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Global Detection of Long-Term (1982–2017) Burned Area with AVHRR-LTDR Data

Remote Sensing has recently published this article by Gonzalo Otón et al., explaining the algorithm to produce the burned area product from AVHRR-LTDR. The article can be donwloaded from the Remote Sensing website, and the data from the download webpage.

Abstract:

Burned area detection and mapping using Sentinel-1 backscatter coefficient and thermal anomalies

A new paper by Miguel Belenguer-Plomer et. al. has been published in Remote Sensing of Environment. You can download the full paper here.

Highlights:

FireCCI51 for 2018 released!

During the month of July, an extra year of the FireCCI51 burned area product has been released, based on 250m spatial resolution NIR data from the Terra MODIS sensor, and covering the year 2018. This data complements the existing 2001-2017 time series, for a total of 18 years of burned area information, both in pixel and grid format. You are invited to download the data from https://geogra.uah.es/fire_cci/.

Fire_cci results shown at the GMAP workshop in China

The Science Leader of Fire_cci, Dr. Emilio Chuvieco, presented the results of the project during the Global Land Monitoring and Change Analysis workshop (GMAP) last 4th May at Tsinghua University, Beijing, China. The conferenced focused on the "Challenges for global Burned Area Mapping: experiences from the ESA Fire_cci project".

Presentation of Fire_cci at LPS19

Don't miss the presentation of Fire_cci at the ESA stand of the LPS19, this Thursday at 18.15!

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