Prerequisite: approval of the Chair of Environmental Science. To fulfill this requirement Area 5 on your major requirements form you can do an environmentally oriented , participate in the , take a 4-credit class at a field station such as the , or participate in another experiential learning experience that is pre-approved by your adviser. Do we have ethical obligations to natural objects? For more information on graduating with honors, check out our. What is a tip sheet? Topics include land-atmosphere interactions, movement of water in subsurface environments, contaminant transport in groundwater systems, streamflow generation, surface-water flow dynamics, urban runoff and flood control. Focuses on residential and transportation energy with some coverage of commercial and industrial energy use. The impacts of the loss of native plants are profound. The , while providing a foundation in the natural sciences, focuses in particular on the social sciences, policy studies, environmental design, and the humanities.
Field trips to local streams, ponds and wetlands where students will collect algal samples and record environmental data. Topics include development and control neural and hormonal of behavior, adaptations for survival, feeding, and predator avoidance, strategies of habitat selection, communication, reproduction, and social behavior. Come into the Environmental Studies Student Advising Center in 144 Columbia Hall during to meet with a student adviser. The emphasis is on the flora and fauna of the Philadelphia region and learning how to use identification tools in the field and lab. Incorporating spatial scale into watershed studies is a developing field with many opportunities to advance watershed science and the associated environmental regulations and policies. Be familiar with drinking water standards, regulatory aspects and protection of municipal, community, and private well systems.
Topics include the hydrologic cycle, limnology, wetlands, water quality and water quality indicators, federal and state water regulations and standards, watershed management, water law, and restoration of aquatic ecosystems. Principles and philosophies associated with the development, management, and use of natural resources are studied in the relationship to the ecological and social implications inherent in management alternatives involving the natural environmental and the use of renewable natural resources. What if there is a mistake on my degree audit? Other Questions Where do I go if I need help with homework or need tutoring? The course will examine the relationship between observation, memory, and imagination, the relationship between feeling, insight, expression, and experience, and the nature of imagination as an act of non-linear, analogical cognition. Topics will range from how species distributions arise to how we define species and how we reconstruct the influence and importance of both ecology and evolutionary history on their distributions. What should I bring when I visit my adviser? Currently approved courses in each discipline are listed below. Examines the chemistry of the natural atmosphere to prepare for the understanding of how pollutants interact with natural species.
Spring only Prereq: , or Permission. Half of the classes are held outside at local parks and refuges and the remainder are in the lab where specimens from the world renowned collections housed at the Academy of Natural Sciences of Drexel University will be studied. Recommended preparation: basic physical and biological sciences and familiarity with spreadsheet programs such as Excel. We'll be focusing on North America, Western Europe, and Australasia. Designed for individuals who have an interest in understanding environmental issues from a global perspective. Prerequisites: Environmental Science major or minor, consent of the Chair of the Environmental Science program, and consent of the faculty sponsor.
Comprehensive understanding of the hydrologic processes associated with the environmental processes. These are the 2 ways that you can switch or declare your degree program. Students will have first-hand lab experiences studying environmental problems from a scientific perspective as well as proposing and implementing solutions to sustainability. The course's capstone is a community-based research project that identifies structural problems in the food system and devises asset-based solutions to these problems. Introduction to Geographic Information Systems.
The course examines the ways in which the allocation of resources in the food system have disproportionately disadvantaged poor, minority, and immigrant communities. May be repeated for additional credit. Includes both laboratory and field experiments. Prereq for : Junior Standing Prereq for : Graduate Standing. Content and credit dependant on depth of study. Come into the Environmental Studies Student Advising Center in 144 Columbia Hall during to meet with a student adviser.
Your class schedule can be seen on. This course will provide a survey of the diversity of plant-animal interactions, the multidisciplinary approaches used to understand their ecology and evolution, and their importance to ecosystem services that sustain human societies. Applications of Geographic Information Systems. Yes, the interdisciplinary includes three 3 lower-division required courses and five 5 upper-division required courses, for a total of 32 credits. This is a writing intensive course. See an advisor for assistance.
Before each tour of a power plant students will attend a lecture at Reykjavik University on power production and its role in fueling economies and its potential impacts on the environment. Additional work is required for graduate credit. They also offer group or private tutoring for additional courses for a fee. Fundamental toxicological concepts including dose-response relationships, absorption of toxicants, distribution and storage of toxicants, biotransformation and elimination of toxicants, target organ toxicity and teratogenesis, mutagenesis, and carcinogenesis; chemodynamics of environmental contaminants including transport, fate, and receptors; chemicals of environmental interest and how they are tested and regulated; risk assessment fundamentals. Can I use classes from my major for general education requirements? This major prepares students for careers in the non-profit sector, government agencies, environmental planning, sustainability advising, green business, environmental education, environmental journalism, and related areas.
Research addresses an environmental problem using laboratory, field, or library techniques. The course will explore potential limitations to these strategies and provide an appreciation of the relevance of ethics, economics and politics to biodiversity conservation while promoting the potential for individual action to influence conservation efforts. Come into the Environmental Studies Student Advising Center in 144 Columbia Hall during to meet with a student adviser. On the international side, students will examine the disagreements between industrialized and non-industrialized countries, and how resulting treaties have reflected different ideas of justice, and different political contexts. Factors and evolutionary history that influence both the ecology and evolution of organismal diversity will be covered. Environmental life cycle assessment is the study of the environmental impacts resulting from the human production of goods and services from raw material acquisition through ultimate disposition.
Prerequisites: Environmental Science major or minor and consent of the Chair of the Environmental Science program. Students will also learn to utilize more manual methods but will also use electronic data acquisition systems and further develop their scientific writing skills. Non-vascular species are examined but not emphasized. The course will be centered on social science theories that help us understand the politics of climate change. Within the Intermediate Breadth Requirements and Upper Level Electives, students must fulfill required field and lab courses in Environmental Sciences. Takes a historical approach beginning with ancient sources of energy, the discovery and exploitation of coal and the industrial revolution, the critical importance of oil and its derivatives, natural gas, nuclear and renewables.