• Services
      • Fieldwork
      • Consulting
      • Research
    • Instruments
      • Stove Use Monitors (SUMs)
      • Proximity Sensor System
    • Projects
    • Library
    • About
      • About Berkeley Air
      • Our Team
      • Our Partners
      • Our Clients
      • Careers
    • Contact
Get Involved
Image
  • Services
    • Fieldwork
    • Consulting
    • Research
  • Instruments
    • Stove Use Monitors (SUMs)
    • Proximity Sensor System
  • Projects
  • Library
  • About
    • About Berkeley Air
    • Our Team
    • Our Partners
    • Our Clients
    • Careers
  • Contact

Why current assessment methods may underestimate carbon savings of improved stoves

by BerkeleyAir February 14, 2020
JournalBoiling Point
AuthorJohnson, M., R. Edwards, A. Ghilardi, V. Berrueta, O. Masera
Date2007
Citation–
Filesize684 KB
Download
Tags: emissions,fuel renewability,socioeconomic impacts
0Likes

You May Also Like

Eastern Africa
Evaluation of Acceptability and Sustainability of Improved Stoves and Their Impact on Indoor Air Quality and Child Health in Rural Western Kenya
January 1, 2016
Eastern Africa
Kenya: Monitoring and Evaluation of the Jiko Poa Cookstove
December 27, 2012

Contact Berkeley Air

Have a question about Berkeley Air Monitoring Group or any of our research, international projects, or our instruments? Have a question or need to connect with our staff? Leave us a message below and we’ll get in touch over email. If you prefer to connect over social media, you can find us on Facebook, Twitter, or Instagram.

    Recent News and Updates from Berkeley Air

    Berkeley Air @berkeleyair ·
    5 Jun

    As the authors imply, the ultimate goal is to have clean household energy that can boil water effectively, reducing health risks from both indoor air pollution and contaminated water. Nonetheless this paper provides valuable analysis on the current situation in many LMICs.

    Environmental Health Perspectives @EHPonline

    NEW RESEARCH: Health Trade-offs of Boiling Drinking Water with Solid Fuels: A Modeling Study ➡️ https://buff.ly/2N0Rmk8

    Berkeley Air @berkeleyair ·
    5 Jun

    It's World Environment Day and we're working to #BeatPlasticPollution! Did you know that 40-65% of solid waste is burned? Open burning of plastic releases harmful chemicals that impact human & environmental health! Let's do our part to reduce single use plastic. ♻️🌏

    Retweet on Twitter Berkeley Air Retweeted
    EDF @envdefensefund ·
    1 Jun

    “Wildfires raging in Canada produce massive smoke plumes over Saskatchewan and Manitoba,” per CIRA.

    There have now been over a dozen studies that analyze climate change’s influence on wildfires across the world. All but one found that it made wildfires more severe/more likely.

    © 2025 Berkeley Air Monitoring Group. Privacy Policy. Design by Wakegraphic.