The Nature Conservancy is pleased to solicit applications for the NatureNet Science Fellows program, a trans-disciplinary postdoctoral fellowship program aimed at bridging academic excellence and conservation practice to confront climate change.
The NatureNet Science Fellows Program
The Nature Conservancy recognizes climate change as the single greatest threat to our mission, and to humanity. Never before has there been an issue that so tightly integrates the health of the planet with the economy, food production, clean, reliable water, health, and equality. The NatureNet Science Fellows program seeks to bring leading early career scientists and engineers from diverse fields into the realm of problem solving at the interface of climate change, technology, and conservation.
This program drives research to tackle the two overarching challenges of climate change: 1) Halting climate change and 2) Adapting to the change that is already underway.
Theme 1: Halting Climate Change
The majority of projected climate change impacts can be avoided, if we act quickly and aggressively towards a low-carbon energy system. Getting there will require major new advances in the science and engineering behind energy technology -- from storage, improved efficiency, and transmission, to new source development--and in how we deploy all energy sources--from encouraging major energy source shifts to siting and operating new infrastructure with minimal environmental impact. Fellows may tackle these challenges from the fields of physics, chemistry, landscape planning, electrical engineering, biology, nanotechnology, political science, meteorology, waste management, computer science, energy technology, geography, or transport engineering and may address issues like:
- Identifying priority areas for new renewable energy development that maximize production and minimize environmental impact
- Discovering and deploying new low carbon energy sources with minimal environmental impact
- Identifying the full suite of environmental, social and economic risks of new energy technologies, carbon capture technologies, or even geoengineering
- Analyzing policy or market options to encourage a rapid transition to a low-carbon economy
Theme 2: Adapting to Climate Change
Climate change is already happening, and current levels of greenhouse gasses in the atmosphere have already locked the planet into significant climate disruption. The NatureNet program supports research that will identify new means for reducing these impacts and improving the ability of both nature and people to adapt. Relevant challenges will be addressed by fellows from fields as wide ranging as coral biology, agricultural technology, political economics, coastal geomorphology, ecology, forestry, water and sanitation health, climatology, environmental toxicology, agronomy, irrigation engineering, animal husbandry, fisheries, or coastal engineering, and may include:
- Protecting coastal habitats, urban areas and vulnerable communities from sea level rise
- Predicting and responding to extreme events to reduce impacts and ensure disaster response does not further damage vulnerable ecosystems and people
- Managing forests as carbon sinks, migratory corridors and water filters to lessen species loss and water supply impacts
- Designing and incentivizing climate-smart agriculture, with lower fertilizer and water needs, higher drought and flood tolerance, and lower environmental impacts
- Establishing networks of corridors and reserves that will be resilient to climate disruption
- Consideration of assisted migration and enhanced evolution to facilitate resilience
Through this ground-breaking research, the program will create a network of fellows, university scientists, engineers and conservation scientists that increases the rigor and breadth of thought applied to the issue of climate change, and ensures that breakthroughs will reach well beyond the network to create impact.
Connecting Academia and Practice
Fellows will work with a Nature Conservancy mentor and a hosting senior scholar (or scholars) from one of the NatureNet partner universities to develop a research program. The joint mentorship model is unique, and additional training is provided in science communication and cross-disciplinary collaboration. Fellows spend up to two weeks each year in science communications training and intensive collaboration and problem-solving opportunities.
We envision the science leaders emerging from this program taking on top positions in tech innovation, academic research, conservation practice, government positions or any number of other influential conservation-relevant posts around the world.
The program is run in partnership with a diversity of universities that represent traditional and non-traditional disciplines relevant to conservation science. Applicants must identify one university as their home institution, but are encouraged to suggest collaborations with additional universities and institutions if those collaborations will greatly enhance the research. Applicants are also encouraged to identify a potential university mentor (not necessarily restricted to the list provided). This year’s participating universities are:
Arizona State University: ASU’s Center for Biodiversity Outcomes (CBO) strives to accelerate the success of sustainable biodiversity outcomes by cultivating interdisciplinary collaboration and co-producing solutions with government agencies, non-governmental agencies, foundations and corporations through an “actionable science” model. With over 70 Faculty affiliates with expertise ranging from supply chain management to biodiversity informatics, CBO is poised to address research questions relevant to applied research working with faculty from ASU’s School of Life Sciences, School of Sustainability, School for the Future of Innovation in Society, School of Geographical Sciences and Urban Planning, School of Earth and Space Exploration, School of Human Evolution and Social Change, and the New College of Interdisciplinary Arts and Sciences.
Brown University: The Institute at Brown for Environment and Society brings together faculty, postdoctoral fellows, and students from diverse fields across campus to study complex challenges at the interface of human and natural systems, with a focus on the most vulnerable populations and systems. IBES organizes its research into four problem-based themes: Natural Systems, Food and Water, Human Health and Wellbeing, and Equity and Governance.
Columbia University: The Earth Institute provides a focal point for interdisciplinary collaborations that involve natural sciences, engineering and social sciences through 28 research centers and programs. In particular, faculty at Columbia provide research opportunities in climate change, sustainable agriculture, and energy technology and conservation through the Earth Institute's Agriculture and Food Security Center, Lenfest Center for Sustainable Energy and the Department of Ecology, Evolution, and Environmental Biology.
Cornell University: Cornell’s Atkinson Center for a Sustainable Future connects groups of faculty to collaboratively tackle problems related to energy, the environment, and economic development as interdependent and interconnected. The science and engineering needed to develop clean technologies cannot be separated from the ecological study of Earth's integrated human and natural systems or from the social science of human behavior and well-being.
Princeton University: The Princeton Environmental Institute (PEI) involves upwards of 110 members of the Princeton faculty, representing 25 academic disciplines, whose research and teaching focuses on the scientific, technical, policy, and human dimensions of environmental issues. PEI's principal research centers address complex issues surrounding global change; energy and climate; biogeochemical cycles; molecular geochemistry; biodiversity and conservation; environmental science and policy; infectious disease and global health; and sustainable development in impoverished and resource-challenged regions of the world.
University of California – Los Angeles: The Institute of Environment and Sustainability has over 70 faculty over eight research centers and is focused on climate, water, energy, air quality, urban sustainability, and conservation. Postdoctoral fellows are expected to have two UCLA advisors, each representing a different field– the point of this is to insist upon transdisciplinary research. The fields can be drawn from natural sciences, physical sciences, social sciences, business, engineering, public health and humanities.
University of Pennsylvania: The University of Pennsylvania has an integrated program in energy research (VIPER), a Biology Department with several faculty members interested in conservation, and a strong sustainability program hosted through the Wharton School of Business. In addition, Penn’s Materials Science and Chemistry programs offer research opportunities in “green chemistry.”
Yale University: Yale University’s School of Forestry and Environmental Sciences has research centers in urban ecology, industrial ecology, green chemistry and sustainable forestry. In addition, Yale’s Center for Business and the Environment brings together the expertise from the School of Forestry and Environmental Sciences with the Yale’s School of Management to catalyze business approaches to the world's most significant environmental issues. Energy research is fostered by two University-wide institutes, the Yale Climate and Energy Institute and the Energy Sciences Institute.
Fellows are encouraged to identify a mentor at The Nature Conservancy, although not required. Potential Nature Conservancy mentors can also be found on the Mentors page.
Eligibility and Award Terms
The Conservancy expects fellow appointments to start between July 1 and September 1, 2016. Eligible individuals will have completed their doctorate within the past five years. Applicants who have not yet completed their doctorate must clearly indicate on the application the date the degree is expected.
Each fellow will receive a non-negotiable annual salary of $50,000 plus benefits, with the postdoctoral position expected to run for two consecutive years. In addition to the stipend, each fellow receives an annual travel budget of approximately $5,000 and an annual research fund of approximately $20,000.
Second-year renewal of the fellowship is contingent upon satisfactory progress and contribution to the collective program.
Applications must be submitted by October 31, 2015 to Dr. Katie Dietrich at NatureNetScience@tnc.org. In the subject line of the e-mail place your last name and the host university. Submit the following materials:
- Cover letter and research proposal (2 pages). Applicants should describe experience and suitability for the program through a brief research proposal. Unlike a standard cover letter, this proposal should highlight a research question of interest, the research approach and methods, the scientific significance, and significance to The Nature Conservancy and action-oriented research. The proposal should illustrate the strengths of the applicant’s experience towards developing and implementing this research.
- Curriculum Vitae or resume.
- Letters of recommendation. Arrange to have three letters of reference submitted to NatureNetScience@tnc.org with only your name in the subject line.
Accepted candidates will be notified by January 31, 2016. Funds are available for fellows to start on approximately July 1, 2016.
For further information about the NatureNet Science Fellows Program please contact Katie Dietrich, NatureNet Program Manager, at NatureNetScience@tnc.org.