1. Study area wide
1.1. Impervious surface
1.2. Percent canopy
2. Humidity
2.1. Min RH
2.1.1. Significantly varies based on location?
2.1.1.1. Min RH versus latitude
2.1.1.2. Min RH versus longitude
2.1.1.3. Test for autocorrelation
2.1.2. Versus Ae. aegypti average ovitrap abundance
2.1.3. Versus Ae. albopictus average ovitrap abundance
2.2. Avg RH
2.2.1. Significantly varies based on location?
2.2.1.1. Avg RH versus latitude
2.2.1.2. Avg RH versus longitude
2.2.1.3. Test for autocorrelation
2.2.2. Versus Ae. aegypti average ovitrap abundance
2.2.3. Versus Ae. albopictus average ovitrap abundance
2.3. Max RH
2.3.1. Significantly varies based on location?
2.3.1.1. Max RH versus latitude
2.3.1.2. Max RH versus longitude
2.3.1.3. Test for autocorrelation
2.3.2. Versus Ae. aegypti average ovitrap abundance
2.3.3. Versus Ae. albopictus average ovitrap abundance
3. Land cover
3.1. Within buffer
3.1.1. Impervious surface
3.1.2. Percent canopy
3.1.3. Land cover types
3.1.3.1. Building
3.1.3.2. Fine vegetation
3.1.3.3. Coarse vegetation
3.1.3.4. Water
3.1.3.5. Bare ground
3.1.3.6. Pavement
4. Temperature
4.1. Min Temp
4.1.1. Significantly varies based on location?
4.1.1.1. MinTemp versus latitude
4.1.1.2. MinTemp versus longitude
4.1.1.3. Test for autocorrelation
4.1.2. Versus Ae. aegypti average ovitrap abundance
4.1.3. Versus Ae. albopictus average ovitrap abundance
4.2. Versus Ae. albopictus average ovitrap abundance
4.2.1. Versus Ae. aegypti average ovitrap abundance
4.3. Avg Temp
4.3.1. Significantly varies based on location?
4.3.1.1. AvgTemp versus latitude
4.3.1.2. AvgTemp versus longitude
4.3.1.3. Test for autocorrelation
4.4. Max Temp
4.4.1. Significantly varies based on location?
4.4.1.1. MaxTemp versus latitude
4.4.1.2. MaxTemp versus longitude
4.4.1.3. Test for autocorrelation
4.4.2. Versus Ae. aegypti average ovitrap abundance
4.4.3. Versus Ae. albopictus average ovitrap abundance