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Characterizing tropical forests with multispectral imageryAuthor(s): Eileen Helmer; Nicholas R. Goodwin; Valery Gond; Carlos M. Souza, Jr.; Gregory P. Asner
Source: Land Resources: Monitoring, Modeling and Mapping. Remote Sensing Handbook vol. 2.
Publication Series: Book Chapter
Station: International Institute of Tropical Forestry
PDF: View PDF (10.0 MB)
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A Synthesis of How Multispectral Satellite Imagery Can Support Inventories of Greenhouse Gas Emissions from Tropical Forest Clearing and Regrowth
DescriptionMultispectral satellite imagery, that is, remotely sensed imagery with discrete bands ranging from visible to shortwave infrared (SWIR) wavelengths, is the timeliest and most accessible remotely sensed data for monitoring tropical forests. Given this relevance, we summarize here how multispectral imagery can help characterize tropical forest attributes of widespread interest, particularly attributes that are relevant to GHG emission inventories and other forest C accounting: forest type, age, structure, and disturbance type or intensity; the storage, degradation, and accumulation of C in aboveground live tree biomass (AGLB, in Mg dry weight ha−1); the feedbacks between tropical forest degradation and climate; and cloud screening and gap filling in imagery. In this chapter, the term biomass without further specification is referring to AGLB.
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CitationHelmer, E.H.; Goodwin, Nicholas R.; Gond, Valery; Souza, Jr. Carlos M.; Asner, Gregory P. 2015. Characterizing tropical forests with multispectral imagery. Chapter 14. In: Prasad S. Thenkabail, ed. Land Resources: Monitoring, Modeling and Mapping. Remote Sensing Handbook vol. 2. Boca Raton, FL: CRC Press, Taylor & Francis Group. p. 367-396.
Keywordsgreenhouse gases inventories, forest carbon offsets, multispectral satellite imagery, REDD+, mapping
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