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  1. HazMapper is a collaborative project intended to increase accessibility to data processing for natural hazard identification and characterization. HazMapper leverages Google Earth Engine to democratize geospatial data processing for natural hazards applications.

    • HazBlog

      HazMapper Blog: Natural hazard finds from around the world...

    • Learn

      Also check out our Help/Q&A page for other tips. ......

    • Code

      The JavaScript source code for v1.0 of HazMapper is now...

    • FAQ

      We would like to show you a description here but the site...

  2. By Earthquake Hazards Program. Downloadable layers for display in Google Earth.™. About Google Earth™. Download Google Earth. Learn more about navigating in Google Earth. Real-Time Earthquakes. Display real-time earthquakes, seismicity animations, and several real-time earthquake options including color by age/depth.

  3. Landslide identification is one of the first steps in identifying potential hazard for the future. The landslides which are identified using satellite images, aerial photos and field studies, can be used for landslide susceptibility and risk mapping.

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    • Introduction
    • Stay Dry
    • FEMA NFHL
    • Getting Started in Google Earth™
    • Frequently Asked Questions

    Google Earth is a popular Internet application through which users can view maps. This web site provides zipped Keyhole Markup Language (.kmz) files through which users can view map overlays created from FEMA's National Flood Hazard Layer on Google Earth images. You must already have the Google Earth application installed on your computer to use th...

    "Stay Dry" is a focused application that provides basic flood hazard map information from FEMA's National Flood Hazard Layer for an address. It allows you to view flood hazard zones and Flood Insurance Rate Map numbers and boundaries. For best performance please delete or turn off previous versions of the "Stay Dry" or "FEMA NFHL" folders that you ...

    "FEMA NFHL" is a general application that provides for the display of flood hazard zones and labels, floodways, Coastal Barrier Resources System and Otherwise Protected Area units, community boundaries and names, base flood elevations, cross sections and coastal transects and their labels, hydraulic and flood control structures, flood profile basel...

    You must have the Google Earth viewer software installed on your computer. You can obtain the software at https://earth.google.com/. For best performance, please delete or turn off previous versions of the Stay Dry or FEMA NFHL folders that you have loaded in Google Earth. First session: Double-click on the FEMA NFHL.kmz file that you downloaded to...

    What is the NFHL?The National Flood Hazard Layer (NFHL) dataset represents the current effective flood data for the country, where maps have been modernized. It is a compilation of effective Flood...
    What NFHL Service is right for a user?The products and tools page provides the basic breakdown. But only users with experience in bringing data into GIS application should use the REST, WMS, or WFS...
    What does the "Big red X" on the map display imply? Google Earth did not receive one or more map overlay(s) from the FEMA Web Map Service that provides the images. Sometimes the problem is temporar...
    Why is the "FEMA NFHL" folder or "fly to" entry field (area B in Figure 1) not visible?Turn on the sidebar. Go to the menu bar (File, Edit, View, etc.) at the top of the Google Earth window, click...
  4. Nov 27, 2020 · Background Classifying and mapping vegetation are crucial tasks in environmental science and natural resource management. However, these tasks are difficult because conventional methods such as field surveys are highly labor-intensive. Identification of target objects from visual data using computer techniques is one of the most promising techniques to reduce the costs and labor for vegetation ...

  5. Apr 25, 2024 · This paper presents an operational approach for detecting floods and establishing flood extent using Sentinel-1 radar imagery with Google Earth Engine. The methodology relies on change detection, comparing pre-event and post-event images. The change-detection method is based on the normalised difference ratio. Additionally, [...] Read more.

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