Changes

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! Field || Application

! Field || Application

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| colspan = 2 align = center | ''' Siliciclastic Reservoirs '''

| colspan = 2 align = center | ''' Siliciclastic Reservoirs '''

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| Elk City, Oklahoma || Mapping of “flow unit-like” subdivisions of clastic rocks on the basis of lithological, well test, and production data<ref name=pt06r129>Sneider, R. M., Richardson, F. H., Paynter, D. D., Eddy, R. R., Wyant, I. A., 1977, [https://www.onepetro.org/journal-paper/SPE-6138-PA Predicting reservoir rock geometry and continuity in Pennsylvanian reservoirs, Elk City field, Oklahoma]: Journal of Petroleum Technology, July, p. 851–866.</ref>

| Elk City, Oklahoma || Mapping of “flow unit-like” subdivisions of clastic rocks on the basis of lithological, well test, and production data<ref name=pt06r129>Sneider, R. M., F. H. Richardson, D. D. Paynter, R. R. Eddy, and I. A. Wyant, 1977, [https://www.onepetro.org/journal-paper/SPE-6138-PA Predicting reservoir rock geometry and continuity in Pennsylvanian reservoirs, Elk City field, Oklahoma]: Journal of Petroleum Technology, July, p. 851–866.</ref>

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| Hartzog Draw, Wyoming || Flow units applied to reservoir characterization of shelf sandstones for an EOF) project<ref name=Hearn_et_al._1984>Hearn, C. L., W. J. Ebanks Jr., R. S. Tye, and V. Ranganathan, 1984, [https://www.onepetro.org/journal-paper/SPE-12016-PA Geological factors influencing reservoir performance of the Hartzog Draw field]: Journal of Petroleum Technology, v. 36, Aug., p. 1335-1344.</ref>

| Hartzog Draw, Wyoming || Flow units applied to reservoir characterization of shelf sandstones for an EOF) project<ref name=Hearn_et_al._1984>Hearn, C. L., W. J. Ebanks Jr., R. S. Tye, and V. Ranganathan, 1984, [https://www.onepetro.org/journal-paper/SPE-12016-PA Geological factors influencing reservoir performance of the Hartzog Draw field]: Journal of Petroleum Technology, v. 36, Aug., p. 1335-1344.</ref>

| Pembina, Alberta || Reservoir characterization of shelf sandstones by “lithohydraulic units”<ref name=pt06r67 />

| Pembina, Alberta || Reservoir characterization of shelf sandstones by “lithohydraulic units”<ref name=pt06r67 />

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| Balmoral, North Sea || Flow unit model of [[turbidite]] sands integrating geological and petrophysical properties for reservoir simulation and management<ref name=pt06r121>Slatt, R. M., Hopkins, G. L., 1990, [https://www.onepetro.org/journal-paper/SPE-18136-PA Scaling of geological reservoir description to engineering needs]: Journal of Petroleum Technology, Feb., p. 202–210.</ref>

| Balmoral, North Sea || Flow unit model of [[turbidite]] sands integrating geological and petrophysical properties for reservoir simulation and management<ref name=pt06r121>Slatt, R. M., and G. L. Hopkins, 1990, [https://www.onepetro.org/journal-paper/SPE-18136-PA Scaling of geological reservoir description to engineering needs]: Journal of Petroleum Technology, Feb., p. 202–210.</ref>

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| colspan = 2 align = center | ''' Carbonate Reservoirs '''

| colspan = 2 align = center | ''' Carbonate Reservoirs '''

| Rainbow Lake, Alberta || Described “reservoir facies” within reef complexes<ref name=Langston_and_Chin_1968 />

| Rainbow Lake, Alberta || Described “reservoir facies” within reef complexes<ref name=Langston_and_Chin_1968 />

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| Jordan, Texas || Defined “flow units” of San Andres dolomites based on a number of geological and petrophysical characteristics<ref name=pt06r81>Major, R. P., Holtz, M. H., 1989, Effects of geologic heterogeneity on waterflood efficiency at Jordan field, University Lands, Ector and Crane counties, Texas: 64th Annual Technology Conference of the Society of Petroleum Engineers, San Antonio, TX, Oct., SPE 19874, p. 633–640.</ref>

| Jordan, Texas || Defined “flow units” of San Andres dolomites based on a number of geological and petrophysical characteristics<ref name=pt06r81>Major, R. P., and M. H. Holtz, 1989, Effects of geologic heterogeneity on waterflood efficiency at Jordan field, University Lands, Ector and Crane counties, Texas: 64th Annual Technology Conference of the Society of Petroleum Engineers, San Antonio, TX, Oct., SPE 19874, p. 633–640.</ref>

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! Field/Area/Formation || Application

! Field/Area/Formation || Application

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| Gulf Coast || Continuity and internal facies and petrophysical properties of sandstones<ref name=pt06r92>Morton, R. A., Ewing, T. E., Tyler, N. 1983, Continuity and internal properties of Gulf Coast sandstones and their implications for geopressured fluid production: The University of Texas Bureau of Economic Geology Report of Investigations, n. 123, 70 pp.</ref>

| Gulf Coast || Continuity and internal facies and petrophysical properties of sandstones<ref name=pt06r92>Morton, R. A., T. E. Ewing, and N. Tyler, 1983, Continuity and internal properties of Gulf Coast sandstones and their implications for geopressured fluid production: The University of Texas Bureau of Economic Geology Report of Investigations, n. 123, 70 pp.</ref>

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| Frio Formation, Texas || Facies architecture of strand plain reservoirs<ref name=pt06r142>Tyler, N., Ambrose, W. A., 1985, Facies architecture and production characteristics of strandplain reservoirs in the Frio Formation, Texas: The Univ. of Texas Bureau of Economic Geology Report of Investigations, n. 146, 42 p.</ref>

| Frio Formation, Texas || Facies architecture of strand plain reservoirs<ref name=pt06r142>Tyler, N., and W. A. Ambrose, 1985, Facies architecture and production characteristics of strandplain reservoirs in the Frio Formation, Texas: The Univ. of Texas Bureau of Economic Geology Report of Investigations, n. 146, 42 p.</ref>

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| El Dorado field, Kansas || Effects of facies on productivity of deltaic sandstone<ref name=pt06r139>Tillman, R. W., Jordan, D. W., 1987, Sedimentology and subsurface geology of deltaic forces, Admire GSO Sandstone, El Dorado field, Kansas, in Tillman, R. W., Weber, K. J., eds., Reservoir Sedimentology: SEPM Special Publication 40, p. 221–292.</ref>

| El Dorado field, Kansas || Effects of facies on productivity of deltaic sandstone<ref name=pt06r139>Tillman, R. W., and D. W. Jordan, 1987, Sedimentology and subsurface geology of deltaic forces, Admire GSO Sandstone, El Dorado field, Kansas, in Tillman, R. W., Weber, K. J., eds., Reservoir Sedimentology: SEPM Special Publication 40, p. 221–292.</ref>

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| Hartzog Draw field, Wyoming || Effects of facies on productivity of shelf sandstone<ref name=pt06r139 />

| Hartzog Draw field, Wyoming || Effects of facies on productivity of shelf sandstone<ref name=pt06r139 />

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| Spraberry Trend, Midland basin, Texas || Facies architecture and petrophysical properties of submarine fan reservoirs<ref name=pt06r43>Guevara, E. H., 1988, Geological characterization of Permian submarine fan reservoirs of the Driver Waterflood Unit, Spraberry Trend, Midland Basin, Texas: The Univ. of Texas Bureau of Economic Geology Report of Investigations, n. 172, 44 p.</ref><ref name=pt06r143>Tyler, N., Gholston, J. C., 1988, Heterogeneous deep-sea fan reservoirs, Shakelford and Preston waterflood units, Spraberry Trend, West Texas: The Univ. of Texas Bureau of Economic Geology Report of Investigations, n. 171, 38 p.</ref>

| Spraberry Trend, Midland basin, Texas || Facies architecture and petrophysical properties of submarine fan reservoirs<ref name=pt06r43>Guevara, E. H., 1988, Geological characterization of Permian submarine fan reservoirs of the Driver Waterflood Unit, Spraberry Trend, Midland Basin, Texas: The Univ. of Texas Bureau of Economic Geology Report of Investigations, n. 172, 44 p.</ref><ref name=pt06r143>Tyler, N., and J. C. Gholston, 1988, Heterogeneous deep-sea fan reservoirs, Shakelford and Preston waterflood units, Spraberry Trend, West Texas: The Univ. of Texas Bureau of Economic Geology Report of Investigations, n. 171, 38 p.</ref>

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