`exactextractr`: isciences.gitlab.io/exactextractr/
`terra` package (for rasters in #rstats): rspatial.github.io/terra/
`exactextractr`: isciences.gitlab.io/exactextractr/
`terra` package (for rasters in #rstats): rspatial.github.io/terra/
* 1592 nW/cm²/sr (2012)
* 2012 nW/cm²/sr (2024)
It's as if, if there is really a larger increase in lighting, not all of that added light is escaping to space for observation by satellite and ending up in the VIIRS data. It makes me wonder what I yet don't appreciate about VIIRS!
* 1592 nW/cm²/sr (2012)
* 2012 nW/cm²/sr (2024)
It's as if, if there is really a larger increase in lighting, not all of that added light is escaping to space for observation by satellite and ending up in the VIIRS data. It makes me wonder what I yet don't appreciate about VIIRS!
* get the VIIRS annual average nighttime lights raster dataset (eogdata.mines.edu/products/vnl/) for 2012 and 2024
* overlay a current Census Bureau shapefile for Princeton with the `tigris` package in #rstats
* compute yearly zonal totals with the `exactextractr` package
* get the VIIRS annual average nighttime lights raster dataset (eogdata.mines.edu/products/vnl/) for 2012 and 2024
* overlay a current Census Bureau shapefile for Princeton with the `tigris` package in #rstats
* compute yearly zonal totals with the `exactextractr` package