The Nature Conservancy’s Science Cabinet brings together the Conservancy’s top scientists into a forum for horizon scanning, identifying critical research needs, and to serve as a review board for major scientific issues, analyses or tools that rise to the level of the Conservancy’s executive team.
The Science Cabinet will collaborate with other scientists inside and outside the Conservancy and is responsible for leading analyses and research projects that the Conservancy’s president deems essential. The cabinet reports to the Conservancy’s chief scientist and is chaired by Heather Tallis, Acting Chief Scientist.
The Science Cabinet is expected to make sure the Conservancy is at the forefront of the science relevant to the organization’s mission. Its members are also expected to help recruit top scientific talent to the Conservancy and to themselves be recognized externally as globally significant scientists.
Why a Science Cabinet?
There is tremendous scientific talent and work across the Conservancy, but no formal high-level vehicle to catalyze scientific collaboration and bring that talent together to inform decision-making at TNC. The Cabinet will collaborate with the Conservancy’s chief scientist to foster the culture of science and evidence essential to advancing the broader fields of science relevant to conservation, and to keeping the Conservancy ahead of the curve as it tackles present and future global challenges.
What the Cabinet Does
- Constitutes a cadre of externally recognized thought leaders on key conservation science issues;
- Provides scientific guidance on strategic and horizon-scanning questions to the Conservancy’s chief scientist, executive team and Board of Directors;
- Undertakes as a body select, short-term scientific efforts to advance cutting-edge research whose findings and impact touch on multiple organizational strategies and/or regions;
- Provides a mechanism for high-level science coordination and collaboration across regions and priority topics — creating or highlighting science innovation ripe for replication;
- Provides scientific thought leadership to major science-focused fundraising opportunities at the Conservancy;
- Seeks to expand the Conservancy’s scientific partnerships with government agencies and premier universities.
- Advises on recruitment and retention of top-notch scientific talent for the Conservancy.
- Contributes to an internal scientific peer network that stimulates collaboration and elevates scientific advances of key relevance to strategies.
- Collectively serves as a symbol of the Conservancy’s commitment to rigorous science via members’ regular scientific publication in high-level journals, conference appearances and public communications.
Who Is the Science Cabinet?
Cabinet members are nominated by their respective regional or priority directors in consultation with the chief scientist. Their nominations and publication records are then reviewed by the Conservancy’s Science Council to insure excellence. It is expected that the Science Cabinet will eventually grow in number to 12 or 13 with an immediate effort to recruit experts in the areas of energy and climate.
The Science Cabinet currently includes:
Hugh Possingham, Chief Scientist and Chair of the Science Cabinet
Heather Tallis, Global Managing Director and Lead Scientist for Strategy Innovation
Mike Beck, Lead Scientist, Global Marine Team
Deborah Bossio, Lead Soil Scientist
Joe Fargione, Lead Scientist, North America Region
Eddie Game, Lead Scientist, Asia Pacific Region
Joe Kiesecker, Lead Scientist, Development by Design
Rob McDonald, Lead Scientist, Global Cities
Jennifer Molnar, Lead Scientist, Sustainability Science
Hugh is the Chief Scientist of the Nature Conservancy. He uses mathematics to formulate and solve problems for saving plants, animals and ecosystems.
Heather founded and directs the organization’s Human Dimensions Program (HDP), an initiative to bring human well-being considerations into conservation practice from the planning stage forward.
Mike works on the interface between marine science and policy, on marine spatial planning, habitat restoration, and coral reef conservation in temperate and tropical regions.
Deborah integrates new soil science expertise to advance climate, agriculture, forestry and conservation priorities and to better understand how we can scale our impact through improved soil management.
Joe’s research seeks ways to balance human energy and food demands with environmental conservation. Solutions include appropriate siting of new energy development and new sources for conservation funding.
Eddie is responsible for ensuring that the Conservancy remains a world leader in making science based conservation decisions, can robustly report on our impact, and that we get the greatest return for our conservation investments.
Joe develops new tools, methods, and techniques that improve conservation. He pioneered the Conservancy’s Development by Design strategy.
Rob researches the impact and dependencies of cities on the natural world and helps direct the science behind much of the Conservancy's urban conservation work.
Jen provides thought leadership on improving society’s ability to create a more sustainable future for nature and people, including through corporate practices and policy.