Santa Isabel geodata
Santa Isabel (San Andres y Providencia) is a seat of a second-order administrative division; located in Colombia in America/Bogota (GMT-5) time zone. In our database, there are 1053 cities with bigger population. Compared to other cities in Colombia, 100% of cities are located further ↓South; 99.9% of cities are located further →East and 92.1% of cities have higher elevation than Santa Isabel. Note1
Santa Isabel GPS coordinates[2]
13° 22' 53.976" North, 81° 22' 8.076" West
| Map corner | latitude | longitude |
|---|---|---|
| Upper-left | 14.06471°, | -82.07204° |
| Center: | 13.38166°, | -81.36891° |
| Lower-right: | 12.69667°, | -80.66579° |
| Map W x H: | 152.1×152.1 km | = 94.5×94.5mi |
| max Lat: | 13.38166° ⇑0% North |
| Santa Isabel: | 13.38166° |
| min Lat: | ⇓100% South -4.21528° |
| min Long | Santa Isabel | max Long |
| -81.70636° | -81.36891° | -67.06996° |
| W 0.1%⇐ | ⇒99.9% E |
Elevation
Elevation of Santa Isabel is 22 m = 72 ft, and this is 1127.3 m = 3698 ft below average elevation for this country.
| Max E: |
3342 m = 10965 ft | 92.1% |
| Avg. | 1149.3 m = 3771 ft | |
| Santa Isabel | 22 m = 72 ft | |
Min E: |
1 m = 3 ft | 7.9% |
See also: Colombia elevation on elevation.city.
Geographical zone
Santa Isabel is located in North Torrid zone (between Equator and Tropic of Cancer). Distance of this Northern Tropic circle is 1118 km =694.7 mi to North.| Distance of | km | miles | from Santa Isabel |
|---|---|---|---|
| North Pole | 8519.2 | 5293.6 | to North |
| Arctic Circle | 5913.3 | 3674.4 | to North |
| Tropic Cancer | 1118 | 694.7 | to North |
| Equator | 1487.9 | 924.5 | to South |
Nearby cities:
2 places around Santa Isabel: (largest is in red/bold)
• Mountain
1.7 km =1.1 mi, 
171°
• San Andrés
96 km =59.7 mi, 
202°
Sources, notices
• [Note1] Compared only with cities in Colombia existing in our database
• [Src1] Map data: © OpenStreetMap contributors (CC-BY-SA)
• [Src2] Other city data from geonames.org with taken over terms of usage.
• [Src3] Geographical zone / Annual Mean Temperature by Robert A. Rohde @ Wikipedia
