openEO

Forest Fire Mapping using Random Forest based on Sentinel-2 and Sentinel-1 data

Forest fire mapping is a critical tool for environmental monitoring and disaster management, enabling the timely detection and assessment of burned areas. This service is build upon techniques described in the research paper by Zhou, Bao et al., which introduces a machine learning–based approach using Sentinel-2 imagery. Their method combines spectral, topographic, and textural features to improve classification accuracy, particularly emphasising GLCM texture features extracted from Sentinel-2’s short-wave infrared band.Thus, the UDP performs forest fire mapping using a pre-trained Random Forest model in openEO. It combines Sentinel-1 and Sentinel-2 features, applies the model, and outputs the predicted fire mapping results.

Execution information

ParameterTypeDefault

spatial_extent (required)

Limits the data to process to the specified bounding box or polygons.

object/bounding-box, object/datacube

temporal_extent (required)

Temporal extent specified as two-element array with start and end date/date-time.

array/temporal-interval

padding_window_size

Padding window size for GLCM computation. Eg. when padding_window_size is set to 33, it refers to a 33x33 pixel window. 32 up/down or left/right pixels are added.

integer
33

Contact

  • Pratichhya Sharma

    VITO

    Researcher

    principal investigator

    Contact via VITO

  • VITO

    processor

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