Skip to main content

Ore and Energy Resource Geology

  • Annual issues: 2 volumes, 2 issues

  • ISSN: 2666-2612

Affiliated with Chengdu University of TechnologyThe Official Journal of the Chengdu University of Technology.Ore & Energy Resource Geology publishes in English high qual… Read more

Subscription options

Sorry, this title is not available for purchase in your country/region.

SHIPPING UPDATE

Journal orders are currently subject to delays

While we upgrade our fulfilment system. We endeavour to ship Journal orders as soon as possible.

Institutional subscription on ScienceDirect

Request a sales quote

Affiliated with Chengdu University of TechnologyThe Official Journal of the Chengdu University of Technology.

Ore & Energy Resource Geology publishes in English high quality original research articles, timely reviews and case-studies. Ore & Energy Resource Geology covers topics related to ore and energy resource geology in its broadest sense. Energy resource specifics such as the following: Marine geology; basin analysis and evaluation; reserve/resource estimation; seismic stratigraphy; thermal models of basin evolution; sedimentary geology; continental margins; geophysical interpretation; structural geology/tectonics land-based and oceanic and pollution studies related to exploration and mining. The following exemplifies the range of subject matter that can be described and discussed in the journal:

  • Metalliferous and non-metalliferous (industrial mineral) ore geology of all types

  • Energy resource deposits, including oil/petroleum, natural gas, coal, uranium

  • Land-based and oceanic studies

  • Economic geology

  • Mineral economics

  • Pollution studies related to exploration and mining

  • Ore and gangue mineralogy

  • Petrography, petrology, petrogenesis

  • Host-rock studies

  • Metallogeny and minerogenesis (e.g. metallotectonics)

  • Specific deposits, districts, and belts

  • Local to regional, detailed to general or reconnaissance studies, on any scale

  • Pure and applied studies, i.e. theoretical and practical data

  • Methodology of any kind

  • Laboratory-based and field-oriented

  • Geological (including stratigraphic, structural, remote-sensing)

  • Mathematical (e.g. computer geology)

  • Geochemical, geophysical and philosophical

  • Research and exploration techniques