Why might GIS that incorporates remote sensing data be useful to someone trying to find a location for an astronomical observatory? (1 point)
GIS could provide data showing the average temperatures in various locations, allowing them to avoid locations with extreme temperature fluctuations.
GIS could display satellite data allowing them to determine locations where light pollution and cloud cover are limited.
GIS could show county-level data about the prevalence of higher education so that the observatory could be better staffed.
GIS could put aerial photographs onto a map, showing ground conditions in potential observatory locations.
- GIS could provide data showing the average temperatures in various locations. This information is crucial for an astronomical observatory as extreme temperature fluctuations can interfere with the accuracy and stability of astronomical observations.
- GIS could display satellite data allowing the observer to determine locations where light pollution and cloud cover are limited. These factors greatly impact the quality of astronomical observations, so it is important to identify areas with minimal light pollution and cloud cover to optimize observations.
- GIS could show county-level data about the prevalence of higher education. This information could be useful in determining potential locations with a higher concentration of educated individuals who may be more interested and capable of contributing to the observatory's staff.
- GIS could put aerial photographs onto a map, showing ground conditions in potential observatory locations. By visualizing ground conditions, such as terrain, vegetation, and potential obstructions, GIS can help identify areas that are more favorable for astronomical observations and easier to access for building and maintaining the observatory.