Ok, it’s a bit overdue. But better late than never! BioBase customers will now see an updated and enhanced viewer for their EcoSound and EcoSat. No longer will users have to struggle to get their map to fit within the little square box of the old viewer with a Bing zoom level that either zoomed too close and cut off parts of the waterbody, or too far to see detail. Below we show you a few screenshots of the major improvements. You can see for yourself by logging into your own account or clicking the Log into DEMO button on the home page of biobasemaps.com, finding a waterbody of interest, and click on the Analyze/Edit button.
EcoSat is a first of its kind semi-automated satellite imagery processing tool that’s part of the BioBase cloud mapping platform (Figures 1 and 2). EcoSat is helping several US states and countries map and monitor the status of shallow growing aquatic vegetation and benthic habitats. In this blog, we discuss several tips and tricks about how practitioners can maximize the accuracy and precision of their EcoSat vegetation maps.
What is EcoSat?
EcoSat delivers a one-of-it’s-kind semi-automated cloud processing of very high resolution satellite imagery to map nearshore vegetation and coastal benthic habitats. EcoSat uses the latest multi-spectral imagery from reputable providers such as Digital Globe (World View 2,3 and 4), Airbus Defence and Space (Pleiades), and ESA’s Sentinel program and industry standard image processing techniques. Sophisticated Amazon Web Service cloud infrastructure rapidly processes imagery, creates reports and imagery tiles, and delivers detailed habitat maps to user’s BioBase dashboard where it can be analyzed and shared. Average turnaround time from imagery tasking order to delivery of results is 60 days. The rapid and standard processing methods are allowing entities like the Florida Fish and Wildlife Conservation Commission to establish regular monitoring programs for emergent vegetation. The extremely long and expensive one-off nature of conventional remote sensing mapping projects using non-repeatable tailored techniques has prevented natural resource entities from assessing the degree that habitats are changing as a result of environmental stressors such as invasive species invasions and climate change.