When you think of the hottest places on Earth, sprawling desert environments like Death Valley and the Sahara may come to mind. Yet extreme heat that rivals these locations can be found on five continents, including densely populated cities and other natural landscapes. And while climate change is driving temperatures higher around the globe, there are many reasons why specific areas can claim the title of hottest place. Check this out :https://whereishot.co.uk

The Track the Hottest Spots article uses data from NASA’s Moderate Resolution Imaging Spectroradiometer (MODIS) satellites that measure surface skin temperatures for every square kilometer on Earth each day. This data provides a more accurate picture of global surface temperatures than is available from weather stations that only monitor a limited number of sites.

Track the Hottest Spots: Your Guide to Trendy Locations

Scientists have been using this data to study the dynamics of “hot spots” on Earth. These are regions of the crust where surface temperature anomalies occur. Some are caused by molten material that rises from the Earth’s mantle, and some of these hot spots produce volcanoes.

Other hot spots are a result of magnetic stress. The movements of the coronal loops, arcs of plasma that connect to the Sun’s surface, and tectonic plate movement cause them to drift and merge, creating thermal hot spots.

Using the GeoAnalytics Tools Find Hot Spots tool in ArcGIS Pro, you can identify statistically significant spatial patterns within your data by finding areas of high or low values. The tool computes the Getis-Ord Gi* statistic, or z-score, for each point feature in your dataset and compares it to neighboring features. To be considered a hot spot, the feature must have a higher value than its surrounding neighbors.