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1. Antarctic region

Princeton University Public content Antarctic region. [Washington, D.C. : Central Intelligence Agency, 1984]. princeton-794081899. 1984. United States. Central Intelligence Agency. Relief shown by shading and spot heights. Also shows research stations and the countries operating them. Includes index to "Stations in the Antarct...

2. Russia social data from 2010 census (by municipality)

Polygon Princeton University Restricted content Russia social data from 2010 census (by municipality). Shapefile. princeton-dcgq67k2768. 2010. East View Geospatial. Official social data from the 2010 Russian census. Data are presented at the municipality level.

3. Africa road network, 2000s

Line Princeton University Restricted content Africa road network, 2000s. Shapefile. princeton-b27745211. 2000. Map and Geospatial Information Center, Lewis Library, Princeton University. Shapefile representing significant roads in Africa during the 2000s. Data were extracted from Michelin Africa maps published that decade and drawn ...

4. Africa road network, 1990s

Line Princeton University Restricted content Africa road network, 1990s. Shapefile. princeton-ft849114b. 1990. Map and Geospatial Information Center, Lewis Library, Princeton University. Shapefile representing significant roads in Africa during the 1990s. Data were extracted from Michelin Africa maps published that decade and drawn ...

5. Africa road network, 1960s

Line Princeton University Restricted content Africa road network, 1960s. Shapefile. princeton-v405sk892. 1960. Map and Geospatial Information Center, Lewis Library, Princeton University. Shapefile representing significant roads in Africa during the 1960s. Data were extracted from Michelin Africa maps published that decade and drawn ...

6. Africa road network, 1980s

Line Princeton University Restricted content Africa road network, 1980s. Shapefile. princeton-6969z9290. 1980. Map and Geospatial Information Center, Lewis Library, Princeton University. Shapefile representing significant roads in Africa during the 1980s. Data were extracted from Michelin Africa maps published that decade and drawn ...

7. Africa road network, 1970s

Line Princeton University Restricted content Africa road network, 1970s. Shapefile. princeton-qb98mq99s. 1970. Map and Geospatial Information Center, Lewis Library, Princeton University. Shapefile representing significant roads in Africa during the 1970s. Data were extracted from Michelin Africa maps published that decade and drawn ...

9. Net-Zero America renewable energy candidate project areas for net-zero scenarios, 2050

Polygon Princeton University Public content Net-Zero America renewable energy candidate project areas for net-zero scenarios, 2050. Shapefile. princeton-qr46r928s. 2050. Emily Leslie, Energy Reflections, LLC, Principal. This dataset shows candidate project areas (CPAs) for potential wind and solar development in the contiguous United States that will be required by...

10. Ward boundaries of County of London, 1947

Polygon Princeton University Public content Ward boundaries of County of London, 1947. Shapefile. princeton-dczs25xk12n. 1947. Map and Geospatial Information Center, Lewis Library, Princeton University. Polygons representing ward boundaries for the County of London, 1947. The data were extracted from six maps of the Ordnance Survey's 1:25,000 Admin...

11. Net-Zero America carbon dioxide spur pipelines for high-biomass scenario, 2050

Line Princeton University Public content Net-Zero America carbon dioxide spur pipelines for high-biomass scenario, 2050. Shapefile. princeton-8336hb34c. 2030. Andrew Pascale, Andlinger Center, Princeton University, Post-Doctoral Research Associate. This dataset shows the carbon dioxide (CO2) spur pipelines in the contiguous United States that will be required by 2050 to connect CO2 point sourc...

12. Net-Zero America spur line transmission expansions for reference scenario (base land use), 2050

Line Princeton University Public content Net-Zero America spur line transmission expansions for reference scenario (base land use), 2050. Shapefile. princeton-v118rp99w. 2020. Andrew Pascale, Andlinger Center, Princeton University, Post-Doctoral Research Associate. This dataset shows the expansions to electric transmission spur lines in the contiguous United States that will be required by 2050 under a referen...

13. Net-Zero America spur line transmission expansions for high-electrification scenario (constrained land use), 2050

Line Princeton University Public content Net-Zero America spur line transmission expansions for high-electrification scenario (constrained land use), 2050. Shapefile. princeton-ng451s958. 2020. Andrew Pascale, Andlinger Center, Princeton University, Post-Doctoral Research Associate. This dataset shows the expansions to electric transmission spur lines in the contiguous United States that will be required by 2050 under a net-zer...

14. Net-Zero America selected renewable resource projects for high-electrification scenario (constrained land use), 2050

Polygon Princeton University Public content Net-Zero America selected renewable resource projects for high-electrification scenario (constrained land use), 2050. Shapefile. princeton-1n79hd73h. 2020. Emily Leslie, Energy Reflections, LLC, Principal. This dataset shows the wind and solar development in the contiguous United States that will be required by 2050 under a net-zero-emissions scenario...

15. Net-Zero America carbon dioxide trunk pipelines for high-biomass scenario, 2050

Line Princeton University Public content Net-Zero America carbon dioxide trunk pipelines for high-biomass scenario, 2050. Shapefile. princeton-vx021q55d. 2020. Andrew Pascale, Andlinger Center, Princeton University, Post-Doctoral Research Associate. This dataset shows the carbon dioxide (CO2) trunk pipelines in the contiguous United States that will be required by 2050 to connect CO2 spur pipel...

16. Net-Zero America carbon dioxide sources with capture for high-biomass scenario, 2050

Point Princeton University Public content Net-Zero America carbon dioxide sources with capture for high-biomass scenario, 2050. Shapefile. princeton-4b29bg448. 2030. Andrew Pascale, Andlinger Center, Princeton University, Post-Doctoral Research Associate. This dataset shows carbon dioxide (CO2) point sources equipped with carbon capture technology in the contiguous United States by 2050 under a net-z...

17. Net-Zero America bulk transmission expansions from spur lines to metropolitan statistical areas for renewable-limited scenario (base land use), 2050

Line Princeton University Public content Net-Zero America bulk transmission expansions from spur lines to metropolitan statistical areas for renewable-limited scenario (base land use), 2050. Shapefile. princeton-5d86p865k. 2025. Andrew Pascale, Andlinger Center, Princeton University, Post-Doctoral Research Associate. This dataset shows the expansions to bulk electric transmission lines in the contiguous United States that will be required by 2050 to connect spur...

18. Net-Zero America bulk transmission expansions from spur lines to metropolitan statistical areas for reference scenario (base land use), 2050

Line Princeton University Public content Net-Zero America bulk transmission expansions from spur lines to metropolitan statistical areas for reference scenario (base land use), 2050. Shapefile. princeton-zp38wp08g. 2025. Andrew Pascale, Andlinger Center, Princeton University, Post-Doctoral Research Associate. This dataset shows the expansions to bulk electric transmission lines in the contiguous United States that will be required by 2050 to connect spur...

19. Net-Zero America bulk transmission expansions from spur lines to metropolitan statistical areas for high-electrification scenario (constrained land use), 2050

Line Princeton University Public content Net-Zero America bulk transmission expansions from spur lines to metropolitan statistical areas for high-electrification scenario (constrained land use), 2050. Shapefile. princeton-dz0110522. 2025. Andrew Pascale, Andlinger Center, Princeton University, Post-Doctoral Research Associate. This dataset shows the expansions to bulk electric transmission lines in the contiguous United States that will be required by 2050 to connect spur...

20. Net-Zero America bulk transmission expansions from spur lines to metropolitan statistical areas for 100% renewable scenario (base land use), 2050

Line Princeton University Public content Net-Zero America bulk transmission expansions from spur lines to metropolitan statistical areas for 100% renewable scenario (base land use), 2050. Shapefile. princeton-9593v457n. 2025. Andrew Pascale, Andlinger Center, Princeton University, Post-Doctoral Research Associate. This dataset shows the expansions to bulk electric transmission lines in the contiguous United States that will be required by 2050 to connect spur...

21. Net-Zero America spur line transmission expansions for renewable-limited scenario (base land use), 2050

Line Princeton University Public content Net-Zero America spur line transmission expansions for renewable-limited scenario (base land use), 2050. Shapefile. princeton-8623j717j. 2020. Andrew Pascale, Andlinger Center, Princeton University, Post-Doctoral Research Associate. This dataset shows the expansions to electric transmission spur lines in the contiguous United States that will be required by 2050 under a net-zer...

22. Net-Zero America spur line transmission expansions for 100% renewable scenario (base land use), 2050

Line Princeton University Public content Net-Zero America spur line transmission expansions for 100% renewable scenario (base land use), 2050. Shapefile. princeton-hq37vz03s. 2020. Andrew Pascale, Andlinger Center, Princeton University, Post-Doctoral Research Associate. This dataset shows the expansions to electric transmission spur lines in the contiguous United States that will be required by 2050 under a net-zer...

23. Net-Zero America selected renewable resource projects for renewable-limited scenario (base land use), 2050

Polygon Princeton University Public content Net-Zero America selected renewable resource projects for renewable-limited scenario (base land use), 2050. Shapefile. princeton-s4655s05k. 2020. Emily Leslie, Energy Reflections, LLC, Principal. This dataset shows the wind and solar development in the contiguous United States that will be required by 2050 under a net-zero-emissions scenario...

26. Net-Zero America bulk transmission expansions between metropolitan statistical areas for renewable-limited scenario (base land use), 2050

Line Princeton University Public content Net-Zero America bulk transmission expansions between metropolitan statistical areas for renewable-limited scenario (base land use), 2050. Shapefile. princeton-jq085v42x. 2025. Andrew Pascale, Andlinger Center, Princeton University, Post-Doctoral Research Associate. This dataset shows the expansions to bulk electric transmission corridors in the contiguous United States that will be required by 2050 to balance ...

27. Net-Zero America bulk transmission expansions between metropolitan statistical areas for reference scenario (base land use), 2050

Line Princeton University Public content Net-Zero America bulk transmission expansions between metropolitan statistical areas for reference scenario (base land use), 2050. Shapefile. princeton-6w924n297. 2025. Andrew Pascale, Andlinger Center, Princeton University, Post-Doctoral Research Associate. This dataset shows the expansions to bulk electric transmission corridors in the contiguous United States that will be required by 2050 to balance ...

28. Net-Zero America bulk transmission expansions between metropolitan statistical areas for 100% renewable scenario (base land use), 2050

Line Princeton University Public content Net-Zero America bulk transmission expansions between metropolitan statistical areas for 100% renewable scenario (base land use), 2050. Shapefile. princeton-pc289t529. 2025. Andrew Pascale, Andlinger Center, Princeton University, Post-Doctoral Research Associate. This dataset shows the expansions to bulk electric transmission corridors in the contiguous United States that will be required by 2050 to balance ...

29. Net-Zero America bulk transmission expansions between metropolitan statistical areas for high-electrification scenario (constrained land use), 2050

Line Princeton University Public content Net-Zero America bulk transmission expansions between metropolitan statistical areas for high-electrification scenario (constrained land use), 2050. Shapefile. princeton-t435gp42d. 2025. Andrew Pascale, Andlinger Center, Princeton University, Post-Doctoral Research Associate. This dataset shows the expansions to bulk electric transmission corridors in the contiguous United States that will be required by 2050 to balance ...

30. Net-Zero America land-use exclusions for wind projects under net-zero scenarios (base land use), 2050

Polygon Princeton University Public content Net-Zero America land-use exclusions for wind projects under net-zero scenarios (base land use), 2050. Shapefile. princeton-xs55mn54h. 2050. Andrew Pascale, Andlinger Center, Princeton University, Post-Doctoral Research Associate. This dataset shows land excluded from the siting of wind energy candidate project areas (CPAs) in the contiguous United States to 2050 under all ne...

32. Arctic Ice Chart, April 6, 1981

Polygon Stanford University Public content Arctic Ice Chart, April 6, 1981. Shapefile. Arctic Climate System (ACSYS). stanford-gm491tq4136. 1981. Arctic Climate System (ACSYS). This polygon shapefile contains ice observations in the Arctic region for April 6, 1981. This layer is part of the Arctic Climate System (ACSYS) Hi...

33. Fourth-level Administrative Divisions, Madagascar, 2015

Polygon Stanford University Public content Fourth-level Administrative Divisions, Madagascar, 2015. Shapefile. University of California, Berkeley. Museum of Vertebrate Zoology. stanford-gm509kc6134. 2015. Hijmans, Robert J. and University of California, Berkeley. Museum of Vertebrate Zoology. This polygon shapefile contains the fourth-level administrative divisions of Madagascar (adm4). Level 4 divisions include communes. This layer is p...

34. Pineapple, Harvested Area Data Quality, 2000

Raster Stanford University Public content Pineapple, Harvested Area Data Quality, 2000. GeoTIFF. University of Minnesota. Institute on the Environment. stanford-gm862vk4594. 2000. University of Minnesota. Institute on the Environment. This raster dataset represents the agricultural census data quality for harvested areas of pineapple crops. Data quality categories include (0= mis...

35. Railroad stations, Burkina Faso, 2009

Point Stanford University Public content Railroad stations, Burkina Faso, 2009. Shapefile. International Steering Committee for Global Mapping. stanford-gn029wp8042. 2009. International Steering Committee for Global Mapping. This point shapefile represents railroad stations in Burkina Faso. The Global Map Burkina Faso version 2 was developed based on Global Map Specific...

36. Arctic Ice Chart, June 24, 1976

Polygon Stanford University Public content Arctic Ice Chart, June 24, 1976. Shapefile. Arctic Climate System (ACSYS). stanford-gn212qw5833. 1976. Arctic Climate System (ACSYS). This polygon shapefile contains ice observations in the Arctic region for June 24, 1976. This layer is part of the Arctic Climate System (ACSYS) Hi...

37. Melonseed, Harvested Area (Hectares), 2000

Raster Stanford University Public content Melonseed, Harvested Area (Hectares), 2000. GeoTIFF. University of Minnesota. Institute on the Environment. stanford-gn257kz2914. 2000. University of Minnesota. Institute on the Environment. This raster dataset depicts the average number of hectares per land-area of a gridcell for melonseed crops. Data quality categories include (0= mis...

38. Arctic Ice Chart, March 19, 1998

Polygon Stanford University Public content Arctic Ice Chart, March 19, 1998. Shapefile. Arctic Climate System (ACSYS). stanford-gn333rf6095. 1998. Arctic Climate System (ACSYS). This polygon shapefile contains ice observations in the Arctic region for March 19, 1998. This layer is part of the Arctic Climate System (ACSYS) H...

39. Administrative Boundaries, Seoul, Korea, 1990

Polygon Stanford University Public content Administrative Boundaries, Seoul, Korea, 1990. Shapefile. Lincoln Institute of Land Policy. stanford-gn343gy7058. 1990. Angel, Shlomo, Parent, Jason, Civco, Daniel L., and Blei, Alejandro M. This polygon layer establishes the administrative boundaries of Seoul, Korea, otherwise known as the study area. These data are part of the Atlas o...

40. Arctic Ice Chart, November 26, 2001

Polygon Stanford University Public content Arctic Ice Chart, November 26, 2001. Shapefile. Arctic Climate System (ACSYS). stanford-gn384rp5701. 2001. Arctic Climate System (ACSYS). This polygon shapefile contains ice observations in the Arctic region for November 26, 2001. This layer is part of the Arctic Climate System (ACSYS...

41. Highways, San Mateo County Sea Level Rise Vulnerability Assessment Project Area, 2016

Line Stanford University Public content Highways, San Mateo County Sea Level Rise Vulnerability Assessment Project Area, 2016. Shapefile. County of San Mateo Information Services Department. stanford-gn440wt3439. 2010. United States. Bureau of the Census and County of San Mateo Information Services Department. This line shapefile represents highways in San Mateo County, California. These data were extracted from TIGER/Line data pruduced by the U.S. Census...

42. Disputed Boundaries: Brasil, 1980

Polygon Stanford University Public content Disputed Boundaries: Brasil, 1980. Shapefile. Instituto Brasileiro de Geografia e Estatística. stanford-gn530mb2448. 1980. Instituto Brasileiro de Geografia e Estatística. This polygon shapefile represents the disputed boundaries of Brazil in 1980. These data were created using a custom World Polyconic projection. Thi...

43. Arctic Ice Chart, January 4, 1973

Polygon Stanford University Public content Arctic Ice Chart, January 4, 1973. Shapefile. Arctic Climate System (ACSYS). stanford-gn580sy5508. 1973. Arctic Climate System (ACSYS). This polygon shapefile contains ice observations in the Arctic region for January 4, 1973. This layer is part of the Arctic Climate System (ACSYS) ...

44. Arctic Ice Chart, February 25, 1970

Polygon Stanford University Public content Arctic Ice Chart, February 25, 1970. Shapefile. Arctic Climate System (ACSYS). stanford-gn587pt8008. 1970. Arctic Climate System (ACSYS). This polygon shapefile contains ice observations in the Arctic region for February 25, 1970. This layer is part of the Arctic Climate System (ACSYS...

45. Rural Communities, Tehama County, California, 2019

Point Stanford University Public content Rural Communities, Tehama County, California, 2019. Shapefile. Tehama County Public Works. stanford-gn637fg0801. 2019. Tehama County Public Works. This point shapefile represents rural communities located in Tehama County, California. Tehama County Public Works. (2019). Rural Communities, Teha...

46. Arctic Ice Chart, August 23, 1999

Polygon Stanford University Public content Arctic Ice Chart, August 23, 1999. Shapefile. Arctic Climate System (ACSYS). stanford-gn710ds6889. 1999. Arctic Climate System (ACSYS). This polygon shapefile contains ice observations in the Arctic region for August 23, 1999. This layer is part of the Arctic Climate System (ACSYS) ...

47. Dried beans, Harvested Area Data Quality, 2000

Raster Stanford University Public content Dried beans, Harvested Area Data Quality, 2000. GeoTIFF. University of Minnesota. Institute on the Environment. stanford-gn831hw2479. 2000. University of Minnesota. Institute on the Environment. This raster dataset represents the agricultural census data quality for harvested areas of dried bean crops. Data quality categories include (0= mi...

48. Adopted Specific Plan, Mono County, California, 2019

Polygon Stanford University Public content Adopted Specific Plan, Mono County, California, 2019. Shapefile. Mono County (Calif.). Information Technology. stanford-gn880qv3348. 2019. Mono County (Calif.). Information Technology. This dataset shows the adopted specific plans within Mono County, CA. Each specific plan is a comprehensive planning and zoning document for a defi...

49. Address Points, Santa Clara County, California, 2020

Point Stanford University Public content Address Points, Santa Clara County, California, 2020. Shapefile. County of Santa Clara. Geographic Information Services. stanford-gn932vt1400. 2020. County of Santa Clara. Geographic Information Services. This point shapefile represents the geographic location of addresses in the Santa Clara County for FY2019. The Santa Clara County Planning Office i...

50. Arctic Ice Chart, October 1, 1985

Polygon Stanford University Public content Arctic Ice Chart, October 1, 1985. Shapefile. Arctic Climate System (ACSYS). stanford-gp060pw0466. 1985. Arctic Climate System (ACSYS). This polygon shapefile contains ice observations in the Arctic region for October 1, 1985. This layer is part of the Arctic Climate System (ACSYS) ...