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Satellite Monitoring for Forest Management



The SMFM project will aim to improve global knowledge and capabilities for forest degradation assessment and monitoring dry forest landscapes by building upon and complimenting existing international programs. Second, the SMFM project will support selected countries to develop their Earth Observation (EO) capacity. It will develop and test new or improved methods to process and analyse new satellite EO datasets, with assessments of EO processing methods completed through practical implementation in selected Partner Countries. The Project Development Objective (PDO) is "Improved methods for satellite monitoring of tropical dry forest landscapes and forest degradation assessment are available to countries, with technical knowledge and capacity developed for global application in sustainable forest management, including REDD+."
  • Tropical dry forests are subject to highest rates of deforestation and degradation around the world.
  • Forest degradation is a challenge across dry tropical forests and impacts sustainability of goods and services that these forests provide.
  • Most countries still do not have adequate monitoring capabilities, particularly the use of satellite EO technology.
  • Perceptions of forest degradation vary depending on the cause, the particular goods or services of interest, and the temporal and spatial scales considered.
  • Full understanding of forest degradation processes and of forest condition is lacking in most tropical countries, due to the technical challenges related to the assessment of different types of forest degradation.
  • Monitoring of forest degradation requires that tools are applicable for multiple types of tropical and sub-tropical forests, and that forest degradation can be detected by direct or indirect proxy measures.
Our solution: SMFM project will
  • Develop satellite Earth Observation (EO) methods and global knowledge on monitoring tropical dry forest ecosystems and forest degradation assessment.
  • New earth observation methods developed for monitoring tropical dry forest landscapes and forest degradation assessment.
  • Dry forest and forest degradation map products for sub-national areas, suitable for forest monitoring and management planning purposes.
  • Improve national technical capacity for monitoring of tropical dry forest landscapes and forest degradation assessment through training in new satellite EO methods and data.
  • Improve global knowledge of new satellite EO methods and data for monitoring tropical dry forests and forest degradation assessment. Recent advances in satellite EO data provision provide unprecedented views of the Earth and present an opportunity to tackle existing limitations in forest monitoring capabilities:
    1. European Space Agency's Sentinel missions, United States' Landsat -8 mission provide open access - dramatic increase in available data
    2. Improved EO methods and tools are required to take advantage of the new Sentinel mission capabilities
Image credit to NASA

Clients:
World Bank

Services:
REDD+

Geography:
Mozambique, Zambia

Date:
2017 - 2019