Morgan County in southeastern Ohio is easiest to recognize by the close pairing of McConnelsville and Malta beside the Muskingum River. Stockport lies farther south along the same river corridor, while Chesterhill occupies a separate position in the hilly southwest. Across the county, short tributaries cut narrow valleys between closely spaced ridges, so roads and settlements often follow terrain rather than a simple grid. This page separates those features into general, city-distribution, water, and elevation views, and the high-resolution JPG map files are available as a ZIP download.
Start with McConnelsville if you are learning the map for the first time. Malta sits immediately to the west, State Route 60 follows the broader Muskingum River corridor toward Stockport, and Routes 37 and 669 approach the central area from the west and northwest. Routes 78, 83, and 284 provide useful references across the north and east. In the south, Routes 266, 376, 377, 555, 676, and 792 appear among winding valleys and ridges, giving the road pattern a very different character from flatter parts of Ohio.
Table of Contents
McConnelsville and Malta anchor the central road pattern
The general county map makes McConnelsville and Malta the clearest central reference points. The two communities are shown extremely close together with the Muskingum River passing between them. Several numbered roads also converge nearby. State Route 60 is especially useful because it continues south toward Stockport, while Route 37 and 669 help orient the western side. Routes 78 and 284 cross the northern half, and Route 83 provides a recognizable north-south reference farther east.
Eastern Morgan County has few long straight routes. Roads bend through a landscape cut by narrow valleys, and the boundary itself steps outward and inward several times on the east and southeast. Route 339 appears near the southeastern edge, while Route 83 remains farther north. The western and southwestern sides use a different set of roads, including 555, 377, and 329. The map is therefore more useful for understanding regional position and road relationships than for estimating current travel time, closures, or exact driving conditions.
Stockport is the strongest southern settlement on the general map. It lies well below McConnelsville along the Muskingum River, close to Routes 266 and 376. Farther south, Routes 792 and 676 appear near the county edge, while 555 and 377 cross the southwest. Chesterhill is emphasized more clearly on the city map, but its location in the southwestern hill country helps explain why it does not share the same river-centered setting as McConnelsville, Malta, and Stockport.
Nearby names outside the county boundary also help with orientation. Crooksville and Rose Farm appear beyond the northwest side, Beverly is east of the county, and Glouster and Trimble lie to the southwest. They are not being presented as Morgan County communities; they simply provide external reference points around the map frame. The irregular eastern and southern boundary is another reason the full county map is useful when a simple city diagram does not provide enough context.
Four highlighted communities reveal a split settlement pattern
The city-distribution map strips away most road detail and highlights McConnelsville, Malta, Stockport, and Chesterhill. McConnelsville and Malta form a tight pair in the north-central part of the county. Stockport is much farther south along the main river corridor, and Chesterhill is separated to the southwest. That arrangement shows that Morgan County’s better-known settlements do not form one continuous urban area. Instead, the map has a central river pair, a southern river community, and a southwestern hill-country community.
The CITY INDEX printed on the map includes values for the four communities. Those figures belong to the supplied map index and are not treated here as current official population estimates, because population data can change by reference year and municipal boundary. The lasting geographic value of this view is the position of each place. McConnelsville and Malta are nearly adjacent, Stockport sits on a separate southern section of the river, and Chesterhill is isolated from that river sequence.
Switching between the city and general maps adds the road context back in. Around McConnelsville and Malta, Routes 37, 60, and 669 cluster within a small area. At Stockport, Routes 266 and 376 become stronger references. Chesterhill’s broader southwest setting is tied to the smaller, winding road network rather than the central route concentration. For presentations or study materials, the city map works well as the first orientation graphic, with the general map used afterward for finer geographic detail.
Muskingum River and tributaries cut a dense network of valleys
The Muskingum River dominates the water map. It enters from the north, curves through the middle of the county, and continues toward the south, providing a strong geographic reference for McConnelsville, Malta, and Stockport. On both sides of the river, numerous shorter streams occupy narrow valleys. The shaded relief makes the relationship particularly clear: blue channels follow grooves between ridges, and many small branches join the larger drainage system over short distances.
Several named tributaries help organize the complex pattern. Island Run is labeled in the northwest, with Kains Fork and Fourmile Run closer to the north-central area. The eastern side includes Dyes Fork, Meigs Creek, Little Olive Green Creek, and Olive Green Creek. West and southwest of the Muskingum, Little Wolf Creek and West Branch Wolf Creek are also visible. Burr Oak Lake appears near the southwestern edge of the displayed area, adding a recognizable waterbody beyond the dense stream network.
Morgan County’s tourism and economic-development material describes the Muskingum River as one of the county’s major outdoor resources and points visitors toward Muskingum River Parkway State Park and other public recreation areas. That local context matches the map’s visual emphasis on the river. The water map itself, however, is a geographic reference rather than a flood-hazard product, legal shoreline record, depth chart, or navigation guide. Current water conditions and regulated uses should be checked with the responsible agencies.
Elevation from about 189 to 353 meters emphasizes narrow river bottoms and ridges
The elevation legend gives an actual county range of roughly 189 to 353 meters, with a mean near 270 meters. The lowest greens trace the Muskingum River and many tributary valleys. Higher yellow, orange, and brown bands occupy the ridges between those drainage lines. Because the valleys are narrow and closely spaced, the map has a strongly textured appearance rather than broad smooth elevation zones. This is one of the clearest visual differences between Morgan County and flatter agricultural counties elsewhere in Ohio.
McConnelsville and Malta occupy the low Muskingum corridor, and the same green valley continues south toward Stockport. Away from the main river, the ridges rise quickly, but small tributaries repeatedly cut lower strips back through the uplands. Comparing the elevation and water maps makes this relationship easy to see. Most of the named streams follow the same low corridors that appear in green, while the higher warm colors occupy the narrow ground between one drainage valley and the next.
The brown colors do not mean that Morgan County contains mountain elevations comparable with major mountain ranges. They are the high end of a locally scaled legend designed to show differences within the county. The map is suitable for county-scale terrain comparison, not site engineering. Exact parcel elevations, road grades, drainage calculations, construction design, and survey work require the original USGS elevation data or professional field measurements.
Use McConnelsville as a common reference across all four views
A simple way to compare the maps is to keep McConnelsville fixed while changing layers. On the general map, note Malta, Route 60, Route 37, and the nearby road network. On the city map, the McConnelsville–Malta pair becomes very easy to recognize. The water map then places the Muskingum River between them, and the elevation map shows that same corridor as low green terrain. One location therefore links settlement, transportation, water, and relief without needing a separate GIS application.
Stockport provides a useful southern comparison. Routes 266 and 376 identify the area on the general map, while the water map shows the Muskingum River bending through the southern half. The elevation view follows that river bend with a low corridor pressed between higher ridges. Returning to the city map shows how far Stockport is separated from the McConnelsville–Malta pair, which helps explain why it functions as a distinct geographic reference within the county.
For the southwest, Chesterhill is a better reference point. It lies away from the main Muskingum corridor in a part of the county where smaller streams and ridges dominate the landscape. The road map provides the settlement context, while the water and elevation maps explain the surrounding valley pattern. These maps do not provide live road grades or road-condition information, but together they show why route geometry is much less regular here than in a flat grid landscape.
Choose the Morgan County map that matches your purpose
Use the general county map when you need place names, state-route numbers, county boundaries, and nearby reference communities on one page. Choose the city-distribution map when the main task is comparing McConnelsville, Malta, Stockport, and Chesterhill without secondary labels. The water map is the clearest choice for the Muskingum River and tributaries such as Kains Fork, Dyes Fork, and Meigs Creek. The elevation map is best for seeing how low valleys and higher ridges repeat across the county.
The WebP images on the page are convenient for quick viewing, while the high-resolution JPG originals in the ZIP below are better for printing, zooming into labels, or building study materials. These products are regional reference maps. They should not be substituted for legal parcel records, real-time navigation, flood determinations, navigation charts, or survey- and engineering-grade elevation products.
Frequently Asked Questions
How can I distinguish McConnelsville and Malta on the maps?
They are shown very close together in the north-central part of the county with the Muskingum River between them. The city-distribution map gives the simplest comparison, while the general map adds nearby Routes 60, 37, and 669 for more detailed orientation.
What is the main water feature in Morgan County?
The Muskingum River is the dominant feature on the supplied water map. It crosses the county from north toward south and provides a geographic reference for McConnelsville, Malta, and Stockport. Many smaller streams, including Kains Fork, Dyes Fork, and Meigs Creek, join the broader drainage network.
Can the 189–353 meter elevation range be used for surveying?
No. The elevation map is intended for county-scale comparison and is useful for recognizing low river valleys and higher ridges. It does not provide survey-grade values for individual parcels, structures, or roads. Exact site elevations should come from the original USGS data or a professional survey.
Map File Information
The download ZIP contains high-resolution JPG originals of the Morgan County general map, city distribution map, water map, and elevation map.
- File Type: JPG
Related Maps
Sources and references
- Official Morgan County, Ohio website – county government and local information
- Morgan County Parks and Recreation – Muskingum River, state parks, wildlife areas, and outdoor recreation context
- U.S. Census Bureau TIGER/Line Shapefiles – county boundaries and geographic reference data
- USGS National Hydrography – rivers, streams, lakes, and hydrography reference data
- USGS 3D Elevation Program – elevation and terrain reference data
Green Map creates custom-edited map images using open geographic data sources such as geoBoundaries, Natural Earth, OpenStreetMap, and government open data. These maps are edited visual materials, not raw data files, and are provided for education, documents, presentations, and graphic reference.
