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Students gather around a display of a coral reef at an MIT event

Climate News at MIT

The latest climate change research and action happening in and around MIT.

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PostJanuary 24, 2022

MIT Energy Initiative launches the Future Energy Systems Center

MIT Energy Initiative

MITEI’s Future Energy Systems Center examines the accelerating energy transition as emerging technology and policy, demographic trends, and economics reshape the landscape of energy supply and demand.

PostJanuary 20, 2022

Encapsulation as a method for preventing degradation in Li-air batteries

Two vials showing the start of the redox reaction on the left and the end of the reaction on the right.

PostJanuary 10, 2022

A dirt cheap solution? Common clay materials may help curb methane emission...

A team of researchers at MIT has come up with a promising approach to controlling methane emissions and removing it from the air, using an inexpensive and abundant type of clay called zeolite. In this image, the zeolite, depicted as the complex structure in the middle, absorbs the methane that passes through it.

PostJanuary 3, 2022

Can data help quench the thirst of Pakistan’s most populous city?

MIT Technology Review

PostJanuary 3, 2022

Climate change is helping sink Mexico City

MIT Technology Review

With less water in it, Mexico City’s aquifer no longer holds up the city. The drier land also puts buildings at greater risk for earthquake damage.

PostJanuary 3, 2022

Singapore pushes for water independence as temperatures rise

MIT Technology Review

The Keppel Marina East Desalination Plant is capable of producing 30 million gallons of clean water every day.

PostJanuary 3, 2022

The architect making friends with flooding

MIT Technology Review

Nanchang Yuweizhou Wetland Park

PostDecember 20, 2021

3 Questions: Slowing down climate change with plant and soil carbon storage...

MIT Civil and Environmental Engineering

Lush green leafed trees in forest

PostDecember 17, 2021

Selective separation could help alleviate critical metals shortage

Pictured are rare earth oxides of neodymium, praseodymium, and dysprosium – all critical components for magnets – that have been processed with sulfidation technology. The violet regions are neodymium-rich sulfide, the green regions are praseodymium oxysulfide, and the orange regions are dysprosium rich sulfides and oxysulfides.

PostDecember 15, 2021

Conversations at the Frontline of Climate Change

MIT School of Humanities, Arts, and Social Sciences

maps showing locations of the communities collaborating with the Civic Design Initiative

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