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Cambridge, MA 02139

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The challenges of sustainability are both local and global. Creating transformative solutions requires deep collaboration among community leaders and members on campus, city and global scales.

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Main navigation

  • Climate action
    • Overview
    • Decarbonize our campus
      a gray building with large MIT letters in front
      Featured
      • Buildings
        Buildings
        Featured
      • Energy
        Energy
        Featured
      • Mobility
        Mobility
        Featured
      • Greenhouse Gas Inventory
        pie chart of emissions sources
        Featured
    • Build resilience
      Flood risks
      Featured
      • Flood risks
        Flood risks
        Featured
      • Extreme heat
        Extreme heat
        Featured
      • Biodiversity and landscape
        A climate resilient MIT
        Featured
    • Design out waste
      Waste Reduction and Recycling
      Featured
      • Procurement
        glass beakers on a shelf
        Featured
      • Waste reduction and recycling
        Waste Reduction and Recycling
        Featured
      • Reuse
        Items available to reuse
        Featured
    • Healthy people and communities
      Healthy people and communities
      Featured
      • Food systems
        students sit around a table in a dining area
        Featured
      • Climate justice
        Climate Justice
        Featured
    • Get involved
      Campus Communities
      Featured
      • Students
        Students
        Featured
      • Staff
        Staff
        Featured
      • Faculty and research
        Faculty and research
        Featured
    • Campus as a testbed
      three men working at a project table in aero astro lab
      Featured
      • Connecting the Dots
        campus climate action icon
        Featured
      • Hive Garden
        The Hive
        Featured
      • Access MIT
        mbta bus stopped
        Featured
      • Air Travel Carbon Offset Program
        airplane against sky
        Featured
      • Solving for Carbon Neutrality
  • Metrics & Goals
    MIT campus emissions over time
    Featured
    • Overview
    • Campus commitments
      green framed window of Hayden Library
      Featured
    • Greenhouse Gas Inventory
      pie chart of emissions sources
      Featured
    • MIT Sustainability DataPool
      MIT domes with an orange overlay and battery icon
      Featured
    • Progress
      two donut charts in multiple colors
      Featured
      • Net zero by 2026
        Net zero by 2026
        Featured
      • Zero by 2050
        Zero by 2050
        Featured
  • Resources
    screenshot of waste database
    Featured
    Waste Wizard
    • Overview
    • Blog
      entrance to a subway station amidst high rise buildings
      Featured
    • Resource Library
      cover image 2024 impact report
      Featured
    • Certifications
      a group of people stand in front of a wall
      Featured
      • Sustainable events
      • Sustainable offices
    • Waste Wizard
      a three bin station with food waste, trash, and recycling bins
      Featured
    • What is Campus Climate Action?
  • Partners
    a collage of photos showing attendees at a conference
    Featured
    International cohort gathers to discuss the future of sustainability in higher education
    • Overview
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    • Region to globe
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    Featured
    MITOS Staff
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      • Sustainability across scales
    • MITOS Staff
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    • Faculty Fellows
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Haloe Energie solar photovoltaic plant in Andhra Pradesh, India Photo: Penn State
MIT News Office
  |  
July 31, 2019

Lowering emissions without breaking the bank

New research provides a look at how India could meet its climate targets while maintaining economic growth
MIT Assistant Professor Betar Gallant (left) and graduate student Aliza Khurram are developing a novel battery that could both capture carbon dioxide in power plant exhaust and convert it to a solid ready for safe disposal. Photo: Stuart Darsch
MIT News Office
  |  
July 29, 2019

Removing carbon dioxide from power plant exhaust

MIT researchers are developing a battery that could both capture carbon dioxide in power plant exhaust and convert it to a solid ready for safe disposal.
Polluted air over Beijing, ChinaPhoto: Patrick He/Flickr
MIT News Office
  |  
July 29, 2019

Health effects of China’s climate policy extend across Pacific

Improved air quality in China could prevent nearly 2,000 premature deaths in the U.S.
Mangroves will protect the shoreline from waves, retain soil, support biodiversity, and help clean the water. Image: Tekuma Frenchman
MIT News Office
  |  
July 24, 2019

Tekuma Frenchman designs new marine city in China

School of Architecture and Planning alumni and faculty team up to create an ecologically restorative urban waterfront.
Coal-fired electric plant, Henan Province, China Photo: V.T. Polywoda/Flickr
MIT News Office
  |  
July 8, 2019

Pathways to a low-carbon China

Study projects a key role for carbon capture and storage.
When carbon emissions pass a critical threshold, it can trigger a spike-like reflex in the carbon cycle, in the form of severe ocean acidification that lasts for 10,000 years, according to a new MIT study.Stock image
MIT News Office
  |  
July 8, 2019

Breaching a “carbon threshold” could lead to mass extinction

Carbon dioxide emissions may trigger a reflex in the carbon cycle, with devastating consequences, study finds.
MIT Professor Otto Cordero is researching whether microbiome engineering could make the threatened Galapagos marine iguana more resilient to climate change.
MIT News Office
  |  
July 3, 2019

Featured video: Saving iguanas with science and engineering

Professor Otto Cordero and colleagues ask: Can microbiome engineering make the Galapagos marine iguana more resilient to climate change?
Diagram depicts the process of “singlet fission,” which is the first step toward producing two electrons from a single incoming photon of light.Image courtesy of the researchers
MIT News Office
  |  
July 3, 2019

Experiments show dramatic increase in solar cell output

Method for collecting two electrons from each photon could break through theoretical solar-cell efficiency limit.
Omer Tanovic says that his engineering background has taught him never to lose sight of the intended applications of his work, or the practical parameters for implementation.
MIT News Office
  |  
July 3, 2019

Making wireless communication more energy efficient

Along with studying theory, "it's also important to me that the work we are doing will help to solve real-world problems,” says LIDS student Omer Tanovic.

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Connect with MIT Office of Sustainability

 

Massachusetts Institute of Technology 
77 Massachusetts Avenue, E38-346
Cambridge, MA 02139

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