Automated Detection of Hazards

  • Phenomena Detection Challenge Resources

    • Phenomena Detection Resources

      In this document, you will find resources and instructions for the phenomena detection challenge, including satellite imagery, labeled data, and labeling tools.

  • Example Resources

  • JAXA RESOURCES EXCERPTED FROM HTTP://EARTH.JAXA.JP/EN/

    • JAXA for Earth

      Earth Data Collection by JAXA Satellites

    • AMSR Earth Environment Viewer

      Sea Surface Temperature, Sea Surface Wind Speed, Land Surface Temperature, Snow Depth, Soil Moisture Content, Precipitation, Total Precipitable Water, Cloud Liquid Water, Sea Ice Concentration, Detection of Thin Sea Ice

    • JASMES Portal

      Solar Radiation Reaching the Earth's Surface (Photosynthetically Available Radiation), Cloudiness, Snow and Sea Ice Cover, Dryness of Vegetation (Water Stress Trend), Soil Moisture, Wildfire, Land and Sea Surface Temperature, etc.

    • JAXA Himawari Monitor (P-Tree)

      Sea Surface Temperature, Aerosol Optical Thickness, Radiation, Chlorophyll-a Concentration, Wild Fire, etc.

    • JAXA GLOBAL RAINFALL WATCH (GSMaP)

      Global Rainfall Status from March 2000 to 4 Hours Ago

    • JASMIN

      Precipitation, Drought Index, Soil Moisture, Solar Radiation, Surface Temperature, Vegetation Index and its Anomaly in Asia

    • G-Portal

      JAXA Satellite Database Related to Land, Sea, Atmosphere, Snow and Sea Ice, Water Cycle and Climate Fields

  • CSA Resources

    • RADARSAT Constellation Mission

      Some radar sample images products selected by the Canadian Space Agency can be use to monitor and map hazards (soil movements, landslides, floods, fire scars in vegetation, oil spills, etc.)

    • Earth Observation Data Management System

      This system allows access to many data products and even to 36,000 historical RADARSAT-1 satellite images.

    • MOPITT

      Carbon monoxide is an immediate product of forest fires. MOPITT data is used regularly with surface observations to illustrate concentrations of this toxic gas through the atmosphere and how this pollution is transported from the source location to other parts of the world.

    • CASSIOPE

      CASSIOPE satellite observes the Earth's ionosphere and collects data on the effects of solar storms and, more specifically, their harmful impact on radio communications, satellite navigation and other space and ground-based technologies. Consult a suite of eight science instruments to upscale your solution!

  • ESA Resources

    • Euro Data Cube

      Euro Data Cube is providing seamless access to global archives of Sentinel, Landsat and MODIS datasets, easy to analyze, integrate or run machine learning workflows on.