Why might GIS that incorporates remote sensing data be useful to someone trying to find a location for an astronomical observatory?(1 point)

Question

Responses

GIS could display satellite data allowing them to determine locations where light pollution and cloud cover are limited.
GIS could display satellite data allowing them to determine locations where light pollution and cloud cover are limited.

GIS could provide data showing the average temperatures in various locations, allowing them to avoid locations with extreme temperature fluctuations.
GIS could provide data showing the average temperatures in various locations, allowing them to avoid locations with extreme temperature fluctuations.

GIS could put aerial photographs onto a map, showing ground conditions in potential observatory locations.
GIS could put aerial photographs onto a map, showing ground conditions in potential observatory locations.

GIS could show county-level data about the prevalence of higher education so that the observatory could be better staffed.

Answer 1

GIS that incorporates remote sensing data is particularly useful for finding a location for an astronomical observatory for the following reason:

GIS could display satellite data allowing them to determine locations where light pollution and cloud cover are limited.

This option is most relevant because minimizing light pollution and cloud cover is critical for astronomical observations. Such GIS applications can help identify optimal locations that provide the clearest and darkest skies, which are essential for effective stargazing and astronomical research.