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In this project we are focusing on the evaluation of the near-real-time fire products, generated primarily for management purposes, in terms of their use for science applications. The primary fire products are locations of active fires, which are later processed into burned areas by spatial and temporal aggregation. Fire productvalidation has two major goals. First, we provide accuracy assessment for burned area mapped from MODIS and AVHRR operational fire products in support of scientific research conducted under the Northern Eurasia Earth Science Partnership Initiative (NEESPI). There is currently a suite of operational coarse resolution fire productsavailable for Russia [6]. Although some of these products have already been applied for scientific studies [7], they have not undergone a complete validation and therefore, their accuracy has not been fully evaluated. Second, we aim at developing inter-calibration methodologies for MODIS and AVHRR fire products in order to insure a set ofconsistent observations. These inter-calibrated observations will allow for long-term evaluation of fire occurrence and its changes in Northern Eurasia.
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