Geography Major
Train for a career in earth sciences.
As climate change becomes more severe, it is more important than ever to understand earth systems and their interrelationship with human actions. With the Geography Major, you will analyze weather systems, landforms, and hydrology and investigate how social processes such as globalization, demographics, urbanization, and the construction of cultural identities shape the earth’s surface and climate. You will develop important analytical and problem-solving skills that are relevant to a wide range of scientific, environmental, and public policy–oriented careers. Then you will put theory into practice through hands-on experimentation and research in our Geographic Information Systems (GIS) and earth science laboratories and in an off-campus internship or research opportunity with a local organization. Membership in Gamma Theta Upsilon, the international geography honor society, is available to distinguished students.
WHAT YOU WILL DO
- Learn geospatial technologies like cartography, remote sensing, and GIS
- Conduct both field- and laboratory-based analysis
- Participate in faculty-led undergraduate research on topics like water pollution, urban geography, atmospheric carbon sequestration, cartography, remote sensing of the environment, drone-based imaging, and more
- Focus your studies with a concentration in earth science education, earth system science, environmental studies, geographic information systems, and general geography
- Discover the relevance of geography to a wide array of disciplines in the natural and social sciences, including biology, chemistry, environmental science, sociology, urban studies, political science, and public policy
Options in Geography
-
In addition to core geography courses, you will take the courses Introduction to Organismal Biology, Principles of Ecology, Introduction to Astronomy, Meteorology, Oceanography, Hydrology, The Sedimentary Record, any math course at 200 level or above, and a physics course as well as 12 credits of electives.
-
In addition to core geography courses, you will take the courses Pre-calculus, Geomorphology, Oceanography, Biogeography, and a physics or chemistry course as well as 14 credits of electives.
-
In addition to core geography courses, you will take Global Environmental Change and 3 or 4 of the following courses: Coastal Environments, Sustainable Communities, American Public Lands: Environmental Issues, Environment and Development, Sustainable Food Systems, Fundamentals of Renewable Energy, Sustainable Housing And Techniques, and Selected Topics: Geography, as well as 1 of the following courses: Internship: Geography, Independent Study: Geography, and Readings and Directed Research.
-
In addition to core geography courses, you will take the courses Physical Geography or Meteorology, Human Geography, Physical Geology, Geographic Information Systems I, Geography Literature Seminar, Geography Seminar, at least one advanced course (200-400 level) in physical geography or human geography, and 3 advanced courses in any category.
-
In addition to core geography courses, you will take the courses Programming for Non-CS Majors, Statistics I, Introduction to Remote Sensing, Geographic Information Systems II, 4 courses at the 200 - 400 level in either physical or human geography, and one of the following courses: Independent Study: Geography, Readings and Directed Research, or Internship: Geography.
-
The Geography Honors Program is intended for outstanding majors interested in research as well as those who plan to pursue an advanced degree. As an honors student, you will complete an original research project, defend the project before an approved review committee, and present the project in at least 1 venue external to Worcester State. Applicants should have completed the geography core courses through GE-200 and have 75 credits overall.
Applicants should have a 3.5 GPA in the major although students with a 3.0 major GPA and a faculty sponsor may petition for admission. Application materials are available from the department chair.
Explore sample courses in this program.
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
GS-101 Physical Geography
GE-102 Human Geography
GS-110 Meteorology
GE-110 World Regional Geography I
GE-111 World Regional Geography II
GE-130 Introduction to Energy Studies
GS-140 Physical Geology
GS-150 Humans and the Cold Regions
GS-165 Geographic Information Systems I
GE-193 Special Topics in Geography for First-Year Students
GE-200 Geography Literature Seminar
GE-210 Geography of North America
GS-210 Geomorphology
GE-214 Critical Cartographies: Digital Mapping and Spatial Data Visualization
GS-217 Spatial Data Methods
GS-218 Introduction to Remote Sensing
GS-225 Oceanography
GS-230 Biogeography
GS-235 Contemporary Climate Change
GE-240 Energy Conservation
GS-240 Coastal Environments
GS-245 Planetary Geology
GE-250 Urban Geography
GS-250 Hydrology
GE-255 Geography of Africa
GE-258 Global Environmental Change
GS-260 Introduction to Soil Science
GS-270 The Sedimentary Record
GE-285 Sustainable Communities
GE-307 American Public Lands: Environmental Issues
GE-308 Environment and Development
GE-312 Sustainable Food Systems
GS-318 Geographic Information Systems II
GS-328 Digital Landscape Analysis
GS-335 Hydrogeology
GS-338 Atmospheric Science
GE-341 Fundamentals of Renewable Energy
GE-342 Sustainable Housing and Techniques
GS-348 Fundamentals of Earth Data Analytics
GS-365 Climate Change Over Earth History
GS-370 Lakes and Environmental Change
GE-400 Geography Seminar
GE-408 Directed Study: Geography
GE-410 Independent Study: Geography
GE-420 Advanced Geoscience Research and Fieldwork
GE-450 Readings and Directed Research
GE-460 Internship: Geography
Meet the Earth, Environment & Physics Faculty
Allison Dunn
My research uses principles from the geosciences, biology, and chemistry to understand the terrestrial carbon cycle. Areas of focus include ecosystem response to climate, urbanization effects on carbon fluxes and pools, and how forest management [...]
William Hansen
My current research examines the changing landscape of New England and the potential impact on climate change and human interaction with the landscape that results from this process. I employ Geospatial Technologies such as geographic information [...]
Nabin Malakar
Dr. Malakar is an assistant professor in the Department of Earth, Environment and Physics. He has a wide-ranging research interest including societal applications of remote sensing data, land surface temperature, air pollution, application of machine [...]
Laura Reynolds
I am a sedimentary geologist interested in understanding how sedimentary environments have evolved over time. I study how salt marsh, wetland, and lake sediments record the interplay of water level changes, tectonic events, flooding, and human [...]