Digital Maps and Geospatial Data | Princeton University

« Previous | 1 - 100 of 84,972 | Next »

1. Heat Flow, Azerbaijan

Heat Flow, Azerbaijan. Shapefile. International Heat Flow Commission. stanford-cj149vc4113. 9999. International Heat Flow Commission, International Association of Seismology and Physics of the Earth's Interior, and Oklahoma State University. Department of Geography. Cartography Service. This point shapefile contains heat flow data for Azerbaijan compiled from sources with an unknown date. Heat flow is a measure of heat loss across ...

2. Extreme Heat Event, High Emissions Scenario(RCP 8.5): State of Indiana

Extreme Heat Event, High Emissions Scenario(RCP 8.5): State of Indiana. Shapefile. 3e25928907a04b1ca79ce8f61d402ee6. 2050. Environmental Resilience Institute. Total projected annual average number of hot days and uncomfortable nights per Indiana county for year 2050, high emissions scenario (RCP 8.5).

3. Extreme Heat Events, Medium Emissions Scenario(RCP 4.5): State of Indiana

Extreme Heat Events, Medium Emissions Scenario(RCP 4.5): State of Indiana. Shapefile. 6c6692a2e9d541579317e15968223e7a. 2050. Environmental Resilience Institute. Total projected annual average number of hot days and uncomfortable nights per Indiana county for year 2050, medium emissions scenario (RCP 4.5).

4. Extreme Precipitation Events, Medium Emissions Senario(RCP 4.5): State of Indiana

Extreme Precipitation Events, Medium Emissions Senario(RCP 4.5): State of Indiana. Shapefile. a81b429c6b7e4e978d1370178c55b329. 2050. Environmental Resilience Institute. Total projected decadal average number of extreme precipitation days per Indiana county for year 2050, medium emissions scenario (RCP 4.5).

5. Extreme Preciptation Events, High Emissions Senario(RCP 8.5): State of Indiana

Extreme Preciptation Events, High Emissions Senario(RCP 8.5): State of Indiana. Shapefile. af2a7697149644508b0b5a7e2504229d. 2050. Environmental Resilience Institute. Total projected decadal average number of extreme precipitation days per Indiana county for year 2050, high emissions scenario (RCP 8.5).

6. Net-Zero America carbon dioxide storage basins for net-zero scenarios, 2050

Net-Zero America carbon dioxide storage basins for net-zero scenarios, 2050. Shapefile. princeton-k930c5421. 2050. Claire Wayner, Civil and Environmental Engineering Department, Princeton University, Undergraduate, Class of 2022 and Andrew Pascale, Andlinger Center, Princeton University, Post-Doctoral Research Associate. This dataset displays the carbon dioxide (CO2) storage basins in the contiguous United States considered viable in 2050 for all net-zero-emissions ...

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

Net-Zero America land-use exclusions for solar projects under net-zero scenarios (base land use), 2050. Shapefile. princeton-t148fs60q. 2050. Andrew Pascale, Andlinger Center, Princeton University, Post-Doctoral Research Associate, Emily Leslie, Energy Reflections, LLC, Principal, and Jesse Jenkins, Mechanical and Aerospace Engineering Department and Andlinger Center, Princeton University, Assistant Professor. This dataset shows land excluded from the siting of solar photovoltaic candidate project areas (CPAs) in the contiguous United States to 2050 under...

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

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, Emily Leslie, Energy Reflections, LLC, Principal, and Jesse Jenkins, Mechanical and Aerospace Engineering Department and Andlinger Center, Princeton University, Assistant Professor. 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...

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

Net-Zero America renewable energy candidate project areas for net-zero scenarios, 2050. Shapefile. princeton-qr46r928s. 2050. Emily Leslie, Energy Reflections, LLC, Principal, Andrew Pascale, Andlinger Center, Princeton University, Post-Doctoral Research Associate, and Jesse Jenkins, Mechanical and Aerospace Engineering Department and Andlinger Center, Princeton University, Assistant Professor. This dataset shows candidate project areas (CPAs) for potential wind and solar development in the contiguous United States that will be required by...

10. Land Use (Future) Walworth County, WI 2035

Land Use (Future) Walworth County, WI 2035. Shapefile. 41E0C8A6-FEE1-416C-BB6A-653A5BCBAE48. 2035. Walworth County. This data layer represents future land use for Walworth County, Wisconsin, to the year 2035.

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

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, Ejeong Baik, Department of Energy Resources Engineering, Stanford University, Ph.D. Candidate, and Erin Mayfield, High Meadows Environmental Institute, 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...

12. Net-Zero America carbon dioxide sources with capture for high-electrification scenario, 2050

Net-Zero America carbon dioxide sources with capture for high-electrification scenario, 2050. Shapefile. princeton-2801pq72x. 2030. Andrew Pascale, Andlinger Center, Princeton University, Post-Doctoral Research Associate, Ejeong Baik, Department of Energy Resources Engineering, Stanford University, Ph.D. Candidate, and Erin Mayfield, High Meadows Environmental Institute, 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...

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

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...

14. Net-Zero America carbon dioxide spur pipelines for high-electrification scenario, 2050

Net-Zero America carbon dioxide spur pipelines for high-electrification scenario, 2050. Shapefile. princeton-6108vk644. 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...

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

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 ...

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

Net-Zero America bulk transmission expansions between metropolitan statistical areas for high-electrification scenario (base land use), 2050. Shapefile. princeton-fj236949v. 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 ...

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

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 ...

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

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 ...

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

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 ...

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

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 bulk transmission expansions from spur lines to metropolitan statistical areas for high-electrification scenario (base land use), 2050

Net-Zero America bulk transmission expansions from spur lines to metropolitan statistical areas for high-electrification scenario (base land use), 2050. Shapefile. princeton-zg64tv324. 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...

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

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...

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

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...

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

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...

25. Map de la Ciudad de Santa Fe : calles, avenidas, alturas, salidas, plazas, lugares de interés / cartografia: Guillermo Cimarelli.

Map de la Ciudad de Santa Fe : calles, avenidas, alturas, salidas, plazas, lugares de interés / cartografia: Guillermo Cimarelli. TIFF. Buenos Aires : Latinbaires editores s.r.l. , 2008. princeton-dc8910k5937. 2023. Cimarelli, Guillermo G. Shows roads, traffic flow circulation shown by red arrows, public buildings , places of worship, cemeteries, and tourists sites. Bottom of cover pa...

26. [Ελλας, 1:150,000] / Χαρτογραφικη Υπηρεσια Στρατου

[Ελλας, 1:150,000] / Χαρτογραφικη Υπηρεσια Στρατου. [Athēna]: Geographikēs Hypēresias Stratou, 192_]. princeton-dc4j03d9260. 2022. Greece. Stratos. Geōgraphikē Hypēresiaa and Greece. Στρατος. Γεωγραφικη Υπηρεσια. Relief shown by form lines and spot heights. Principal meridian is Athens. Maps were trimmed on top and bottom. Map title, and scale are glued on v...

27. Agricultural Districts, Chautauqua County NY, 2022

Agricultural Districts, Chautauqua County NY, 2022. Shapefile. cugir-007953. 2022. Cornell Institute for Resource Information Sciences (Cornell IRIS) and NYS Department of Agriculture and Markets. These GIS files represent geographic boundaries for lands that are under the protection of NYS Agricultural District Law, administered by the New Y...

28. Agricultural Districts, Cortland County NY, 2022

Agricultural Districts, Cortland County NY, 2022. Shapefile. cugir-007958. 2022. Cornell Institute for Resource Information Sciences (Cornell IRIS) and NYS Department of Agriculture and Markets. These GIS files represent geographic boundaries for lands that are under the protection of NYS Agricultural District Law, administered by the New Y...

29. Agricultural Districts, Delaware County NY, 2022

Agricultural Districts, Delaware County NY, 2022. Shapefile. cugir-007959. 2022. Cornell Institute for Resource Information Sciences (Cornell IRIS) and NYS Department of Agriculture and Markets. These GIS files represent geographic boundaries for lands that are under the protection of NYS Agricultural District Law, administered by the New Y...

30. Agricultural Districts, Erie County NY, 2022

Agricultural Districts, Erie County NY, 2022. Shapefile. cugir-007961. 2022. Cornell Institute for Resource Information Sciences (Cornell IRIS) and NYS Department of Agriculture and Markets. These GIS files represent geographic boundaries for lands that are under the protection of NYS Agricultural District Law, administered by the New Y...

31. Agricultural Districts, Genesee County NY, 2022

Agricultural Districts, Genesee County NY, 2022. Shapefile. cugir-007965. 2022. Cornell Institute for Resource Information Sciences (Cornell IRIS) and NYS Department of Agriculture and Markets. These GIS files represent geographic boundaries for lands that are under the protection of NYS Agricultural District Law, administered by the New Y...

32. Agricultural Districts, Livingston County NY, 2022

Agricultural Districts, Livingston County NY, 2022. Shapefile. cugir-007970. 2022. Cornell Institute for Resource Information Sciences (Cornell IRIS) and NYS Department of Agriculture and Markets. These GIS files represent geographic boundaries for lands that are under the protection of NYS Agricultural District Law, administered by the New Y...

33. Agricultural Districts, Madison County NY, 2022

Agricultural Districts, Madison County NY, 2022. Shapefile. cugir-007971. 2022. Cornell Institute for Resource Information Sciences (Cornell IRIS) and NYS Department of Agriculture and Markets. These GIS files represent geographic boundaries for lands that are under the protection of NYS Agricultural District Law, administered by the New Y...

34. Agricultural Districts, New York State, 2022

Agricultural Districts, New York State, 2022. Shapefile. cugir-009010. 2022. Cornell Institute for Resource Information Sciences (Cornell IRIS) and NYS Department of Agriculture and Markets. These GIS files represent geographic boundaries for lands that are under the protection of NYS Agricultural District Law, administered by the New Y...

35. Agricultural Districts, Oneida County NY, 2022

Agricultural Districts, Oneida County NY, 2022. Shapefile. cugir-007975. 2022. Cornell Institute for Resource Information Sciences (Cornell IRIS) and NYS Department of Agriculture and Markets. These GIS files represent geographic boundaries for lands that are under the protection of NYS Agricultural District Law, administered by the New Y...

36. Agricultural Districts, Ontario County NY, 2022

Agricultural Districts, Ontario County NY, 2022. Shapefile. cugir-007977. 2022. Cornell Institute for Resource Information Sciences (Cornell IRIS) and NYS Department of Agriculture and Markets. These GIS files represent geographic boundaries for lands that are under the protection of NYS Agricultural District Law, administered by the New Y...

37. Agricultural Districts, Rensselaer County NY, 2022

Agricultural Districts, Rensselaer County NY, 2022. Shapefile. cugir-007983. 2022. Cornell Institute for Resource Information Sciences (Cornell IRIS) and NYS Department of Agriculture and Markets. These GIS files represent geographic boundaries for lands that are under the protection of NYS Agricultural District Law, administered by the New Y...

38. Agricultural Districts, Suffolk County NY, 2022

Agricultural Districts, Suffolk County NY, 2022. Shapefile. cugir-007991. 2022. Cornell Institute for Resource Information Sciences (Cornell IRIS) and NYS Department of Agriculture and Markets. These GIS files represent geographic boundaries for lands that are under the protection of NYS Agricultural District Law, administered by the New Y...

39. Agricultural Districts, Sullivan County NY, 2022

Agricultural Districts, Sullivan County NY, 2022. Shapefile. cugir-007992. 2022. Cornell Institute for Resource Information Sciences (Cornell IRIS) and NYS Department of Agriculture and Markets. These GIS files represent geographic boundaries for lands that are under the protection of NYS Agricultural District Law, administered by the New Y...

40. Agricultural Districts, Ulster County NY, 2022

Agricultural Districts, Ulster County NY, 2022. Shapefile. cugir-007995. 2022. Cornell Institute for Resource Information Sciences (Cornell IRIS) and NYS Department of Agriculture and Markets. These GIS files represent geographic boundaries for lands that are under the protection of NYS Agricultural District Law, administered by the New Y...

41. Agricultural Districts, Wyoming County NY, 2022

Agricultural Districts, Wyoming County NY, 2022. Shapefile. cugir-007999. 2022. Cornell Institute for Resource Information Sciences (Cornell IRIS) and NYS Department of Agriculture and Markets. These GIS files represent geographic boundaries for lands that are under the protection of NYS Agricultural District Law, administered by the New Y...

42. Basemap of Hungary, 2022

Basemap of Hungary, 2022. GeoTIFF. GeoX Kft. stanford-df452cc5697. 2022. GeoX Kft. This raster dataset is an overview map of Hungary showing the national main road network, the state border and county borders, and the most importa...

43. Districts, Hungary, 2022

Districts, Hungary, 2022. GeoTIFF. GeoX Kft. stanford-cy924xj3947. 2022. GeoX Kft. This raster dataset shows administrative districts in Hungary. The source of the map is the 1:10 000 scale, house number depth vector map file, the...

44. Dr. C.B. Klunzinger's Routen um Qoséir in Aegypten : nach seinen Aufnahmen zussamengestellt mit den Karten von E. Gottberg, R. Lepsius and H. Kiepert und der englischen Kustenkarte / Richard Kiepert ; lithograph institut v Wilh Greve.

Dr. C.B. Klunzinger's Routen um Qoséir in Aegypten : nach seinen Aufnahmen zussamengestellt mit den Karten von E. Gottberg, R. Lepsius and H. Kiepert und der englischen Kustenkarte / Richard Kiepert ; lithograph institut v Wilh Greve. TIFF. Berlin : Verlag von Dietrich Reimer, 1879. princeton-dcbg257s05q. 2022. Kiepert, Richard, 1846-1915. Relief shown by hachures.

45. Kalawao County, Hawai'i land parcels, 2020

Kalawao County, Hawai'i land parcels, 2020. Shapefile. princeton-dcth83m8586. 2022. Boundary Solutions, Inc. Land parcels in Kalawao County, Hawai'i, 2020.

46. Karte von Kleinasien

Karte von Kleinasien. princeton-dc3n204907q. 2022. Kiepert, Richard. Reissued sheets.

47. Karte von Kleinasien

Karte von Kleinasien. new-york-public-library-dc3n204907q. 2022. Kiepert, Richard. Reissued sheets.

48. Land Cover, Hungary, 2022

Land Cover, Hungary, 2022. GeoTIFF. GeoX Kft. stanford-pg505zb5190. 2022. GeoX Kft. This raster dataset shows built up areas and land cover in Hungary. This map is generalized from ArcHungary vector layers GeoX Kft. (2020). Land Co...

49. Landsat Map of Hungary, 2022

Landsat Map of Hungary, 2022. GeoTIFF. GeoX Kft. stanford-jn127hs1218. 2022. GeoX Kft. This raster dataset is a Landsat map of Hungary. Source of landsat layer is NASA Landsat TM database. Database update follows the updates of source...

50. Major Shanghai Buildings before 1949

Major Shanghai Buildings before 1949. Shapefile. Virtual Shanghai Project. stanford-pz281fq4592. 2022. Virtual Shanghai Project. This shape file contains a set of 1,790 major buildings located in Shanghai in the Republican era. The shape file developed over time, with additio...

51. Makkah Al Mukararmah - The Holy Capital.

Makkah Al Mukararmah - The Holy Capital. Jeddah : Zakī Muḥammad ̕Alī Fārisī , [l987]. princeton-dczs25xm15h. 2022. Fārisī, Zakī Muḥammad ʻAlī. Includes legend of roads, public buildings, and Hajj season services. Inset map of the Holy Mosque Area. Maps on verso: Mecca al-Mukarramah and Hol...

52. Nimanbun no ichi Honkon Kinbō, Maps Index

Nimanbun no ichi Honkon Kinbō, Maps Index. Shapefile. Stanford Digital Repository. stanford-yt653nh2089. 2022. Stanford Geospatial Center. This polygon shapefile is an index to maps of Hong Kong, titled 'Nimanbun no ichi Honkon Kinbō,' This map series was originally produced by the Jap...

53. Plan de la Ville d'Arras.

Plan de la Ville d'Arras. TIFF. [Hellemmes-Lille] : Annuaires Ravet-Anceau, [date of publication not identified]. princeton-dccz30q4318. 2022. Ravet-Anceau (Firm). With a legend of points of interest. "Reproduction interdite.".

54. Plan de la Ville de Douai.

Plan de la Ville de Douai. TIFF. [Hellemmes-Lille] : Annuaires Ravet-Anceau, [date of publication not identified]. princeton-dccc08hs27f. 2022. Ravet-Anceau (Firm). With a legend of bridges and a park. "Reproduction interdite.".

55. Raster

Raster. GeoTIFF. princeton-dc1257b368v. 2022. A raster resource object.

56. Raster

Raster. GeoTIFF. princeton-dc4t64gz59t. 2022. A raster resource object.

57. Raster

Raster. GeoTIFF. princeton-dc8k71nt520. 2022. A raster resource object.

58. Raster

Raster. GeoTIFF. princeton-dcdb78tp47n. 2022. A raster resource object.

59. Raster

Raster. GeoTIFF. princeton-dcj3860j373. 2022. A raster resource object.

60. Raster

Raster. GeoTIFF. princeton-dcnv935d27z. 2022. A raster resource object.

61. Raster

Raster. GeoTIFF. princeton-dcsj139c380. 2022. A raster resource object.

62. Raster

Raster. GeoTIFF. princeton-dcx920g7283. 2022. A raster resource object.

63. Raster

Raster. GeoTIFF. princeton-dc2227n107k. 2022. A raster resource object.

64. Raster

Raster. GeoTIFF. princeton-dc5t34sw004. 2022. A raster resource object.

65. Raster

Raster. GeoTIFF. princeton-dc9k41zq947. 2022. A raster resource object.

66. Raster

Raster. GeoTIFF. princeton-dcfb494k859. 2022. A raster resource object.

67. Raster

Raster. GeoTIFF. princeton-dck3569f75d. 2022. A raster resource object.

68. Raster

Raster. GeoTIFF. princeton-dcpr76fd842. 2022. A raster resource object.

69. Raster

Raster. GeoTIFF. princeton-dcth83m875n. 2022. A raster resource object.

70. Raster

Raster. GeoTIFF. princeton-dcz890s467q. 2022. A raster resource object.

71. Raster

Raster. GeoTIFF. princeton-dc3197xx498. 2022. A raster resource object.

72. Raster

Raster. GeoTIFF. princeton-dc6t053s436. 2022. A raster resource object.

73. Raster

Raster. GeoTIFF. princeton-dcbk128n339. 2022. A raster resource object.

74. Raster

Raster. GeoTIFF. princeton-dcgb19fh23j. 2022. A raster resource object.

75. Raster

Raster. GeoTIFF. princeton-dcm039kg33x. 2022. A raster resource object.

76. Raster

Raster. GeoTIFF. princeton-dcqr46rb23s. 2022. A raster resource object.

77. Raster

Raster. GeoTIFF. princeton-dcvh53x615v. 2022. A raster resource object.

78. Raster

Raster. GeoTIFF. princeton-dc08612z966. 2022. A raster resource object.

79. Raster

Raster. GeoTIFF. princeton-dc41687t900. 2022. A raster resource object.

80. Raster

Raster. GeoTIFF. princeton-dc7s75dp80v. 2022. A raster resource object.

81. Raster

Raster. GeoTIFF. princeton-dccj82kj71f. 2022. A raster resource object.

82. Raster

Raster. GeoTIFF. princeton-dch702qh80h. 2022. A raster resource object.

83. Raster

Raster. GeoTIFF. princeton-dcn009wc717. 2022. A raster resource object.

84. Raster

Raster. GeoTIFF. princeton-dcrr172763d. 2022. A raster resource object.

85. Raster

Raster. GeoTIFF. princeton-dcwh247358x. 2022. A raster resource object.

86. Raster

Raster. GeoTIFF. princeton-dc1831cw39v. 2022. A raster resource object.

87. Raster

Raster. GeoTIFF. princeton-dc5138jr306. 2022. A raster resource object.

88. Raster

Raster. GeoTIFF. princeton-dc8s45qm202. 2022. A raster resource object.

89. Raster

Raster. GeoTIFF. princeton-dcdf65vk28v. 2022. A raster resource object.

90. Raster

Raster. GeoTIFF. princeton-dcj6731f19s. 2022. A raster resource object.

91. Raster

Raster. GeoTIFF. princeton-dcnz8069117. 2022. A raster resource object.

92. Raster

Raster. GeoTIFF. princeton-dcsq87c506w. 2022. A raster resource object.

93. Raster

Raster. GeoTIFF. princeton-dcxg94j099h. 2022. A raster resource object.

94. Raster

Raster. GeoTIFF. princeton-dc2801ps775. 2022. A raster resource object.

95. Raster

Raster. GeoTIFF. princeton-dc6108vn68w. 2022. A raster resource object.

96. Raster

Raster. GeoTIFF. princeton-dc9p290m76d. 2022. A raster resource object.

97. Raster

Raster. GeoTIFF. princeton-dcff365g670. 2022. A raster resource object.

98. Raster

Raster. GeoTIFF. princeton-dck643bb605. 2022. A raster resource object.

99. Raster

Raster. GeoTIFF. princeton-dcpz50h654z. 2022. A raster resource object.

100. Raster

Raster. GeoTIFF. princeton-dctq57p2465. 2022. A raster resource object.