A Woman, a Mountain, a Quest to Map Climate Change

by Joe McGonegal on June 12, 2013

in Alumni Life, Energy, Learning, Research, Science

On the slopes of Mt. Karisimbi, a 4,500-meter volcano in northwestern Rwanda, a lone MIT researcher is working this year to add new data to climate change research.

She is Katherine Potter PhD ’11, the principal investigator for the new Rwanda Climate Observatory. Working in the same area where iconic zoologist Dian Fossey studied mountain gorillas a half-century ago, Potter works just as passionately towards her goal: to empower Rwandans in becoming part of climate change research and to get Africa on the climate-change grid.

If Potter is successful, the observatory atop Mt. Karisimbi will join the Advanced Global Atmospheric Gases Experiment (AGAGE), a worldwide program funded in part by NASA and NOAA that captures climate data.

Katherine Potter.

Katherine Potter.

AGAGE began in 1978 and now includes eight observatories around the world that record air pollution and greenhouse gas emissions. It is a leading source of data for measuring progress against the 1987 Montreal Protocol and 1997 Kyoto Protocol benchmarks for carbon emissions.

Until now, Africa has not had an observatory feeding into AGAGE’s experiment. Covering a fifth of the world’s land mass, this is no small piece of lost data.

Potter hopes to fix that. Working for MIT’s Center for Global Change Science, Potter is training future Rwandan scientists, technicians, and academics to collaborate in the world’s efforts to monitor climate change.

Mt. Karisimbi is a perfect place for the observatory, says Potter, who blogs about her progress. “At 4,500 meters, the air reaching the station will come from a large area, getting info from much of Africa and the surrounding oceans,” she says. “Also, it shares a border with Congo and is in the same protected area that continues into Uganda. So this is unifying the East African community in doing climate research.”

Potter’s work is a result of a conversation Rwandan president Paul Kagame began with then president Susan Hockfield in 2008. Kagame was on campus for the Compton Lecture. CGCS director Ronald Prinn ScD ’71 and geophysics professor Maria Zuber have led MIT’s efforts to develop the project since.

The project has inspired other alums, like Jonathan Goldstein ’83. “My wife Kaia Miller Goldstein and I have worked to support both the Rwandan and MIT leadership,” Goldstein says. “It has been exciting to see them collaborate on this worthy project.  We were thrilled to meet [Potter] while in Rwanda recently. She is a real star.”

“I think the real joy for those involved comes from the cultural collaboration, where MIT scientists can really make a difference in the world and the Rwandan people can show the world that they are rapidly advancing as a society,” says Goldstein.

The AGAGE project begins on Mt. Karisimbi. Photo: MIT Atmospheric Chemistry.

The station’s work begins on Mt. Karisimbi. Photo: MIT Atmospheric Chemistry.

MIT is one of ten universities that participate in AGAGE, a venture jointly funded by British, American, and Australian government agencies. AGAGE instruments around the world measure and report on the atmospheric levels of 33 compounds.

Potter is collaborating with the Ministry of Education in Rwanda, which is recruiting top academics and analysts from within its borders to participate. The Rwandan government is also planning to construct an €18-million cable car up Karisimbi, in the hopes that the station becomes a tourist destination, too. Potter estimates that the observatory will be complete and staffed by Rwandan scientists in the next three or four years.

{ 1 comment… read it below or add one }

Ron Prinn June 12, 2013 at 12:10 pm

Excellent posting! You may also be interested in the fact that my Rwandan graduate student, Jimmy Gasore (S.B. in physics from Natl. Univ. of Rwanda) just passed the MIT-EAPS doctoral exam and has joined Kat Potter in Rwanda over the summer to help her with the first phase instrument installations. He plans to base his doctoral thesis on interpretation of greenhouse gas measurements at the Observatory.
Ron Prinn


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