Digital Maps and Geospatial Data | Princeton University

Search Results Header

Search Results

Number of results to display per page

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. 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...

3. 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...

4. 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.

5. 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 ...

6. 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 ...

7. 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 ...

8. 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 ...

9. 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 ...

10. 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...

11. 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...

12. 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...

13. 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...

14. 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...

15. 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...

16. 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...

17. 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...

18. 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...

19. 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...

20. 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...

21. 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...

22. 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...

25. 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 ...

26. 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 ...

27. 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 ...

28. 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 ...

29. 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. Wards South Africa 2001

Polygon Tufts University Public content Wards South Africa 2001. Shapefile. Statistics South Africa. tufts-safricawd-sa01. 2001. This polygon dataset represents all wards in South Africa.

33. Warehouses and Storage Houses 50k Scale Ecuador 2011

Point Tufts University Public content Warehouses and Storage Houses 50k Scale Ecuador 2011. Shapefile. Instituto Geografico Militar (Ecuador). tufts-ecuador50kwarehouse11. 2011. This point dataset represents warehouses and storage houses in Ecuador created from 1:50,000 scale topographic maps.

34. Water, Air, and Train Traffic Control Towers 50k Scale Ecuador 2011

Point Tufts University Public content Water, Air, and Train Traffic Control Towers 50k Scale Ecuador 2011. Shapefile. Instituto Geografico Militar (Ecuador). tufts-ecuador50ktrafficcontrol11. 2011. This point dataset represents traffic control towers in Ecuador created from 1:50,000 scale topographic maps.

35. Water Bodies Alaska 2014

Polygon Tufts University Public content Water Bodies Alaska 2014. Shapefile. Geologic Survey (U.S.). tufts-alaskawaterbody14. 2014. This polygon dataset represents water bodies in Alaska. All feature classes are vertically integrated with each other and with 1:1,000,000-scale t...

36. Water Bodies and Wetlands 1:1,000,000- Scale United States 2014

Polygon Tufts University Public content Water Bodies and Wetlands 1:1,000,000- Scale United States 2014. Shapefile. Geologic Survey (U.S.). tufts-uswaterbody1mill14. 2014. This polygon dataset represents waterbodies and wetlands of the United States, Puerto Rico, and the U.S. Virgin Islands. The map layer was produce...

37. Water Bodies and Wetlands 1:1,000,000-Scale United States 2012

Polygon Tufts University Public content Water Bodies and Wetlands 1:1,000,000-Scale United States 2012. Shapefile. Geologic Survey (U.S.). tufts-uswaterbody1mill12. 2012. This polygon dataset represents waterbodies and wetlands of the United States, Puerto Rico, and the U.S. Virgin Islands. The map layer was produce...

38. Water bodies Cambridge MA 2010

Polygon Tufts University Public content Water bodies Cambridge MA 2010. Shapefile. Cambridge (Mass.). Geographic Information Systems. tufts-cambridgewaterbody10. 2010. This polygon dataset represents the locations and boundaries of water bodies in Cambridge, MA.

39. Water Bodies Conterminous United States 2014

Polygon Tufts University Public content Water Bodies Conterminous United States 2014. Shapefile. Geologic Survey (U.S.). tufts-contuswaterbody14. 2014. This polygon dataset represents water bodies in the Conterminous United States. All feature classes are vertically integrated with each other and w...

40. Water Bodies Hawaii 2014

Polygon Tufts University Public content Water Bodies Hawaii 2014. Shapefile. Geologic Survey (U.S.). tufts-hawaiiwaterbody14. 2014. This polygon dataset represents water bodies in Hawaii. All feature classes are vertically integrated with each other and with 1:1,000,000-scale tr...

41. Water bodies Kenya 2000

Polygon Tufts University Public content Water bodies Kenya 2000. Shapefile. World Resources Institute. tufts-kenyawaterbodies00. 2000. This polygon dataset represents the waterbodies in Kenya, from FAO's Africover dataset.

42. Water Bodies Puerto Rico and U.S. Virgin Islands 2014

Polygon Tufts University Public content Water Bodies Puerto Rico and U.S. Virgin Islands 2014. Shapefile. Geologic Survey (U.S.). tufts-usislwaterbody14. 2014. This polygon dataset represents water bodies in Puerto Rico and the U.S. Virgin Islands. All feature classes are vertically integrated with each ot...

43. Water Bodies United States 2014

Polygon Tufts University Public content Water Bodies United States 2014. Shapefile. Geologic Survey (U.S.). tufts-uswaterbody14. 2014. This polygon dataset represents water bodies in the United States. All feature classes are vertically integrated with each other and with 1:1,000,0...

44. Water Intake Locations 50k Scale Ecuador 2011

Point Tufts University Public content Water Intake Locations 50k Scale Ecuador 2011. Shapefile. Instituto Geografico Militar (Ecuador). tufts-ecuador50kwaterintake11. 2011. This point dataset represents water intake areas in Ecuador created from 1:50,000 scale topographic maps.

45. Water Resource Usage United States 1985

Polygon Tufts University Public content Water Resource Usage United States 1985. Shapefile. Geologic Survey (U.S.). tufts-usawaterusage85. 1985. This database table represents water uses specific to 1985, organized by county. This map layer contains information about water use for public sup...

46. Water Resources and Usage United States 1990

Polygon Tufts University Public content Water Resources and Usage United States 1990. Shapefile. Geologic Survey (U.S.). tufts-usawaterusage90. 1990. This database table represents water uses specific to 1990 organized by county. This map layer contains information about water use for public supp...

47. Water Resources and Usage United States 1995

Polygon Tufts University Public content Water Resources and Usage United States 1995. Shapefile. Geologic Survey (U.S.). tufts-usawaterusage95. 1995. This database table represents water uses specific to 1995 organized by county. This map layer contains information about water use for public supp...

48. Water Resources and Usage United States 2000

Polygon Tufts University Public content Water Resources and Usage United States 2000. Shapefile. Geologic Survey (U.S.). tufts-usawaterusage00. 2000. This database table represents water uses specific to 2000 organized by county. This map layer contains information about water use for public supp...

49. Water Resources and Usage United States 2005

Polygon Tufts University Public content Water Resources and Usage United States 2005. Shapefile. Geologic Survey (U.S.). tufts-usawaterusage05. 2005. This database table represents water uses specific to 2005 organized by county. This map layer contains information about water use for public supp...

50. Water Sanitation Coverage Per Municipality, Colombia, 2005

Polygon Tufts University Public content Water Sanitation Coverage Per Municipality, Colombia, 2005. Shapefile. Instituto Geografico "Agustin Codazzi". tufts-colombia-watersanitationcoveragetotal-05. 2005. This polygon dataset presents the ratio between the percentage of households with water sanitation service, over the total number of households pe...