Schematic summarising steps to evaluate and compare radar-based waterbody maps with the optical-based JRC global surface water product.

Schematic summarising steps to evaluate and compare radar-based waterbody maps with the optical-based JRC global surface water product.

<p>Schematic summarising steps to evaluate and compare radar-based waterbody maps with the optical-based JRC global surface water product.</p>

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Bibliographic Details
Main Author:	Gowri Uday (20614655) (author)
Other Authors:	Bethan V. Purse (8681664) (author), Douglas I. Kelley (8817956) (author), Abi Vanak (20614658) (author), Abhishek Samrat (8681673) (author), Anusha Chaudhary (20614661) (author), Mujeeb Rahman (8681682) (author), France F. Gerard (7583162) (author)
Published:	2025
Subjects:	Medicine Ecology Sociology Inorganic Chemistry Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified Information Systems not elsewhere classified three western ghats likely (& gt globally available long forecasting disease outbreaks detailed 10m resolution data loss due bayesian algorithm found agricultural mosaic landscapes automatic backscatter thresholding surface water availability surface water area small water features various spatial scales radar versus optical thresholding 10m sentinel specific backscatter spatial jrc &# 8217 average cloud cover optical 30m landsat 1a sar data cloud cover 30m jrc 1a sar predicting water backscatter thresholds vital role threshold values temporal dynamics related diseases jrc product infectious diseases identified manually health applications critical drawback august period 98 %) 97 %). 2018 respectively 1 sar
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