Harmonizing Science, Politics, and Policy
in Natural Resources Management

latest news

What is the Science Impact Collaborative?

For society to manage complex ecosystems effectively, including handling both the sudden and cumulative impacts of climate change, the integration of science-based knowledge with political and socioeconomic considerations is essential. To bridge the very different cultures of the citizen, scientist, and public official we need a new kind of environmental professional, one trained in traditional disciplinary skills, but who can also build consensus among a range of disciplines and communities and communicate complex information to diverse groups. The MIT Science Impact Collaborative (formerly known as MIT-USGS Science Impact Collaborative) has been experimenting with a field-based graduate training program aimed at providing instruction in both sets of skills. Students are involved in action-research to help them gain the interdisciplinary knowledge required to integrate the diverse fields involved in environmental decision-making. The Science Impact Collaborative and there are similar programs at several other universities, teaches masters-level professionals to function as “Science Impact Coordinators,” equipped to step into professional assignments immediately after graduation. The program balances the theoretical perspectives of a diverse mix of faculty with those of visiting scholars who bring practical experience to bear on the complex assignments that students takes on. Science Impact Coordinators in training work on field-based projects initiated by Federal, state and local agencies.
download pdf of entire article...

This year, interns and doctoral researchers, under the direction of MIT faculty and agency field advisors, are working on:

  • Addressing the challenge of climate change through strategic habitat conservation in the Everglades;
  • Assessing ecosystem sustainability and vulnerability to climate change in the Lower Mississippi Valley;
  • Adaptive strategies to achieve sustainable energy in the face of changing climate through the use of offshore wind farms;
  • increasing public awareness of the risks associated with climate change and the need to reduce the vulnerability and enhance the resilience of coastal communities in Massachusetts.

 






Everglades ProjectTo find out more information on Everglades Project, please click here.

Recent Research
The Role of Information Technology, Scenario-building, and Modeling in Collaborative Processes
Agent-Based Models of Socio-Hydrological Systems for Exploring the Institutional Dynamics of Water Resources Conflict

Beaudry Kock

abstract | download pdf

The Role of Local Knowledge and Expert Knowledge in Natural Resource Management
The Role of Science in Water Management in Washington State

Tijs van Maasakkers

abstract | download pdf

Market Mechanisms and Adaptive Management
Sustainable Energies? A Feasibility Study of Conservation Credit Trading Schemes as a Tool to Conserve the Sagebrush Steppe Biome in Three Western States

Nathan Lemphers

abstract | download pdf

Joint Fact Finding and Collaborative Decision-Making
Environmental Restoration in the Atchafalaya Basin: Boundaries and Interventions

Tijs van Maasakkers

abstract | download pdf

How Can Practitioners Analyze and Engage Science-Intensive Public Disputes?

Tijs van Maasakkers

abstract | download pdf

Green Technology and Public Entrepreneurship Networks
The Potential Role for Technology Demonstration Projects in Clean Energy Planning: The Case of Offshore Wind (Draft)

Jennifer Edwards and Lawrence Susskind

abstract | download pdf

State Ocean Planning and Offshore Wind Development: Summary of Efforts in Maine, Massachusetts, and Rhode Island (Draft)

Jennifer Edwards and Lawrence Susskind

abstract | download pdf