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  • Natural Hazards | NASA Earthdata
    Natural Hazards Near Real-time Data Much of NASA's natural hazard data updates in real and near real-time, allowing a data-driven approach to disaster response Learn more about near real-time data related to natural hazards provided by NASA's Land, Atmosphere Near real-time Capability for Earth observations (LANCE)
  • Hazards and Disasters | NASA Earthdata
    NRT Data Applications LANCE data are useful for a range of applications in hazards and disasters management, for example, to detect fires, track smoke, ash and dust plumes; to monitor aerosols, carbon monoxide (CO) and sulfur dioxide (SO 2), which in turn are useful for air quality assessments; and to determine the extent of sea ice, snow, and flooding which are useful to support shipping in
  • Gridding the Risks of Natural Disasters | NASA Earthdata
    The resulting report, Natural Disaster Hotspots: A Global Risk Analysis, and the accompanying data set, synthesized historical data on six major natural hazards —cyclones, drought, earthquakes, floods, landslides, and volcanoes—as well as population, economic, and hazard-related mortality information The "Hotspots" report provides the first integrated global picture of natural hazards and
  • Wildfires | NASA Earthdata
    The number, severity, and overall size of wildfires has increased, according to the U S Department of Agriculture, through contributing factors including extended drought, the build-up of fuels, past fire management strategies, invasive species targeting specific tree species, and the spread of residential communities into formerly natural areas In 2022, 68,988 wildfires were reported across
  • EONET | NASA Earthdata
    NASA Earth Observatory's Natural Event Tracker (EONET) allows users to access imagery, often in near real-time (NRT), of natural events such as dust storms, forest fires, and tropical cyclones—empowering people all across the planet to locate, track, and potentially prepare for and manage events that affect communities in their paths The EONET application programming interface (API
  • NATURAL HAZARDS - SCI期刊点评 - 小木虫论坛-学术科研互动平台
    小木虫论坛-sci期刊点评专栏：拥有来自国内各大院校、科研院所的博硕士研究生和企业研发人员对期刊的专业点评，覆盖了8000+ sci期刊杂志的专业点评信息，为国内外学术科研人员论文投稿、期刊选择等提供了专业的建议。
  • GUARDIAN—Monitoring Earth’s Ionosphere for Natural Hazards in Near Real . . .
    Several natural phenomena on Earth and in space, such as tsunamis, volcanic eruptions, earthquakes, and geomagnetic and solar storms leave a readily detectable signature in Earth's ionosphere Monitoring the ionosphere in real-time can greatly enhance our early warning systems for these events Traditionally, the ionospheric response to these sources has been studied several days to weeks
  • LANCE | NASA Earthdata
    LANCE was established to meet the timely needs of applications such as facilitating numerical weather and climate prediction; forecasting and monitoring natural hazards, assessing ecological invasive species, agriculture, and air quality; providing help with disaster relief; and ensuring homeland security
  • Global Navigation Satellite System Data Brings Forth a GUARDIAN
    These TEC data are then validated and made publicly accessible online via the GUARDIAN website, so users can explore ionospheric TEC perturbations due to natural (and anthropogenic) events on Earth and characterize potential natural hazards According to GUARDIAN scientists, it is the first near-real-time ionospheric monitoring network, and as of October 2023, it is monitoring 61% of the total
  • GUARDIAN | NASA Earthdata
    The GNSS-based Upper Atmospheric Realtime Disaster Information and Alert Network (GUARDIAN) is a near-real-time ionospheric monitoring software that supplements existing natural hazards early warning systems Its main products are NRT total electron content (TEC) time series, allowing users to explore ionospheric TEC perturbations that occur on Earth due to natural and anthropogenic events





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