Linked from

The 38 pages that link to Petroleum geology, each with the reason it gives.

• BiostratigraphyRelated: Fossil zones help correlate and date subsurface rock units during exploration.

• Sedimentary rockRelated: Sedimentary basins contain most conventional oil and natural-gas accumulations.

• DiagenesisRelated: Diagenesis can create, preserve, or destroy the pore networks that store hydrocarbons.

• Seismic reflectionRelated: Reflection sections help locate sedimentary structures that may trap hydrocarbons.

• PaleogeographyRelated: Past seas, shorelines, and sediment pathways help identify potential petroleum systems.

• Fossil fuelBroader topic: It explains how buried organic matter becomes extractable oil.

• Sedimentary basinRelated: Basin burial histories determine whether source rocks generate hydrocarbons and reservoirs retain them.

• Natural gasNarrower topic: Its methods explain where gas deposits develop and how they are evaluated.

• LithificationRelated: Changes during lithification affect the porosity and permeability of petroleum-bearing strata.

• ForaminiferaRelated: Foraminiferal fossils help identify and correlate sedimentary layers during hydrocarbon exploration.

• Index fossilRelated: Microfossil index species can correlate subsurface layers during hydrocarbon exploration.

• UnconformityRelated: Unconformity surfaces can guide hydrocarbon migration or form boundaries within reservoirs.

• Foreland basinRelated: Organic-rich basin strata and burial histories can create petroleum systems.

• LithologyRelated: Lithologic variation helps locate source, reservoir, and sealing rocks.

• Petroleum industryNarrower topic: Geological knowledge guides exploration and reservoir development.

• LithostratigraphyRelated: Rock-unit correlations help locate and characterize reservoirs, seals, and source rocks.

• Oil wellNarrower topic: Its models guide the choice of formations and locations for oil wells.

• Stratigraphic correlationRelated: Correlating subsurface layers helps map reservoirs, seals, and source rocks between wells.

• History of geologyRelated: Resource exploration linked geological mapping and theory to industrial and state power.

• Sedimentary faciesRelated: Facies analysis predicts where reservoir, seal, and source rocks occur.

• Economic geologyCompared with: It applies economic-geological reasoning to hydrocarbons rather than primarily to solid mineral materials.

• Forearc basinRelated: Some forearc basins contain source rocks, reservoirs, and hydrocarbon traps.

• Oil shaleNarrower topic: Its methods distinguish kerogen-rich oil shale from rocks containing mobile petroleum.

• Core sampleRelated: Rock cores reveal reservoir properties, seals, and source-rock characteristics.

• DiapirRelated: Diapirs can create traps for hydrocarbons and complicate their exploration.

• MicropaleontologyRelated: Microfossils help date subsurface strata and interpret their depositional environments.

• Stratigraphic unitRelated: Reservoir, seal, and source units guide exploration for oil and gas.

• AnticlineNarrower topic: Anticlines have been major targets in the search for conventional oil and gas.

• Pull-apart basinRelated: Thick sedimentary fills can create source, reservoir, and trapping conditions for hydrocarbons.

• Rub' al KhaliRelated: Hydrocarbon exploration has revealed major resources beneath parts of the desert.

• SynclineRelated: Synclinal basins can preserve source rocks and shape petroleum migration pathways.

• Historical geologyRelated: Historical burial and environmental conditions determine where hydrocarbons form and accumulate.

• Lake MaracaiboNarrower topic: The basin’s history explains how hydrocarbons accumulated beneath the lake and surrounding land.

• Petroleum engineeringNarrower topic: Geological interpretation identifies the formations and traps engineering must evaluate.

• Archie's lawNarrower topic: Archie's relation was developed to interpret fluid-bearing rocks in petroleum exploration.

• Structural basinRelated: Basin subsidence and burial can create the conditions for petroleum generation and trapping.

• Geologic provinceRelated: Sedimentary provinces help classify basins and assess their petroleum systems.

• Organic geochemistryRelated: Source-rock and maturity analyses help assess where petroleum formed and migrated.