An interactive 3D map visualizing over 245,000 global earthquakes from 2008 to 2018 using ArcGIS technology.
Features: This interactive 3D map provides a comprehensive visualization of over 245,000 global seismic events recorded between 2008 and 2018. Powered by ArcGIS API for JavaScript, the application renders dense geological datasets into a dynamic 3D globe. Users can navigate the Earth, filter data points by magnitude and depth, and explore spatial patterns through intuitive map controls and high-performance rendering that handles extensive seismic records with fluid performance.
History: Developed by Raluca Nicola, this project serves as a technical showcase for the capabilities of the ArcGIS API for JavaScript in handling "Big Data" within a web browser. The concept was designed to bridge the gap between complex geophysical datasets and accessible web-based geospatial analysis, demonstrating how modern browser technologies can effectively visualize long-term environmental trends in an immersive, three-dimensional environment.
Use cases: The platform is an excellent tool for researchers and students studying plate tectonics and historical seismic activity. Educators can utilize the map to illustrate "Ring of Fire" patterns and seismic clusters to students, while emergency management planners can use the historical data to analyze high-risk geographical zones and gain insights into the frequency and distribution of earthquakes over a decade-long period.