Support the Eunice Newton Foote Award Endowment

Recognize and encourage impactful research in climate physics.
Donate now
Eunice Newton Foote
Eunice Newton Foote
Drawing by Carlyn Iverson / NOAA Climate.gov

Your gift supports the first APS-level prize honoring research in climate physics

As more physicists become interested in applying their domain knowledge to climate challenges, the APS Topical Group on the Physics of Climate (GPC) proposes to establish the first APS prize recognizing climate physics research. This prize will establish the importance of climate research in the physics community, as from the early days of climate science, physicists made major contributions to the field. Climate change is one of the biggest challenges of our time, and scientific research and teaching are critical to addressing climate change. Climate science is an interdisciplinary field, and physics is one of the core climate science disciplines. The prize will be named for one of the early physicists who made enormous contributions to climate science: Eunice Newton Foote.

APS GPC is currently one of the few APS units without an APS-level prize, nor is there an APS-level prize honoring research in climate physics. If we raise enough funds, this will become the second APS-level award honoring a female scientist, discounting early career awards. The first award was the Mildred Dresselhaus Prize in Nanoscience or Nanomaterials, which was created by generous contributors.

While our initial goal is $150,000 our long-term goal is to raise $300,000 to make this a Society-level prize.

Support the Foote Award

About Eunice Newton Foote

Eunice Newton Foote (1819-1888) was a trailblazing female scientist, and a suffragist who lived in upstate New York and worked with Susan B. Anthony and Elizabeth C Stanton. She pioneered the investigation of radiative effects of water vapor and carbon dioxide, presaging the discovery of the greenhouse effect. Foote was the first to demonstrate the ability of atmospheric water vapor and carbon dioxide to absorb and be heated by solar radiation. Her work, which pre-dated John Tyndall's discovery of the greenhouse effect, fell into obscurity only to be recognized over 100 years later and is now widely regarded as one of the most significant early discoveries in climate physics.

The Eunice Newton Foote Prize will contribute to building the climate research community and honor the wide range of physicists who have, are, and will contribute to addressing fundamental scientific, technological, and social problems.

About GPC

APS GPC was founded in 2012 to urge physicists to more actively participate in advancing understanding of the climate system and developing technologies to mitigate the effects of climate change.

Donors like you have helped us to raise $18,654.81 of our $150,000 goal.

Donate to the Foote Award endowment

Thank you to our donors

  1. Anonymous
  2. APS Physics of Climate Topical Group
  3. Hussein Aluie
  4. Justin Burton
  5. Michael Dine
  6. Daniel Holz
  7. Nadir Jeevanjee
  8. Joseph Kozminski
  9. Valerio Lucarini
  10. Brad Marston
  11. John Mashey
  12. Morgan O'Neill
  13. Nimish Pujara
  14. Christopher Tong
  15. Renate Wackerbauer
  16. Xiyue Zhang

Ways to give

Donate to APS through the most convenient and secure methods for you.

Help recognize and enhance outstanding achievements of early-career scientists in the interdisciplinary area of precision measurement and fundamental constants and encourage the wide dissemination of the research results.

Reach out to us for a form to give through a wire transfer.

Write a check payable to the American Physical Society and include the name of the award in the memo. Mail your gift to:

Kevin Kase, Director of Development
One Physics Ellipse
College Park, MD 20740

Help APS sustain a strong and inclusive physics community, positively impacting the lives of researchers, students, educators, and the general public.

Contact

Please email the APS fundraising team with questions.

Related

Eunice Newton Foote

In 1856, an American woman named Eunice Newton Foote conducted a series of homespun experiments that concluded carbon dioxide could warm the earth.

Newton pendulum balls

You can help APS sustain a strong and inclusive physics community, positively impacting the lives of researchers, students, educators, and the general public.

The APS Medal

APS honors exceptional contributions to the physics community, including travel support for students and early career physicists.

An opened Reviews of Modern Physics page

We're advancing physics to benefit humanity.

Join your Society

If you embrace scientific discovery, truth and integrity, partnership, inclusion, and lifelong curiosity, this is your professional home.