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Upon completion of this course, you will be able to: Evaluate the diverse responses of peoples, groups, and cultures to environmental issues, themes and topics. Use critical observation and analysis to predict outcomes associated with environmental modifications. Demonstrate knowledge of the causes & consequences of climate change. Apply quantitative skills to solve environmental science problems. Demonstrate knowledge of environmental law and policy. Design and critically evaluate experiments. Interpret data in figures and graphs.
Environmental Science & Policy advances research in the intersections between environmental science, policy and society. The journal invites scholarship within this broad thematic that fits with one or more of the following four focal areas: 1) Studies of the relationship between the production and use of knowledge in decision making; 2) Studies of the relation between science and other forms of environmental knowledge, including practical, local and indigenous knowledge; 3) Analyses of decision making practices in government, civil society, and businesses and the ways that they engage environmental knowledge; or 4) Studies that present actionable environmental research with a clear description of how it responds to specific policy directives and the pathways by which this research is informing (or could inform) decision-making. Research can address a wide number of environmental issues, such as climate change, food systems, biodiversity loss, human and ecological well-being, resource use- and extraction, land use change, and sustainability more generally. The journal aspires to achieve an appropriate balance between perspectives from the global North as well as the global South and welcomes discussions of (environmental) justice, equity and inclusion. The journal is particularly interested in cutting edge developments in inter- and transdisciplinary work on co-production; arts-based research; integrated nexus and landscape approaches; the trade-offs and synergies between environmental issues and policies; innovations in integrated assessment, monitoring and evaluation; and transitions and transformative change.
Editorial Policy: Submitted articles can offer empirical analysis and can also advance new theory, conceptual frameworks or other innovations. To be considered for publication, articles should fit with the aims and scope of the journal. This means that they should address the relation between environmental science and knowledge, policy and society. To be considered, environmental research articles must go beyond simply stating potential societal and policy relevance. Submitted articles should be of international relevance and well embedded in relevant scholarly conversations and debates, and they should consider the scholarship that has been published in the journal. They should provide a compelling objective and specify how they advance the state of the knowledge beyond the current state of the art. In-depth case studies or local issues may be considered if articles clearly and sufficiently articulate their wider international significance.
With global need for scientists who understand the geologic and environmental ramifications, now is a great time for you to prepare for a career in earth and environmental sciences. You can pursue course offerings and research opportunities in both undergraduate and graduate degree programs. Experiential learning is available to you through our working relationships with county boards of health, park districts, EPA offices, and local businesses. You will learn in research facilities with faculty members who are trained and experienced in field data acquisition, modern analytical techniques, sophisticated data processing, and computer modeling. Our graduate programs include Master of Science in Earth and Environmental Sciences (thesis and non-thesis) and an interdisciplinary Environmental Sciences, Ph.D.
Environmental Science & Technology (ES&T) is an impactful environmental science and technology research journal that aims to be transformational and direction-setting publishing rigorous and robust papers for a multidisciplinary and diverse audience of scientists, policy makers and the broad environmental community. For more than 50 years, ES&T has been a foundational focus for thought-leading, policy-changing contributions and will continue to serve as the home for significant, broadly relevant, and generalizable research that serves to inform decision-making. The journal advances rigorous scholarship on complex environmental phenomena, particularly with respect to fate, transport, and transformation in natural and engineered systems, while simultaneously facilitating the solution of critical environmental problems. In addition to novelty and significance of research, ES&T considers the relevance of submitted manuscripts to its broad readership.
Research Articles (length limit: 7,000 word-equivalents). Research articles in ES&T must report original research that is expected to have a definable impact on the advancement of environmental chemistry, science, technology, and policy. ES&T welcomes rigorous scholarship on complex environmental processes and phenomena, particularly those affected by human activities. This includes chemical, biological, and physical phenomena in natural and engineered environmental systems, as well as mathematical and computational methods that are directly relevant to the understanding, protecting, restoring, and managing of the natural environment, including eliminating, minimizing, and mitigating human impacts. The journal also publishes articles that describe significant scientific advances or novel technologies for facilitating the solutions of critical environmental problems, including pollution remediation, control, prevention, and avoidance. Papers in the area of ecotoxicology and human environmental health should provide novel information on effects of chemicals or lead to new insights into the mechanisms and processes underlying effects of chemicals and other stressors. ES&T also encourages submission of studies that address challenges associated with the "Replacement, Reduction and Refinement" of animal studies. At submission, authors must provide a short synopsis statement (approximately 20 words), placed after the abstract, stating the environmental relevance and significance of their research work. Authors are also expected to provide an explanation in their cover letter why they believe the manuscript belongs in ES&T and why their research will interest our readers with an emphasis on the novelty and environmental relevance of the contribution.
The Environmental Sciences (ES) major is designed for students interested in studying environmental problems from a scientific perspective. The ES major prepares students to deal with issues arising from the impact of human interaction on natural systems. To address these problems, all ES students acquire strong backgrounds in math, biological sciences, and physical sciences. Students may choose to specialize further in a biological or physical science field such as ecology, conservation biology, toxicology, geology, hydrology, meteorology, engineering, or a social science field such as planning, policy analysis, economics, environmental justice, or education. Each ES student completes a year-long senior research project with the support of a mentor in a biological, physical, or interdisciplinary research area.
Journal of Environmental Science Studies (JESS) is an international open-access and peer-reviewed journal, with the foremost mission to provide its readers with the latest advancements in environmental science.
JESS serves as a widely respected educational resource of elevating the discussion on a range of environmental issues. The journal is published in both printed and online versions. Online publications are free to access and download.
On Earth Day 1996, the Dartmouth faculty approved a new major in environmental studies. We also offer a minor in environmental science and a minor in environmental studies, including a specific sustainability track within the environmental studies minor. Undergraduates may also use our courses to modify a major in a discipline such as biology, geography, government, economics, and earth sciences.
The major in environmental studies requires introductory courses, core courses, elective focus courses, and the culminating experience course (see ENVS major worksheet below). We believe the interdisciplinary nature of environmental studies requires this number of courses to ensure students gain fundamental skills in the areas of environmental science and studies before they move into elective focus courses.
The prerequisites ensure that students have an introduction to a physical science lab science, an understanding of the economic system (since all environmental problems include economic considerations) and calculus so students will have basic quantitative skills used in more advanced environmental studies courses.
The core courses cover a body of knowledge considered fundamental to understanding the relationships between people and their environment, namely, global environmental science, environmental decision making and risk, environmental ethics and the legal system, and political institutions and their role in environmental issues. This core of intermediate level courses provides a unifying set of concepts and principles related to the analysis of complex environmental issues. 2b1af7f3a8