Executive Production Reference Maps

What is an executive production reference map?

An executive production reference map is composed of many reduced base maps and color-coded production data based on the geologic formation or geologic age, and includes the following information:

  • Field names
  • Field discovery dates
  • Structural contours
  • Productive horizon information

These maps are typically used to evaluate large geographic areas to present current exploration trends and brainstorm or showcase new exploration ideas.

Geomap executive production reference maps contain both historical and up-to-date information, with new well locations and subsurface data points added on a regular basis.

If you walk into an oil & gas office and you don’t see a Geomap executive reference map, you may not be in the right place.

- Craig Gentry, independent geologist

STANDARD Executive Production Reference Maps

See a list of available maps below.

MAP NO. MAP NAME STRUCTURAL CONTOUR HORIZONS APPROXIMATE SCALE APPROXIMATE SIZE EDITION
302 East Texas Base Austin Chalk, Paluxy, etc. 1"=6 miles 56" x 36" 2024
303 Southwest Louisiana Generalized Structural Contours 1"=5 miles 36" x 48" 2024
304 Southeast Louisiana Generalized Structural Contours 1"=5 miles 36" x 48" 2024
305 Mississippi/Alabama/Florida Lower Tuscaloosa, Smackover, etc. 1"=6 miles 53" x 36" 2024
306 Permian Basin Yates, Delaware, San Andres, etc. 1"=6 miles 75" x 48" 2024
310 South Arkansas/North Louisiana Base Ferry Lake, Smackover, etc 1"=6 miles 48" x 36" 2024
311 W. Oklahoma/Texas Panhandle Morrow, Springer, Base Woodford 1"=6 miles 45" x 36" 2024
312 Northeast Texas Gulf Coast Cretaceous, Eocene, Oligocene, Miocene 1"=6 miles 57" x 36" 2024
313 Southwest Texas Gulf Coast Generalized Structural Contours 1"=6 miles 42" x 50" 2024
319 Central Texas Caddo, Ellenburger, etc. 1"=6 miles 42" x 55" 2024
321 Southern Williston Basin Red River 1"=6 miles 36" x 42" 2024
322 Powder River Basin Minnelusa, Dakota, Mowry 1"=6 miles 36" x 49" 2024
323 W. Kansas/SE Colorado Lansing, Morrow, Mississippian 1"=6 miles 51" x 36" 2024
326 Western Wyoming Phosphoria 1"=6 miles 42" x 52" 2024
326E Wyoming Pennsylvanian, etc. 1"=7.57 miles 62" x 42" 2024
328 Arkoma Basin Wapanucka/Kessler, Base Woodford, etc. 1"=6 miles 39" x 36" 2024
331 Black Warrior Basin Base Mirella, etc. 1"=4 miles 62" x 36" 2024
337 Michigan Basin None 1"=6 miles 42" x 50" 2024
339 Palo Duro - Dalhart Basins and Northeast New Mexico Mississippian, Ellenburger, Basement 1"=6 miles 50" x 36" 2024
344 Four Corners Top Desert Creek, Top Graneros, etc. 1"=6 miles 48" x 60" 2024
345 Northern Appalachian Basin None 1"=8.7 miles 61" x 48" 2024
346 Ohio None 1"=6.25 miles 42" x 40" 2024
351 Central Oklahoma Base Penn, Base Woodford, Viola, etc. 1"=6 miles 36" x 46" 2024
354 Piceance Basin Dakota, Rollins, Mesa Verde, etc. 1"=3.7 miles 48" x 60" 2024
360 Sacramento Basin Base Capay, Dobbins, etc. 1"=5 miles 31" x 51" 2024
364 Denver - Julesburg "J" Sandstone, Lansing 1"=6 miles 54" x 36" 2024
369 San Joaquin Basin Various Horizons 1"=5 miles 42" x 44" 2024

COMBINED AREA Executive Production Reference Maps

See a list of available maps below.

MAP NO. MAP NAME STRUCTURAL CONTOUR HORIZONS APPROXIMATE SCALE APPROXIMATE SIZE EDITION
306CT West & Central Texas Various Paleozoic Markers 1"=6.8 miles 71" x 48" 2024
320 Ark-La-Tex Region Various Horizons 1"=7 miles 63" x 36" 2024
325 Oklahoma/Texas Panhandle Regional Stratigraphic Markers 1"=6 miles 82" x 42" 2024
327 Oklahoma/Texas Panhandle/Arkoma Regional Stratigraphic Markers 1"=6 miles 98" x 42" 2024
330 South Louisiana Generalized Structural Contours 1"=5 miles 64" x 48" 2024
340 Texas Gulf Coast Generalized Structural Contours 1"=6 miles 74" x 36" 2024
346C Ohio - N. Appalachian Basin None 1"=6.8 miles 48" x 75" 2024
370 Gulf of Mexico Generalized Structural Contours 1"=6 miles 101" x 42" 2024
380 Gulf Coast Generalized Structural Contours 1"=6 miles 48" x 140" 2024

EXTENDED AREA Executive Production Reference Maps

To find the map you need, click on an area from the map below or see a list of available maps.

MAP NO. MAP NAME STRUCTURAL CONTOUR HORIZONS APPROXIMATE SCALE APPROXIMATE SIZE EDITION
329 State of Texas 1"=17 miles 42" x 52" 2024
334 Northern Rocky Mountain Regional Stratigraphic Markers 1"=17 miles 48" x 42" 2024
335 Southern Rocky Mountain Regional Stratigraphic Markers 1"=17 miles 36" x 48" 2024
336 Texas/Oklahoma/Louisiana/Arkansas 1"=17 miles 42" x 64" 2024
398 Combined Rockies (334/335) Regional Stratigraphic Markers 1"=17 miles 42" x 70" 2024
399 Southern U.S. Various Horizons 1"=6 miles 6 Panels 36" x 92" ea. 2024
399R Southern U.S. Various Horizons 1"=12 miles 104" x 48" 2024
399S Southern U.S. Various Horizons 1"=9 miles 4 Panels 36" x 64" ea. 2024

Formats & Fees Our base maps can be either bought in a paper format, licensed as digital files, or accessed online.

digital-icon

Digital map files

Executive production reference maps are available in the following file formats: TIFF, Geodatabase, Shape files (selected areas). These maps can only be licensed and need to be returned at the end of the licensing period.

A license fee for a particular map depends on the cost of keeping a map up-to-date, including well spotting, data gathering, interpretation, as well as the amount of historical data within a map.

The minimum licensing period is one year.

To find out the exact licensing fee for a particular map, please contact our sales team.

online-ico-blue

Online access

Online access to the executive production reference maps is included in the Geomap Online package.

paper-map-blue

Paper maps

You can buy your own paper copy of an executive production reference map in a paper format for a fixed fee.

To buy a paper map, please select the respective map from above, click “Add to cart,” and complete the checkout process.

How Geomaps map are created Hand-drawn by geologists with 30+ years of experience, updated quarterly

Creating a contour map is a highly interpretive process. And although a computer can create a map much faster, a map created by an experienced geologist is usually more accurate.

The reason for it is that a computer spreads contours while relying on a mathematical calculation and not a geological interpretation. But an interpreter who knows the geology of an area incorporates all the aspects of local geology into that contoured map.

For example, a computer might evenly space the contours between the two points with different elevations, where in reality a monocline may exist. An experienced geologist familiar with the area will include the axis of a monocline, which will result in a more accurate map.

base-2

Trusted by

Have a question?

Our team will be happy to answer any additional questions you may have or help you select a map that contains the information you need.

Scroll to Top