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Title:	NDVI-derived land cover classifications at a global scale
Source:	International Journal of Remote Sensing [0143-1161] DEFRIES, R S yr:1994

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description	17.	Kubo, T. "Forest Spatial Dynamics with Gap Expansion: Total Gap Area and Gap Size Distribution." Journal of theoretical biology 180.3 (1996): 229-246.
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description	20.	DeFries, R. "Continuous fields of vegetation characteristics at the global scale at 1-km resolution." Journal of geophysical research 104.D14 (1999): 16911-16923.