Abstract: This research prosecutes topographic attributes on forest acreage ratio (F) decrease by human population interactions (N), from the none to full ...

Re-evaluation of topographic attributes with human population in deforestation framework with spatial dependency. IGARSS 2014: 3502-3505; 2013. [c17]. view.

RE-EVALUATION OF TOPOGRAPHIC ATTRIBUTES WITH HUMAN POPULATION IN DEFORESTATION FRAMEWORK WITH SPATIAL DEPENDENCY. Authors: Shojiro Tanaka; Shimane University.

Re-evaluation of topographic attributes with human population in deforestation framework with spatial dependency. Conference Paper. Jul 2014.

Re-evaluation of topographic attributes with human population in deforestation framework with spatial dependency. ... Enhancement of low spatial resolution ...

<http://purl.org/dc/terms/title>. "re evaluation of topographic attributes with human population in deforestation framework with spatial dependency ...

Re-evaluation of topographic attributes with human population in deforestation framework with spatial dependency. Conference Paper. Jul 2014.

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This paper proposes a two stage procedure to estimate regression parameters including spatial dependency by using BIC and AIC and brings novel possibility to ...

Moreover, the results of the spatial analyses indicate that neighbors' certified overlaps have a negative effect on average forestry BMP rates associated with a ...