Tools tagged with "Hurricanes"

This resource provides access to NASA's comprehensive lightning data, gathered from various sources including ground-based sensors, airborne platforms, and satellite observations. Scientists utilize this data to gain insights into lightning patterns and to enhance the accuracy of severe weather predictions. It serves as a vital component within the broader NASA Earthdata ecosystem.

This comprehensive NOAA resource provides access to historical hurricane tracks, offering detailed data on over 13,000 storms. Users can search by location, storm name, year, or ocean basin and filter results by storm category, pressure, and date range. It serves as a valuable tool for researching past hurricane events and their impacts.

This website provides a comprehensive resource for water isotope research and applications. It offers access to various data products, interactive tools, and archived information from scientific publications. The resources are designed to support researchers and professionals in utilizing stable water isotopes in their studies.

This platform provides a comprehensive viewer for Geostationary Operational Environmental Satellite (GOES) imagery, offering various channels and RGB composites. Users can access data for regions like the Continental U.S. (CONUS) to monitor weather phenomena and environmental conditions. The site supports real-time updates and historical data viewing for meteorological and climate applications.

This resource provides Synthetic Aperture Radar (SAR) and SAR-derived satellite data products from various sources, specifically curated for disaster events. It offers valuable insights for researchers, scientists, and emergency response teams, with irregular updates in response to new disasters. The data is managed by the Alaska Satellite Facility (ASF).

This platform offers a comprehensive collection of core data sets related to Natural Disaster Hotspots – A Global Risk Analysis. These data sets are freely available for download and include information on hazard frequency, distribution, mortality risks, and economic loss deciles for various natural disasters. The data is provided in common GIS-compatible formats to facilitate research and analysis.

The GIS Program at NCAR focuses on applying geospatial technologies to address critical Earth system science challenges, particularly those related to climate change. It develops and provides interactive data visualization tools that help users explore climate anomalies, variability, and future scenarios. This initiative aims to enhance the understanding and communication of complex environmental data.