lake survey chart west-end of Fond du lace; Lake Superior; shoreline; river outline; Superior Bay; St. Louis Bay; Bay of Allouez; Superior Entry; Oneota; Spirit Lake; Rice's Point; Superior City
Contributing Institution:
University of Minnesota Duluth, Kathryn A. Martin Library, Northeast Minnesota Historical Collections
Central Duluth; East Hillside; 4th to 18th Avenues East; Lake Street to 3rd Street; neighborhood; street names; buildings; schools; parks; Washington Avenue
Contributing Institution:
University of Minnesota Duluth, Kathryn A. Martin Library, Northeast Minnesota Historical Collections
head of lakes; harbor; depths; acres of state land; sailing directions; visibility of lights; streets; railroads; business district; Minnesota Point; Superior Bay; Superior Wisconsin; Superior Entry
Contributing Institution:
University of Minnesota Duluth, Kathryn A. Martin Library, Northeast Minnesota Historical Collections
Layout of Duluth; Town of Oneota Plat 1865; sawmill; creeks; Rice's Point; Superior Bay; meandered island; Indian graves; Indian camp; 5th west to Lake avenues; claim shanty; Luce's Dock Company; land office; Town of Portland Platted 1855; Washington Avenue; Vermilion Trail; Old Trading Post; Minnesota Point; Pine Street; floating island; tower; Lake Superior.
Contributing Institution:
University of Minnesota Duluth, Kathryn A. Martin Library, Northeast Minnesota Historical Collections
plat; Lester Park; London Addition; U. S. Fish Hatchery; Lester River; London Avenue; East Avenue; Duluth and Iron Range Railway; stone monument; Omenda Falls; Lester River Falls; depot; inset photographs
Contributing Institution:
University of Minnesota Duluth, Kathryn A. Martin Library, Northeast Minnesota Historical Collections
This map shows Hodapp's Addition to the community of North Mankato. Wendell Hodapp was the community's first president, who had purchased 160 acres of land in 1878 that included a significant portion of the future city.
This map shows the village of Traverse des Sioux along the Minnesota River. The village was named after the Traverse des Sioux, which was the French name for the crossing site of the river by the Dakota people who lived in the vicintiy.
This lithograph of the Rochester map drawn by P.P. Condit, Civil Engineer and Surveyor, shows the platted sections of the city with blocks, lots and streets and some business ads. The businesses listed are: John W, Remine, Attorney at Law; Stevens House, J. Fleck, Proprietor; F. A. Soule, Attorney at Law; Rochester Free Press, F. A. Soule, Editor; American House, C. C. Cole, Proprietor; Eleazer Damon, Watchmaker and Jeweler; G. C. Sherman, Boots and Shoes; Fay and Leonard, Attorneys and Insurance Agents; Reynolds and Woodword, Drugs and Medicines; I. M. Terrill, Ornamental Painter; La Dui and Leet, Merchant Tailors and C. C. Willson, Attorney and Counselor at Law.
January 1919. The first road map published by the Minnesota State Highway Department, with Charles M. Babcock serving as the Commissioner of Highways at the time.
Contributing Institution:
Minnesota Department of Transportation, MnDOT Library
May-1-1922. Note of explanation on the map: Minnesota trunk highways, making a 7,000-mile primary road system, are now officially marked with numbers on yellow stars-significant of the North Star State. Reference to this map will guide the user of the system. Grading, gravel-surfacing and paving completed and under contract May 1, 1922 are indicated by the conventions. This should be considered with weather conditions in planning trips. The state trunk highway system has been improved with 228 miles of paving, 1926 miles of gravel surfacing and 2314 miles of permanent grading.
Contributing Institution:
Minnesota Department of Transportation, MnDOT Library
This is chart number 211 containing a portion of the Mississippi River bordered by Sherburne, Stearns and Wright counties. The chart also includes an Authorities and Notes section. The scale of the chart is 1:10000. The chart includes an index showing this chart's coverage area in context with adjacent charts numbered 210 and 212.
This is chart number 212 containing a portion of the Mississippi River bordered by Sherburne and Stearns counties. The chart also includes an Authorities and Notes section. The scale of the chart is 1:10000. The chart includes an index showing this chart's coverage area in context with adjacent charts numbered 211 and 213.
This is chart number 213 containing a portion of the Mississippi River bordered by Sherburne and Stearns counties. The chart also includes an Authorities and Notes section. The scale of the chart is 1:10000. The chart includes an index showing this chart's coverage area in context with adjacent charts numbered 212 and 214.
This is chart number 214 containing a portion of the Mississippi River bordered by Sherburne, Stearns, and Benton counties. The chart also includes an Authorities and Notes section. The scale of the chart is 1:10000. The chart includes an index showing this chart's coverage area in context with adjacent charts numbered 213 and 215.
This is chart number 206 containing a portion of the Mississippi River bordered by Sherburne and Wright counties. The chart also includes an Authorities and Notes section. The scale of the chart is 1:10000. The chart includes an index showing this chart's coverage area in context with adjacent charts numbered 205 and 207.
This is chart number 205 containing a portion of the Mississippi River bordered by Anoka, Hennepin, Sherburne and Wright counties. The chart also includes an Authorities and Notes section. The scale of the chart is 1:10000. The chart includes an index showing this chart's coverage area in context with adjacent charts numbered 204 and 206.
This is chart number 207 containing a portion of the Mississippi River bordered by Sherburne and Wright counties. The chart also includes an Authorities and Notes section. The scale of the chart is 1:10000. The chart includes an index showing this chart's coverage area in context with adjacent charts numbered 206 and 208.
This is chart number 208 containing a portion of the Mississippi River bordered by Sherburne and Wright counties. The chart also includes an Authorities and Notes section. The scale of the chart is 1:10000. The chart includes an index showing this chart's coverage area in context with adjacent charts numbered 207 and 209.
This is chart number 209 containing a portion of the Mississippi River bordered by Sherburne and Wright counties. The chart also includes an Authorities and Notes section. The scale of the chart is 1:10000. The chart includes an index showing this chart's coverage area in context with adjacent charts numbered 208 and 210.
This is chart number 210 containing a portion of the Mississippi River bordered by Sherburne and Wright counties. The chart also includes an Authorities and Notes section. The scale of the chart is 1:10000. The chart includes an index showing this chart's coverage area in context with adjacent charts numbered 209 and 211.
Total magnetic intensity anomaly (relative to the earth's magnetic field), color coded, scale 1:250,000. Interpretation of magnetic data collected from airborne surveys, the map colors indicate the distribution and concentration of magnetic minerals (primarily iron-bearing) within the upper crust of the earth. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn21100.pdf
Total magnetic intensity anomaly, contour, scale 1:250,000. Interpretation of magnetic data collected from airborne surveys, the map contours (lines of equal magnetic intensity) indicate the distribution and concentration of magnetic minerals (primarily iron-bearing) within the upper crust of the earth. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn21101.pdf
Total magnetic intensity anomaly (relative to the earth's magnetic field), color coded, scale 1:250,000. Interpretation of magnetic data collected from airborne surveys, the map colors indicate the distribution and concentration of magnetic minerals (primarily iron-bearing) within the upper crust of the earth. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn21102.pdf
Total magnetic intensity anomaly (relative to the earth's magnetic field), color coded, scale 1:250,000. Interpretation of magnetic data collected from airborne surveys, the map colors indicate the distribution and concentration of magnetic minerals (primarily iron-bearing) within the upper crust of the earth. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn21104.pdf
Total magnetic intensity anomaly, contour, scale 1:250,000. Interpretation of magnetic data collected from airborne surveys, the map contours (lines of equal magnetic intensity) indicate the distribution and concentration of magnetic minerals (primarily iron-bearing) within the upper crust of the earth. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn21105.pdf
Total magnetic intensity anomaly (relative to the earth's magnetic field), color coded, scale 1:250,000. Interpretation of magnetic data collected from airborne surveys, the map colors indicate the distribution and concentration of magnetic minerals (primarily iron-bearing) within the upper crust of the earth. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn21106.pdf
Total magnetic intensity anomaly, contour, scale 1:250,000. Interpretation of magnetic data collected from airborne surveys, the map contours (lines of equal magnetic intensity) indicate the distribution and concentration of magnetic minerals (primarily iron-bearing) within the upper crust of the earth. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn21107.pdf
Total magnetic intensity anomaly, contour, scale 1:100,000.Interpretation of magnetic data collected from airborne surveys, the map contours (lines of equal magnetic intensity) indicate the distribution and concentration of magnetic minerals (primarily iron-bearing) within the upper crust of the earth. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn21110.pdf
Total magnetic intensity anomaly, contour, scale 1:100,000.Interpretation of magnetic data collected from airborne surveys, the map contours (lines of equal magnetic intensity) indicate the distribution and concentration of magnetic minerals (primarily iron-bearing) within the upper crust of the earth. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn21111.pdf
Total magnetic intensity anomaly, contour, scale 1:100,000.Interpretation of magnetic data collected from airborne surveys, the map contours (lines of equal magnetic intensity) indicate the distribution and concentration of magnetic minerals (primarily iron-bearing) within the upper crust of the earth. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn21112.pdf
Total magnetic intensity anomaly, contour, scale 1:100,000.Interpretation of magnetic data collected from airborne surveys, the map contours (lines of equal magnetic intensity) indicate the distribution and concentration of magnetic minerals (primarily iron-bearing) within the upper crust of the earth. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn21113.pdf
Total magnetic intensity anomaly, contour, scale 1:100,000.Interpretation of magnetic data collected from airborne surveys, the map contours (lines of equal magnetic intensity) indicate the distribution and concentration of magnetic minerals (primarily iron-bearing) within the upper crust of the earth. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn21114.pdf
Total magnetic intensity anomaly, contour, scale 1:100,000.Interpretation of magnetic data collected from airborne surveys, the map contours (lines of equal magnetic intensity) indicate the distribution and concentration of magnetic minerals (primarily iron-bearing) within the upper crust of the earth. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn21115.pdf
Total magnetic intensity anomaly, contour, scale 1:100,000.Interpretation of magnetic data collected from airborne surveys, the map contours (lines of equal magnetic intensity) indicate the distribution and concentration of magnetic minerals (primarily iron-bearing) within the upper crust of the earth. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn21116.pdf
Total magnetic intensity anomaly, contour, scale 1:100,000.Interpretation of magnetic data collected from airborne surveys, the map contours (lines of equal magnetic intensity) indicate the distribution and concentration of magnetic minerals (primarily iron-bearing) within the upper crust of the earth. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn21118.pdf
Balaban, N.H.; McSwiggen, P.L.; Isaacs, Patricia; Little R.L.; Olsen, Bruce M.
Date Created:
1982
Description:
Interpretation of land surface topography. Map showing locations of water wells, soil borings, outcrops and cuttings samples collected during water well drilling. Distribution and sources of primary information tthat guide the geologic interpretations used to make the geologic maps in the series, scale 1:100,000. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn21119.pdf
Balaban, N.H.; McSwiggen, P.L.; Aronow, Saul; Hobbs, Howard C.
Date Created:
1982
Description:
Map showing interpretations of Quaternary (Pleistocene [glacial] and Holocene [post-glacial]) surficial geology (distribution and type of materials at the land surface), scale 1:100,000, Scott County. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn21120.pdf
Balaban, N.H.; McSwiggen, P.L.; Meyer, Gary N.; Olsen, Bruce M.
Date Created:
1982
Description:
Maps showing cross sections of Quaternary geologic units and thickness of the Quaternary glacial materials, scale 1:100,000, Scott County. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn21121.pdf
Balaban, N.H.; McSwiggen, P.L.; Olsen, Bruce M.; Little R.L.; Isaacs, Patricia; Kannivetsky, Roman
Date Created:
1982
Description:
Maps showing the topography of the bedrock surface, well construction characteristics, physiography (geographic forms) of the bedrock surface and susceptibility of bedrock aquifers to contamination, scale 1:100,000;, scale 1:200,000, Scott County. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn21122.pdf
Map showing interpretations of bedrock geology (distribution of rock at the land surface and beneath surface sediments) with cross section diagrams, scale 1:100,000, Scott County. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn21123.pdf
Balaban, N.H.; McSwiggen, P.L.; Kanivetsky, Roman; Palen, Barbara
Date Created:
1982
Description:
Maps showing water table configuration, transmissivity (ability of an aquifer to allow movement of water) and potentiometric conditions (potential direction of ground water movement) of surficial and bedrock aquifers, scale 1:200,000, Scott County. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn21124.pdf
Map showing locations of water wells, soil borings, outcrops and cuttings samples collected during water well drilling. Distribution and sources of primary information tthat guide the geologic interpretations used to make the geologic maps in the series, scale 1:100,000, Winona County. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn21125.pdf
Balaban, N.H.; Olsen, Bruce M.; Mossler, John H.; Book, Paul R.
Date Created:
1984
Description:
Map showing interpretations of bedrock geology (distribution of rock at the land surface and beneath surface sediments) with cross section diagrams, scale 1:100,000, Winona County. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn22218.pdf
Map showing interpretations of Quaternary (Pleistocene [glacial] and Holocene [post-glacial]) surficial geology (distribution and type of materials at the land surface), scale 1:100,000, Winona County. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn22219.pdf
Maps showing where and how much ground water may be present and aquifer characteristics of the bedrock geologic units, scale 1:200,000, Winona County. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn22220.pdf
Balaban, N.H.; Olsen, Bruce M.; Dalgleish, Janet B.; Alexander, E. Calvin, Jr.
Date Created:
1984
Description:
Map showing location of sinkholes and likelihood of future sinkhole development, scale 1:100,000, Winona County. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn22221.pdf
Balaban, N.H.; Hobbs, Howard C.; Bloomgren, Bruce A.; Mossler, John H.; Patterson, Carrie J.
Date Created:
1990
Description:
Map showing the thickness of unconsolidated materials over the bedrock surface (depth to bedrock) and the elevation of the bedrock surface (bedrock topography), scale 1:100,000, Dakota County. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn22260.pdf
Interpretations of bedrock geology (distribution of rock at the land surface and beneath surface sediments) of Minnesota, scale 1:1,000,000. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn22393.pdf
Interpretations of bedrock geology (distribution of rock at the land surface and beneath surface sediments) of Minnesota, scale 1:1,000,000. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn22403.pdf
Geophysical (gravity and magnetic) data and modeling of subsurface geology from the geophysical data for part of the Duluth Complex, scale 24,000. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn22487.pdf
Interpretations of bedrock geology (distribution of rock at the land surface and beneath surface sediments) of the Allen quadrangle, scale 1:24,000. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn22488.pdf
Quaternary geology map showing interpretations of Quaternary (Pleistocene [glacial] and Holocene [post-glacial]) surficial geology (distribution and type of materials at the land surface), of the Brainerd quadrangle, scale 1:24,000. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn22516.pdf
Total magnetic intensity anomaly (relative to the earth's magnetic field), color coded, scale 1:250,000. Interpretation of magnetic data collected from airborne surveys, the map colors indicate the distribution and concentration of magnetic minerals (primarily iron-bearing) within the upper crust of the earth. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn21098.pdf
Total magnetic intensity anomaly, contour, scale 1:250,000. Interpretation of magnetic data collected from airborne surveys, the map contours (lines of equal magnetic intensity) indicate the distribution and concentration of magnetic minerals (primarily iron-bearing) within the upper crust of the earth. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn21099.pdf
Total magnetic intensity anomaly (relative to the earth's magnetic field), color coded, scale 1:250,000. Interpretation of magnetic data collected from airborne surveys, the map colors indicate the distribution and concentration of magnetic minerals (primarily iron-bearing) within the upper crust of the earth. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn21094.pdf
Total magnetic intensity anomaly, contour, scale 1:250,000. Interpretation of magnetic data collected from airborne surveys, the map contours (lines of equal magnetic intensity) indicate the distribution and concentration of magnetic minerals (primarily iron-bearing) within the upper crust of the earth. Electronic file available at: ftp://mgsftp2.mngs.umn.edu/map_catalog/pdf/umn21095.pdf