Want to dive deeper into our lightning data? You can click on the lightning reports below for the United States. Head over to Lightning Detection 101 to learn how we locate strikes and how our network works. Detecting in-cloud lightning enables us to generate faster, lightning alerts and warn of other forms of severe weather like tornadoes, downbursts and hail. Our ability to monitor in-cloud lightning sets us apart from other lightning networks by enabling the most complete lightning alert system. Total Lightning = Cloud-to-Ground strikes + In-Cloud strikes The Canadian Lightning Danger Map (CLDM) represents areas at greatest risk of being struck by lightning in the next 10 minutes. With 1,800+ sensors covering over 100 countries around the world, our network is the most extensive and technologically-advanced global lightning network. How do we detect lightning? Our Total Lightning Network™ is the first of its kind. Find out where they happened with this lightning map: Click To Tweet About Our U.S. The Earth Networks Total Lightning Network detected 19,020,340 cloud-to-ground lightning strikes in the U.S. Times are expressed in Coordinated Universal Time (UTC). But Euclid cannot guarantee that all lightning is detected and. The Canadian Lightning Danger Map (CLDM) represents areas at greatest risk of being struck by lightning in the next 10 minutes. It tracks the speed and direction of thunder storms, allowing you to plot the path of the storm and how fast it is traveling. Euclid detects a significant amount of lightning in an area not detected by human senses.
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