development project. Topics include basic federal and New York State SEQRA (State Environmental Quality Review Act) requirements; use and interpretation of maps; and assessments related to physical, biological, and socioeconomic components. Students work as teams (using the map room, library, and computer resources) to prepare a sample Environmental Impact Statement related to ongoing development near the campus.

Credits: 4

PREREQ: ENV1500 Or BIO1560

A field-intensive lecture and lab investigating the flora and fauna of the Hudson Valley. Emphasis is placed on the ecology, identification, and taxonomy of local vertebrate groups. Multiple site visits on campus and at local parks provide opportunities for students to master best practices in the application of wildlife observation methods and equipment.

Credits: 5

PREREQ: ENV1500 Or (BIO1560 And BIO1561 )

A rigorous examination of classical and emerging concepts of ecology. Topics include life histories, population growth, competition, sexual selection, symbiosis, predation, disturbance and succession, energy flow and material cycling, biogeography, and conservation ecology. Lab work includes field trips.

Credits: 5

PREREQ: ENV1500 Or BIO1560

An introduction to one of the most widely used computer tools in environmental science. Used for storage, display, and analysis of spatially related data, this digitized mapping system is of primary importance in fields like land use planning, wildlife management, conservation biology, pollution monitoring, and geological resources. Students learn the ArcView system and become experienced in its use with a variety of data.

Credits: 4

Provides reinforcement and additional development of key technical skills acquired during ENV 3150. Students engage in a series of self-paced, online, instructor-supported learning modules that assess their proficiency in applying Geographic Information System (GIS) technology. Upon completion, students receive third-party certification of their abilities from ESRI, the world’s leading manufacturer of GIS software.

Credits: 1

PREREQ: ENV3150 Or ENV3163

Satellites, aircraft, and drones provide safe access to remote, rugged, and otherwise restricted locations. Applications utilizing SONAR, LIDAR, hyperspectral scanning and photogrammetry are used with these craft to create long-term global datasets of natural and cultural features. Using online Geographic Information System platforms students learn the skills to interpret these data, conduct their own analyses, and collaborate with other researchers.

Credits: 4

The study of birds, including topics on anatomy, physiology, evolution, ecology, avian form and function, behavior, migration, and conservation. Students will learn to identify birds of the northeast based on field markings and song. There is no lab, but students are expected to spend time observing birds in the wild (both independently and with the instructor).

Credits: 4

PREREQ: ENV1500 Or BIO1560

Traces the evolution of the modern city, emphasizing ecological issues including human population growth, urban wildlife ecology, energy, and material flows. These principles are used to consider the future of the city. The focal cities are New York and Phoenix.

Credits: 4

COREQ: ENV3251

PREREQ: ENV1500 Or BIO1560

Examines in greater depth concepts discussed in ENV 3250. Field observation, data collection and analysis, and simple models of the urban environment and processes are employed.

Credits: 1

COREQ: ENV3250

PREREQ: ENV1500 Or BIO1560

Acquaints students and environmental professionals with basic domestic and international environmental regulations and policies used by enforcement/regulatory agencies and donor/lender institutions. Specific federal acts include NEPA, Clean Air, Clean Water, RCRA, Superfund/CERCLA, TSCA, and FIFRA.

Credits: 4

PREREQ: ENV1500 Or POL1570

Principles associated with the development and management of natural resources, including forests, grasslands, streams, and fisheries. Topics include sustainability, environmental and social implications of exploiting the natural environment, and renewable resources.

Credits: 4

PREREQ: ENV1500

Examines the sources and impacts of pollution in freshwater and marine environments, including eutrophication, pathogens, pesticides, heat, heavy metals, oil, acid rain, and plastics. The effects are examined through the lens of ecology.

Credits: 4

PREREQ: ENV1500 Or BIO1560

An interdisciplinary review of the reciprocal relationships between culture and environment in both traditional and complex societies. Past human-induced environmental degradation provides lessons applicable to current problems. Topics include the Green Revolution; cultural change and population trends; traditional vs. industrial food production; and the impact of global change, concepts of sustainability, and the commons.

Credits: 3

The decline in biodiversity is a serious (and perhaps irreversible) threat to the biosphere. This course covers concepts and questions in a new synthetic discipline, which focuses on biodiversity protection. Beginning with the origin, patterns, and maintenance of biodiversity, the class explores the values of biodiversity, the nature of the threats to biodiversity, the demography and genetics of small populations, strategies to protect biodiversity, and ethical and legal bases of conservation efforts.

Credits: 4

PREREQ: ENV1500 Or (BIO1560 And BIO1561 )

Prepares students for conducting research in environmental studies. Presentation of faculty research, analysis of research papers and proposals, and guest lecturers accompany student development of a senior project research proposal. Required for all environmental studies majors.

Credits: 3

PREREQ: ENV1500

This advanced course surveys the organizing ecological principles that structure all marine communities. The lecture and lab synthesize information from all levels of organization (organism, population, and community). Through texts and primary literature, students examine the biotic and abiotic factors controlling the abundance and distribution of marine organisms. Lab work is coupled with field experimentation and observation.

Credits: 5

PREREQ: ENV1500 And BIO1560