- Takes place in environmental hotspots or human impacted field sites.
- Earn 6 points of science credit from Columbia University in just 5 weeks.
- Designed for students of all majors. No prerequisites required to enroll.
Special fellowship funding is available from EICES.
SEE-U is held in beautiful, yet human impacted, ecological settings.
Patrick Belmont, Ph.D.
Utah State University
5210 Old Main Hill, NR 350
Logan, Utah 84322-5210
We are pleased to announce that the Fall 2014 application for admission to the Masters programs at the Yale School of Forestry & Environmental Studies is now live. You can access the application here. Please make sure to submit all of your materials no later than December 15, 2013 in order to be given full consideration for admission.
Financial Aid Update
In order to be considered for scholarships, all applicants must submit the F&ES financial aid application by February 15, 2014. U.S. students must also submit the 2014-15 FAFSA by this deadline. Applicants who submit late or incomplete applications for financial aid will not be considered for scholarship. The financial aid application will be available in mid-October.
This PhD develops preliminary work in TEC by Profs Ziegler, Higgitt, Oliver, Wasson examining river bank stratigraphies to develop a timeline of flood occurrences during the past millennia. In particular the work will explore the possibility of a breakdown of the Indian Ocean Monsoon during the Little Ice Age, then it's restrengthening in the last 100-200 years. Fieldwork will be conducted in at least the following countries: Thailand, Lao PDR, Myanmar. Analyses will involve 14C and OSL dating. Other analyses could involve hydrological modeling and comparison of the flood record against including tree ring and speleothem archives. This work has implications for understanding potential changes in flood occurrences with plausible impending climate change
Disease transmission requires a susceptible host to encounter an infected host or vector, thereby is an inherently spatial process. Factors affecting the spatial distributions of pathogens, hosts, and vectors, and their likelihood of close encountering, are thus critical for understanding the dynamics of diseases. PhD projects under this research theme will be cross-cutting and expand the work done by both the physical and human geographers of the Department (i.e., Dr Wang, Prof Taylor, Dr Feng, Dr. Grundy-Warr, Prof Ziegler) to examine the ecology, epidemiology and geography of infectious disease (including, but not limited to, malaria, opisthorchiasis, schistosomiasis, and clonorchiasis), with the applications of GIS, remote sensing and other spatial analysis techniques. Topics may include: environmental and/or social determinants of disease prevalence and transmission; spatial analysis and modeling of disease risks; landscape influences on the spatial variation in disease prevalence; and impacts of land change on disease ecology. Interested students with ecology, physical geography, and GIS/remote sensing background are encouraged to apply.
Agent-based modeling (ABM) is a powerful approach for simulating social and natural systems. It enables exploring a wide range of geographical and more broadly social sciences issues facing society. With the emergence of “spatial big data” that come in large volume and fine granularity, and CyberGIS that is capable of handling these spatial big data, it is now possible to carry out micro-simulation on a large spatial and temporal extent. ABM in CyberGIS thus makes it possible to offer researchers and policy makers more realistic rendition of spatial dynamic systems of interest and explore key trends in these systems that carry policy implications.
Projects under this research theme include the development of new ABM formalisms and algorithms in CyberGIS, techniques for handling spatial big data, and tools for visualizing high-dimensional data sets, as well as their applications various urban issues, such as urban transportation and accessibility. Interested students with strong GIS and modeling background are encouraged to apply.
Mangroves provide a multitude of important ecosystem services, supporting the livelihoods of millions of people in Southeast Asia, though are suffering rapid decline. Research in the Mangrove Lab at NUS Geography focuses on the geomorphological, ecological and social factors that affect mangrove stability and ecosystem service provision, using field-based and remote sensing techniques. We are particularly interested in research that puts mangroves into a wider coastal management perspective.
Topics may include 1) quantification and modelling of mangrove ecosystem services (e.g. carbon) under different management scenarios, 2) mangrove geomorphology and its effect on ecosystem service provision, 3) mangrove geomorphology and sea level rise, 4) geomorphological, ecological and social factors contributing to mangrove restoration, and 5) remote sensing of mangrove land cover change. Current study locations include Singapore, Sulawesi (Indonesia) and Thailand, though there is potential to expand research to The Philippines and Sri Lanka. Students will be expected to work closely with our regional University and NGO partners. Students with an interest in ecology, physical geography and/or GIS/remote sensing are encouraged to apply. For more information on current projects and students see www.themangrovelab.com
Application Deadline: March 1, 2014
Applications are now being accepted for the summer 2014 Ecosystem Restoration through Interdisciplinary Exchange (ERIE) REU at the State University of New York at Buffalo (UB). The ERIE-REU, sponsored by the National Science Foundation, provides the opportunity for undergraduate students to conduct interdisciplinary faculty-mentored research on a diverse array of projects related to ecological restoration of aquatic systems.
Students involved in the ERIE-REU program will receive one-on-one mentoring in the conduct of environmental research, focused training in environmental and professional development topics, and exposure to a variety of research methods. The program includes weekly group meetings to share research progress, and culminates with a symposium in which each student will present his/her research findings in oral and poster formats. In addition, students will participate in social events and field trips highlighting ecosystem restoration efforts and the environment of western New York and the lower Great Lakes region.
REU participants will receive a $500/week stipend (total of $5,000) and on-campus housing in a newly constructed LEED-certified student complex. A full time commitment to REU activity is expected (i.e., participants do not enroll in academic classes during the same period). Participation is limited to U.S. citizens or permanent residents, and students must be enrolled as undergraduate students in a college program through Fall of the following year (graduating seniors are ineligible). Most successful applicants have completed their junior year of study, although well-qualified sophomores are encouraged to apply.
All eligible undergraduate students interested in environmental/civil/chemical engineering, biology, chemistry, geology, or geography are encouraged to submit an on-line application; application instructions, faculty participants, and more information can be found at http://www.erie.buffalo.edu/REU_apply.php. Students from underrepresented groups or attending institutions lacking research facilities or opportunities are especially encouraged to apply.
The State University of New York at Buffalo is a premier research-intensive public university, a flagship institution in the State University of New York system and its largest and most comprehensive campus. UB's more than 29,000 students pursue their academic interests through more than 300 undergraduate, graduate and professional degree programs. Founded in 1846, the University at Buffalo is a member of the Association of American Universities.
For more information, please contact:
ERIE-REU Program Coordinator
University at Buffalo
202 Jarvis Hall
Buffalo, NY 14260-3000
In Green Corps’ year-long paid program, you’ll get intensive training in the skills you’ll need to make a difference in the world. You’ll get hands-on experience fighting to solve urgent environmental problems — global warming, deforestation, water pollution and many others — with groups such as Sierra Club and Food and Water Watch. And, when you graduate from Green Corps, we’ll help you find a career with one of the nation’s leading environmental and social change groups.
For more information, read below or visit our web site: www.greencorps.org.