Courses
Geography 260, Conservation of Natural Resources, visits Whiteface Observatory in the Adirondacks
Geography 260, Conservation of Natural Resources, visits Whiteface Observatory in the Adirondacks
My courses:
Spring 2024:
GIS: Spatial Analysis (GEOG/ESCI 224)
Climate Action and Renewable Energy (GEOG 340)
Renewable Energy in Germany (ENST 260)
Spring 2023:
GIS: Spatial Analysis (GEOG/ESCI 224)
Fall 2022:
Climate Action: Tales from the Front Lines (first-year writing seminar, GEOG 110)
Cartography and Data Visualization (GEOG/ESCI 220)
Spring 2023:
GIS: Spatial Data Analysis (GEOG/ESCI 224)
Fall 2021:
Climate Action and Renewable Energy (GEOG 340)
Cartography and Data Visualization (GEOG/ESCI 220)
Spring 2022:
GIS: Spatial Data Analysis (GEOG/ESCI 224)
Geographies of Food and Farming (GEOG 256)
General info for Students:
1. What is the difference between GIS and Cartography
2. Thesis guidelines (accessible for all .vassar.edu users)
3. Small grants for thesis research (accessible to .vassar.edu users)
4. Funding for projects related to Environmental Studies; for details, see this link (for .vassar.edu users)
4. Commandments, er, I mean tips, for student writing
Student project results! Check out work produced by these classes
ArcGIS online story maps and other apps
Web Mapping class 2019, Final Projects
Web Mapping class 2017, Final Projects
Public Interest videos:
Renewable Energy in Germany: field trip findings (2018)
Mapping Projects, posters (be patient, images take a minute to load):
GIS class final projects (2018)
Cartography class final projects (2017)
Geography 220: Cartography: Making Maps with GIS
Geography/Earth Science 224: GIS: Spatial Analysis
Geography 228: Web Mapping
Geography/Earth Science 254: Food and Farming: From Local Food to Biofuels
Geography/Earth Science 260: Conservation of Natural Resources
Geography/Earth Science/Environmental Studies 356: Environment and Land Use Planning
Geography/Earth Science/Environmental Studies 340: Arctic Environmental Change
Environmental Studies 124: Essentials of Environmental Science
Environmental Studies 254: Environmental Science in the Field
Geographies of Food and Farming, GEOG 256
Farming and food production connect us to the landscapes in which we live, and increasingly, farming and food connect us to patterns and practices of globalization. Each year the world produces more food than ever before, yet factors such as centralization of production and competition beset developing regions, accelerate losses of rain
forests from Indonesia to Brazil, and increase calls from academics, and NGOs to meet accelerating demands for food around the world.
To understand these issues, we focus here first on the first principles: the physical environmental factors (mainly climate patterns, water resources, and soil material) that delimit agricultural regions of North America. As part of this discussion, we consider ethical, political, and cultural aspects of food production. We then use these frameworks to examine alternative practices and, to a limited extent, other regions.
Physical geographers ask a variety of questions that help explain agricultural production. Why things grow where they do? Why don’t they grow elsewhere? How do these patterns matter for the people who grow and consume biological resources? How do these human activities shape (or threaten) our environmental systems, and why?
We have two central goals in this course:
1) to understand how basic concepts in physical geography work and how they shape social, economic, and cultural conditions; and
2) to gain a deeper understanding of this critical topic, food and farming, which will continue to shape our communities and our environment in dramatic ways.
Web Mapping: Advanced approaches to publishing and sharing GIS data; GEOG 228
0.5 units, first 6 weeks, 12-1:15 Monday/Wednesday
Web maps, map apps, story maps, and other emerging applications offer new opportunities to publicize and share spatial data. This half-unit course introduces several of these techniques. Students make and present several of their own online maps and compare different ways to communicate spatial data to an online audience.
Prerequisites: NOTE that Cartography or GIS are helpful but not necessary background. If you are willing to explore the software and are interested in mapping, that should be sufficient. See me if you have questions.
Renewable Energy in Germany, ENST-GEOG 254 --Syllabus here
GIS --GEOG 224 --Syllabus here
Arctic Environmental Change, GEOG 340
A lot of us read about climate change, climate science, and climate policy, but how well do we understand what we know and how we know it--that is, what the evidence is, how it is interpreted, what it means, and what processes and patterns are changing as the climate changes, and what it means? As in most questions, the devil is in the details, and understanding those details can be both rewarding and important for those of us who hope to make some contribution to the discussion of climate change and what to do about it. Therefore, this course is about examining recent articles (primary literature) on the nature and impacts of climate change.
Why focus on the Arctic? Because this is where change is most dramatic, and because it is the “cold storage” for the globe, a key buffer against larger global impacts. In addition, this region is home to ancient and endangered cultures and ways of life, and to energy resources and biological resources, including migratory birds and animals of global importance. The region’s temperature is expected to increase at twice the global rate, with substantial impacts on methane release from permafrost, energy interactions with a warming land surface, biome shifts, and increasing heat retention in an ice-free Arctic. Understanding climate change processes and impacts in this region gives us insights into understanding processes and impacts in other parts of the globe.
GEOG 280/URBS 280 Sustainability planning: Putting theory into practice
1:30-2:45 Tuesday/Thursday
We all want a sustainable future, but how do we get there? Sustainability plans are one approach. Sustainability plans try to provide a road map for putting sustainability principles into practice, and to seek co-benefits for social justice and public health, while teaching us about energy, systems, food systems, and other components of our environmental footprint.
In this course we examine different approaches to sustainability plans, from New York City to the Vassar Campus, as well as examining examples from Germany to China. As part of the class, students will develop portions of a sustainability plan that incorporates their knowledge into a realistic guidance document.