Authors
Mao‐Ning Tuanmu, Walter Jetz
Publication date
2014/9
Journal
Global Ecology and Biogeography
Volume
23
Issue
9
Pages
1031-1045
Description
Aim
For many applications in biodiversity and ecology, existing remote sensing‐derived land‐cover products have limitations due to among‐product inconsistency and their typically non‐continuous nature. Here we aim to help address these shortcomings by generating a 1‐km resolution global product that provides scale‐integrated and accuracy‐weighted consensus land‐cover information on an approximately continuous scale.
Location
Global.
Methods
Using a generalized classification scheme and an accuracy‐based integration approach, we integrated four global land‐cover products. We evaluated the performance of this product compared with inputs for estimating subpixel 30‐m resolution land cover. We also compared the accuracy of deductive and inductive species distribution models built with the different products for modelling the continental distributions of six avian habitat specialists.
Results
Our …
Total citations
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