From: Modelling the potential spatial distribution of mosquito species using three different techniques
SPECIES | NLDA | RF | GLM |
---|---|---|---|
Cs. annulata | • Population density | • NLST P2 | • EVI VR |
• WORLDCLIM precipitation P2 | • Population density | • DEM | |
• WORLDCLIM precipitation A0 | MIR A2 | • DLST A2 | |
• WORLDCLIM precipitation D1 | • DLST A2 | • NLST P3 | |
• WORLDCLIM precipitation DA | • MIR MX | • CMORPH precipitation VR | |
• CMORPH precipitation A1 | • NDVI A2 | • CMORPH precipitation A3 | |
• DLST DA | • MIR P1 | • DLST D1 | |
• DLST P1 | • EVI MN | • DLST D3 | |
• DLST A0 | • CMORPH precipitation P1 | • MIR A2 | |
• DLST P2 | • WORLDCLIM precipitation P1 | • MIR 03 | |
• DLST A3 | |||
An. claviger | • WORLDCLIM precipitation P2 | • NLST MX | • EVI P2 |
• WORLDCLIM precipitation A0 | • MIR MN | • DEM | |
• Population density | • NLST A0 | • NLST MN | |
• MIR A3 | • WORLDCLIM precipitation P3 | • NLST A2 | |
• WORLDCLIM precipitation DA | • NLST MN | • CMORPH precipitation A 1 | |
• EVI D2 | • DLST A0 | • MIR D3 | |
• NLST P3 | • DLST A1 | • WORLDCLIM precipitation D3 | |
• EVI P2 | • DLST MX | • CMORPH precipitation A2 | |
• NLST A3 | • NDVI A2 | • NLST A0 | |
• DLST A0 | • NDVI VR | • Population density | |
Oc. punctor | • Population density | • Population density | • NDVI D1 |
• MIR P1 | • MIR P1 | • MIR P1 | |
• EVI P3 | • EVI P3 | • DLST P2 | |
• NDVI P3 | • NDVI P3 | • EVI P2 | |
• NDVI P2 | • NDVI P2 | • MIR A3 | |
• DLST MN | • DLST MN | • WORLDCLIM precipitation A3 | |
• DEM | • DEM | • NDVI A3 | |
• CMORPH precipitation A2 | • CMORPH precipitation A2 | • WORLDCLIM P3 | |
• CMORPH precipitation A1 | • CMORPH precipitation A1 | • EVI MN | |
• WORLDCLIM precipitation P3 | • WORLDCLIM precipitation P3 | • CMORPH precipitation A2 |