Douglas County crosses a remarkable stretch of southwestern Oregon, reaching from the Pacific side of the county to much higher country toward the Cascades. Roseburg is the main inland center, with Sutherlin to the north and Winston, Myrtle Creek, Riddle, and Canyonville extending south along the I-5 corridor. Reedsport occupies a very different setting near the mouth of the Umpqua River on the west, while Glide marks the transition from the Roseburg area toward the long river valleys and mountains of the eastern county. High-resolution map files are available for download in the section below.
The maps on this page make that coast-to-mountain range easier to follow, and the high-resolution originals can be downloaded together as JPG files. The set shows cities and main roads, the Umpqua River system and other waterways, and the strong elevation contrast between the Pacific side, interior valleys, and the Cascade-facing highlands. High-resolution 2572×3638 JPG originals are available together in one ZIP for printing, classroom materials, presentations, and general geographic reference. These maps are not legal surveys, live navigation products, flood maps, or engineering-grade elevation data.
Table of Contents
Roseburg and I-5 form the inland spine while Reedsport opens the county to the Pacific
On the general county map, Roseburg is the clearest inland reference point. The city sits slightly west of the county’s center, with Winston and Lookingglass nearby, Sutherlin to the north, and Myrtle Creek and Riddle farther south. These places are relatively close to I-5, producing a clear settlement corridor through a county that is otherwise dominated by mountains, river valleys, and large areas with few city labels. The pattern is especially noticeable when the dense central road network is compared with the much more open eastern and northwestern sections.
Oregon state information identifies Roseburg as the county seat, and the official Douglas County profile describes a county extending from the Pacific Ocean toward the Cascade Mountains. The road map fits that description well. Oregon 38 runs inland from the Reedsport side through Elkton, I-5 crosses the Roseburg area from north to south, and Oregon 138 heads east from Roseburg toward Glide and the mountain interior. Oregon 42 leaves the Winston area toward Coos County, so the Roseburg corridor is not only a north-south route but also a point where travel branches toward the coast and interior valleys.
Reedsport stands apart from the inland cities because it lies close to the Pacific and the Umpqua River estuary, where U.S. 101 and Oregon 38 provide the clearest road references. Elkton is positioned farther inland along Oregon 38, creating a chain from the coast toward the I-5 side of the county. Sutherlin, by contrast, is directly tied to the north-south freeway corridor north of Roseburg. The map therefore shows two different geographic orientations at once: a concentrated inland route and a long westward connection through the Umpqua valley.
East of Roseburg, Glide is one of the last prominent town labels before the map becomes dominated by mountain roads and streams. Routes continue toward the eastern boundary, but settlement markers become much more widely spaced than they are along I-5. That difference matters when using the map for orientation. Douglas County is not simply a strip of communities on the interstate; it is a very large county where coast, interior valley towns, and high mountain country are joined by several long road and river corridors.
Six ranked city markers reveal a strong Roseburg-centered pattern
The city map strips away most road detail and compares six prominent city markers: Roseburg, Sutherlin, Winston, Reedsport, Myrtle Creek, and Canyonville. Roseburg is the largest marker in the central portion of the county. Sutherlin is to the north, while Winston, Myrtle Creek, and Canyonville step southward through the interior. Reedsport is the outlier, separated from the other five cities on the northwestern coast. This simplified view makes the split between the inland population corridor and the coastal city especially easy to recognize.
The map legend includes reference figures of 23,778 for Roseburg, 8,599 for Sutherlin, 5,690 for Winston, 4,317 for Reedsport, 3,500 for Myrtle Creek, and 1,920 for Canyonville. These values help explain the relative ranking used in this particular graphic, but they should not be treated as live population estimates. Current statistical work should use the latest U.S. Census Bureau or official local data. The lasting geographic value of the map is the distribution and relative placement of the six city markers.
Road context explains why five of the six markers form such a clear inland chain. Sutherlin, Roseburg, Winston, Myrtle Creek, and Canyonville all relate closely to I-5, while Reedsport depends on the westward Oregon 38 and U.S. 101 setting instead. Smaller places visible on the general map, including Riddle, Glendale, Elkton, and Glide, fill in additional parts of the county but are not part of the six-city ranking graphic. For a clean city comparison, the city map works well; for actual route relationships, it should be paired with the general county map.
Roseburg’s central role also becomes more meaningful when physical geography is added. It sits where the interior road network, the North and South Umpqua systems, and several lower valley corridors come together. Reedsport, despite being in the same county, belongs to the coastal end of that river system. Sutherlin and the southern I-5 communities occupy other valleys separated by ridges. The city pattern is therefore not just a list of population centers; it reflects the way a rugged county is organized around a few accessible corridors.
North Umpqua and South Umpqua feed a river system that reaches the Pacific
The terrain-and-water map shifts attention from roads to the rivers and valleys that cross the county. In the eastern county, the North Umpqua River, Clearwater River, and Black Rock Fork Umpqua River descend through mountain terrain toward the west. The South Umpqua River and its tributaries occupy the central and southern part of the county. Those major systems ultimately form the Umpqua River, which continues west through the Elkton side of the county and toward its Pacific outlet near Reedsport. Seen this way, the distant coastal city is part of the same large watershed framework as the Roseburg area.
Other named waterways add detail to that broad pattern. Smith River is prominent in the northwestern section, Cow Creek runs through the southern county, Rock Creek joins the North Umpqua system, and Clearwater River is labeled farther east. Numerous smaller blue tributaries fill the shaded terrain between the larger channels. Their density is important because Douglas County is not a flat basin crossed by only one or two rivers. It is a landscape of many ridges and valleys, so streams repeatedly occupy narrow corridors between higher ground.
Comparing roads with rivers helps explain several travel routes. Oregon 38 follows the general Umpqua valley direction between Elkton and the Reedsport side of the county. Oregon 138 runs east from Roseburg in the North Umpqua direction, while the South Umpqua and Cow Creek systems repeatedly approach the I-5 corridor farther south. Roads and rivers do not follow exactly the same line, but in mountainous terrain the larger valleys often provide the most understandable framework for seeing why towns and highways appear where they do.
This map is a geographic water reference rather than a live hydrology or hazard product. It does not show current discharge, flood stage, water quality, navigability, channel depth, or legal water boundaries. Anyone making a flood, boating, engineering, or water-management decision should consult current USGS and local agency information. The purpose here is to show where the major named rivers and tributaries lie and how they fit into the surrounding relief across the county.
Elevation rises from the coastal and Umpqua lowlands toward the eastern high country
The elevation map makes the west-to-east transition especially clear. Its legend shows a generalized surface ranging from around sea level to about 2,690 meters, with a mean near 645 meters. Darker green colors dominate the coastal edge and many major valleys, while lighter greens, yellows, and browns become more common across the interior mountains and eastern side. The eastern and southeastern highlands form the strongest concentration of elevated terrain in the map set.
Reedsport and the lower Umpqua area begin close to sea level, but the terrain does not remain flat for long inland. Coastal mountain ridges and narrow valleys create repeated elevation changes before the map reaches the Roseburg side of the county. Roseburg occupies relatively lower valley terrain compared with the surrounding ridges, which helps explain why so many roads and communities gather in that part of the map. From Roseburg toward Glide and the eastern boundary, however, higher terrain becomes steadily more prominent.
The southern county is similarly varied. Winston, Myrtle Creek, Riddle, and Canyonville sit along lower corridors related to the South Umpqua system, but ridges rise quickly on either side. Cow Creek occupies another long valley through rugged southern terrain. In the northwest, Smith River also winds through a dense pattern of ridges and lower channels. These repeated transitions mean that even the western half of Douglas County should not be thought of as one broad low plain simply because it reaches the Pacific.
The color surface is intended for county-wide comparison, not exact site elevations. It can show that the Umpqua valleys are generally lower than the eastern mountains and that large elevation differences occur over the county, but it cannot replace survey-grade data for a parcel, building site, road slope, or trail point. For precise work, the USGS 3D Elevation Program or professional survey information is more appropriate. Here, the most useful interpretation is the overall sequence from coastal lowland through interior valleys and ridges to the high eastern terrain.
Using roads, rivers, and relief together gives the clearest view of this large county
For a first orientation, the general county map is the strongest starting point. It combines Roseburg, Reedsport, Sutherlin, Winston, Myrtle Creek, major road numbers, and the county outline in one view. It is particularly useful for explaining the I-5 settlement corridor, the long Oregon 38 connection toward the coast, and the eastward route from Roseburg through Glide. The city map then strips away much of that detail and makes the six ranked population centers easier to compare.
The terrain-and-water map is the better choice when the Umpqua system is the subject. It shows how North Umpqua and South Umpqua drainage comes together and continues west, while Smith River, Cow Creek, Rock Creek, and Clearwater River add regional detail. That perspective is especially valuable for understanding why Reedsport and Roseburg, despite their distance from each other, are connected by one of the county’s defining river systems.
The elevation map completes the picture by showing why the road and settlement network is so uneven. Low valleys offer relatively open corridors, while extensive ridges and high eastern terrain separate many parts of the county. Looking at the city and elevation maps side by side makes it clear that the largest urban markers occur in lower corridors rather than across the broadest highlands. The water map adds another layer by showing how many of those corridors are also river valleys.
The high-resolution JPG originals are useful when road labels, river names, or elevation colors need to stay readable on a large screen or printed sheet. They work well for classroom discussion, regional presentations, general reference, and A3-scale printing. They do not include every local road, trail, land-ownership line, wildfire restriction, current traffic closure, or parcel boundary. For actual travel or field decisions, use them alongside current information from ODOT, Douglas County, USGS, and other responsible agencies.
Frequently Asked Questions
Which map is best for seeing how Roseburg and Reedsport connect across the county?
Use the general county map. It shows the I-5 corridor around Roseburg together with Reedsport, Elkton, Oregon 38, and U.S. 101, so the inland-to-coast relationship is easy to follow. If you only need a simplified comparison of the six main city markers, use the city map beside it.
Which map shows how the North Umpqua and South Umpqua systems fit together?
The terrain-and-water map is the best choice. It labels the North Umpqua River, South Umpqua River, Umpqua River, Smith River, Cow Creek, Clearwater River, and other streams against shaded relief. It is useful for geographic relationships, but not for current streamflow, flood risk, water quality, or navigation conditions.
Can the roughly 0–2,690 meter elevation range be used as the exact elevation of a specific property or road?
No. The legend summarizes a generalized county-wide elevation surface, and the colors are meant to compare broad terrain zones. A parcel, road grade, building site, or trail point requires more precise elevation information. Use USGS source data, an appropriate topographic dataset, or professional survey information when exact measurements matter.
Map File Information
The ZIP contains the original high-resolution JPG versions of the Douglas County general road map, major-city map, terrain-and-water map, and elevation map.
- Included Files: 4 maps
- File Type: JPG
Related Maps
Sources and references
County location, the Roseburg county seat, the Umpqua watershed, and broad geographic context can be checked on the official Douglas County About Us page and the Oregon Secretary of State Douglas County profile. Local mapping resources are available from Douglas County GIS. Boundary data can be checked through U.S. Census Bureau TIGER/Line, water data through USGS National Hydrography, and elevation data through the USGS 3D Elevation Program.
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.
