Skip to main content
NASA

Earth

Sciences

Goddard Earth Science Research

Top Menu

  • Laboratories
    • Atmospheric Chemistry
    • Biospheric Sciences
    • Climate & Radiation
    • Cryospheric Sciences
    • Geodesy and Geophysics
    • Hydrological Sciences
    • Mesoscale Processes
    • Ocean Ecology
    • Wallops Field Support

 

Hydrological Sciences

  • Home
  • Space Missions
  • Field Campaigns
  • Instruments
  • Modeling
  • Data
  • Science Highlights
  • Research Areas
  • Personnel
  • Publications
  • Organizational Site

Hydrological Sciences

  • Home
  • Space Missions
  • Field Campaigns
  • Instruments
  • Modeling
  • Data
  • Science Highlights
  • Research Areas
  • Personnel
  • Publications
  • Organizational Site

Quick Links

  • Earth Sciences Division
  • Earth Observatory
  • Global Change Data Center
  • Global Modeling & Assimilation Office
  • Goddard Institute for Space Studies
  • Terrestrial Information Systems

Hydrological Impacts from Fire-Induced Surface Albedo Darkening in Africa

Hydrological Impacts from Fire-Induced Surface Albedo Darkening in Africa
Hydrological Impacts from Fire-Induced Surface Albedo Darkening in Africa (continued)
Attachment Size
2016_07_highlights.ppt 1.84 MB

Quick Links

  • Earth Sciences Division
  • Earth Observatory
  • Global Change Data Center
  • Global Modeling & Assimilation Office
  • Goddard Institute for Space Studies
  • Terrestrial Information Systems
Responsible NASA Official: Karen Mohr
Web Developers: Susannah Pearce and Nate Perrin
Curator: Rashida Holland

Footer menu

  • Contact
  • Privacy Policy
  • Site Map
Last Updated: 01/13/2021