AndreaBozzo/ceres-open-data-index huggingface dataset:
Devonian

<p>The NSTA Regional Aquifer Presence Maps publication contains a series of geological maps, each representing a discrete stratigraphic play interval within the UK Continental Shelf. The feature classes aim to characterise the subsurface geological framework relevant to potential aquifer-based subsurface storage (including CO₂ storage, hydrogen storage, and compressed air energy storage).</p><p><br />Each feature class includes attribute information describing:</p><ul><li>Gross Depositional Environment (GDE) – interpreted paleoenvironmental setting controlling sediment distribution.</li><li>Depositional Facies – sedimentary facies classification.</li><li>Lithology Group and Lithology – simplified lithological descriptors indicating dominant sediment composition.</li><li>Chronostratigraphic Age – standardised age assignment for each interval.</li></ul><p><br />These datasets are built upon the regional geological interpretations produced during the UKCS Regional Geology Maps project undertaken by Lloyd’s Register and the OGA. This work integrated seismic interpretation, well data, field data, stratigraphic correlation, and regional geological understanding to generate consistent interval based geological maps across the basin.</p><p><br />Potential Applications<br />The maps are designed to function as an early-stage screening tool to guide:</p><ul><li>identification of intervals with favourable or unfavourable characteristics for subsurface storage;</li><li>regional assessment of aquifer presence, continuity, and variability;</li><li>prioritisation of areas where more detailed appraisal or data acquisition may be warranted;</li></ul><p><br />While not a substitute for detailed geological modelling or licence scale site characterisation, the maps provide a baseline understanding of the geological context and help focus effort where it is likely to provide the greatest value.</p>

Organization: North Sea Transition Authority
Lower Eocene Upper Ypresian T60 T82

<p>The NSTA Regional Aquifer Presence Maps publication contains a series of geological maps, each representing a discrete stratigraphic play interval within the UK Continental Shelf. The feature classes aim to characterise the subsurface geological framework relevant to potential aquifer-based subsurface storage (including CO₂ storage, hydrogen storage, and compressed air energy storage).</p><p><br />Each feature class includes attribute information describing:</p><ul><li>Gross Depositional Environment (GDE) – interpreted paleoenvironmental setting controlling sediment distribution.</li><li>Depositional Facies – sedimentary facies classification.</li><li>Lithology Group and Lithology – simplified lithological descriptors indicating dominant sediment composition.</li><li>Chronostratigraphic Age – standardised age assignment for each interval.</li></ul><p><br />These datasets are built upon the regional geological interpretations produced during the UKCS Regional Geology Maps project undertaken by Lloyd’s Register and the OGA. This work integrated seismic interpretation, well data, field data, stratigraphic correlation, and regional geological understanding to generate consistent interval based geological maps across the basin.</p><p><br />Potential Applications<br />The maps are designed to function as an early-stage screening tool to guide:</p><ul><li>identification of intervals with favourable or unfavourable characteristics for subsurface storage;</li><li>regional assessment of aquifer presence, continuity, and variability;</li><li>prioritisation of areas where more detailed appraisal or data acquisition may be warranted;</li></ul><p><br />While not a substitute for detailed geological modelling or licence scale site characterisation, the maps provide a baseline understanding of the geological context and help focus effort where it is likely to provide the greatest value.</p>

Organization: North Sea Transition Authority
Lower Eocene Lower Ypresian T50

<p>The NSTA Regional Aquifer Presence Maps publication contains a series of geological maps, each representing a discrete stratigraphic play interval within the UK Continental Shelf. The feature classes aim to characterise the subsurface geological framework relevant to potential aquifer-based subsurface storage (including CO₂ storage, hydrogen storage, and compressed air energy storage).</p><p><br />Each feature class includes attribute information describing:</p><ul><li>Gross Depositional Environment (GDE) – interpreted paleoenvironmental setting controlling sediment distribution.</li><li>Depositional Facies – sedimentary facies classification.</li><li>Lithology Group and Lithology – simplified lithological descriptors indicating dominant sediment composition.</li><li>Chronostratigraphic Age – standardised age assignment for each interval.</li></ul><p><br />These datasets are built upon the regional geological interpretations produced during the UKCS Regional Geology Maps project undertaken by Lloyd’s Register and the OGA. This work integrated seismic interpretation, well data, field data, stratigraphic correlation, and regional geological understanding to generate consistent interval based geological maps across the basin.</p><p><br />Potential Applications<br />The maps are designed to function as an early-stage screening tool to guide:</p><ul><li>identification of intervals with favourable or unfavourable characteristics for subsurface storage;</li><li>regional assessment of aquifer presence, continuity, and variability;</li><li>prioritisation of areas where more detailed appraisal or data acquisition may be warranted;</li></ul><p><br />While not a substitute for detailed geological modelling or licence scale site characterisation, the maps provide a baseline understanding of the geological context and help focus effort where it is likely to provide the greatest value.</p>

Organization: North Sea Transition Authority
Lower Eocene Lower Ypresian T45

<p>The NSTA Regional Aquifer Presence Maps publication contains a series of geological maps, each representing a discrete stratigraphic play interval within the UK Continental Shelf. The feature classes aim to characterise the subsurface geological framework relevant to potential aquifer-based subsurface storage (including CO₂ storage, hydrogen storage, and compressed air energy storage).</p><p><br />Each feature class includes attribute information describing:</p><ul><li>Gross Depositional Environment (GDE) – interpreted paleoenvironmental setting controlling sediment distribution.</li><li>Depositional Facies – sedimentary facies classification.</li><li>Lithology Group and Lithology – simplified lithological descriptors indicating dominant sediment composition.</li><li>Chronostratigraphic Age – standardised age assignment for each interval.</li></ul><p><br />These datasets are built upon the regional geological interpretations produced during the UKCS Regional Geology Maps project undertaken by Lloyd’s Register and the OGA. This work integrated seismic interpretation, well data, field data, stratigraphic correlation, and regional geological understanding to generate consistent interval based geological maps across the basin.</p><p><br />Potential Applications<br />The maps are designed to function as an early-stage screening tool to guide:</p><ul><li>identification of intervals with favourable or unfavourable characteristics for subsurface storage;</li><li>regional assessment of aquifer presence, continuity, and variability;</li><li>prioritisation of areas where more detailed appraisal or data acquisition may be warranted;</li></ul><p><br />While not a substitute for detailed geological modelling or licence scale site characterisation, the maps provide a baseline understanding of the geological context and help focus effort where it is likely to provide the greatest value.</p>

Organization: North Sea Transition Authority
Lower Eocene Lower Ypresian T40

<p>The NSTA Regional Aquifer Presence Maps publication contains a series of geological maps, each representing a discrete stratigraphic play interval within the UK Continental Shelf. The feature classes aim to characterise the subsurface geological framework relevant to potential aquifer-based subsurface storage (including CO₂ storage, hydrogen storage, and compressed air energy storage).</p><p><br />Each feature class includes attribute information describing:</p><ul><li>Gross Depositional Environment (GDE) – interpreted paleoenvironmental setting controlling sediment distribution.</li><li>Depositional Facies – sedimentary facies classification.</li><li>Lithology Group and Lithology – simplified lithological descriptors indicating dominant sediment composition.</li><li>Chronostratigraphic Age – standardised age assignment for each interval.</li></ul><p><br />These datasets are built upon the regional geological interpretations produced during the UKCS Regional Geology Maps project undertaken by Lloyd’s Register and the OGA. This work integrated seismic interpretation, well data, field data, stratigraphic correlation, and regional geological understanding to generate consistent interval based geological maps across the basin.</p><p><br />Potential Applications<br />The maps are designed to function as an early-stage screening tool to guide:</p><ul><li>identification of intervals with favourable or unfavourable characteristics for subsurface storage;</li><li>regional assessment of aquifer presence, continuity, and variability;</li><li>prioritisation of areas where more detailed appraisal or data acquisition may be warranted;</li></ul><p><br />While not a substitute for detailed geological modelling or licence scale site characterisation, the maps provide a baseline understanding of the geological context and help focus effort where it is likely to provide the greatest value.</p>

Organization: North Sea Transition Authority
Upper Paleocene Thanetian T35 T38

<p>The NSTA Regional Aquifer Presence Maps publication contains a series of geological maps, each representing a discrete stratigraphic play interval within the UK Continental Shelf. The feature classes aim to characterise the subsurface geological framework relevant to potential aquifer-based subsurface storage (including CO₂ storage, hydrogen storage, and compressed air energy storage).</p><p><br />Each feature class includes attribute information describing:</p><ul><li>Gross Depositional Environment (GDE) – interpreted paleoenvironmental setting controlling sediment distribution.</li><li>Depositional Facies – sedimentary facies classification.</li><li>Lithology Group and Lithology – simplified lithological descriptors indicating dominant sediment composition.</li><li>Chronostratigraphic Age – standardised age assignment for each interval.</li></ul><p><br />These datasets are built upon the regional geological interpretations produced during the UKCS Regional Geology Maps project undertaken by Lloyd’s Register and the OGA. This work integrated seismic interpretation, well data, field data, stratigraphic correlation, and regional geological understanding to generate consistent interval based geological maps across the basin.</p><p><br />Potential Applications<br />The maps are designed to function as an early-stage screening tool to guide:</p><ul><li>identification of intervals with favourable or unfavourable characteristics for subsurface storage;</li><li>regional assessment of aquifer presence, continuity, and variability;</li><li>prioritisation of areas where more detailed appraisal or data acquisition may be warranted;</li></ul><p><br />While not a substitute for detailed geological modelling or licence scale site characterisation, the maps provide a baseline understanding of the geological context and help focus effort where it is likely to provide the greatest value.</p>

Organization: North Sea Transition Authority
Upper Paleocene Selandian T31 T34

<p>The NSTA Regional Aquifer Presence Maps publication contains a series of geological maps, each representing a discrete stratigraphic play interval within the UK Continental Shelf. The feature classes aim to characterise the subsurface geological framework relevant to potential aquifer-based subsurface storage (including CO₂ storage, hydrogen storage, and compressed air energy storage).</p><p><br />Each feature class includes attribute information describing:</p><ul><li>Gross Depositional Environment (GDE) – interpreted paleoenvironmental setting controlling sediment distribution.</li><li>Depositional Facies – sedimentary facies classification.</li><li>Lithology Group and Lithology – simplified lithological descriptors indicating dominant sediment composition.</li><li>Chronostratigraphic Age – standardised age assignment for each interval.</li></ul><p><br />These datasets are built upon the regional geological interpretations produced during the UKCS Regional Geology Maps project undertaken by Lloyd’s Register and the OGA. This work integrated seismic interpretation, well data, field data, stratigraphic correlation, and regional geological understanding to generate consistent interval based geological maps across the basin.</p><p><br />Potential Applications<br />The maps are designed to function as an early-stage screening tool to guide:</p><ul><li>identification of intervals with favourable or unfavourable characteristics for subsurface storage;</li><li>regional assessment of aquifer presence, continuity, and variability;</li><li>prioritisation of areas where more detailed appraisal or data acquisition may be warranted;</li></ul><p><br />While not a substitute for detailed geological modelling or licence scale site characterisation, the maps provide a baseline understanding of the geological context and help focus effort where it is likely to provide the greatest value.</p>

Organization: North Sea Transition Authority
Upper Paleocene Selandian T20

<p>The NSTA Regional Aquifer Presence Maps publication contains a series of geological maps, each representing a discrete stratigraphic play interval within the UK Continental Shelf. The feature classes aim to characterise the subsurface geological framework relevant to potential aquifer-based subsurface storage (including CO₂ storage, hydrogen storage, and compressed air energy storage).</p><p><br />Each feature class includes attribute information describing:</p><ul><li>Gross Depositional Environment (GDE) – interpreted paleoenvironmental setting controlling sediment distribution.</li><li>Depositional Facies – sedimentary facies classification.</li><li>Lithology Group and Lithology – simplified lithological descriptors indicating dominant sediment composition.</li><li>Chronostratigraphic Age – standardised age assignment for each interval.</li></ul><p><br />These datasets are built upon the regional geological interpretations produced during the UKCS Regional Geology Maps project undertaken by Lloyd’s Register and the OGA. This work integrated seismic interpretation, well data, field data, stratigraphic correlation, and regional geological understanding to generate consistent interval based geological maps across the basin.</p><p><br />Potential Applications<br />The maps are designed to function as an early-stage screening tool to guide:</p><ul><li>identification of intervals with favourable or unfavourable characteristics for subsurface storage;</li><li>regional assessment of aquifer presence, continuity, and variability;</li><li>prioritisation of areas where more detailed appraisal or data acquisition may be warranted;</li></ul><p><br />While not a substitute for detailed geological modelling or licence scale site characterisation, the maps provide a baseline understanding of the geological context and help focus effort where it is likely to provide the greatest value.</p>

Organization: North Sea Transition Authority
UKCS regional aquifers - geology (ED50)

<p>The NSTA Regional Aquifer Presence Maps publication contains a series of geological maps, each representing a discrete stratigraphic play interval within the UK Continental Shelf. The feature classes aim to characterise the subsurface geological framework relevant to potential aquifer-based subsurface storage (including CO₂ storage, hydrogen storage, and compressed air energy storage).</p><p><br />Each feature class includes attribute information describing:</p><ul><li>Gross Depositional Environment (GDE) – interpreted paleoenvironmental setting controlling sediment distribution.</li><li>Depositional Facies – sedimentary facies classification.</li><li>Lithology Group and Lithology – simplified lithological descriptors indicating dominant sediment composition.</li><li>Chronostratigraphic Age – standardised age assignment for each interval.</li></ul><p><br />These datasets are built upon the regional geological interpretations produced during the UKCS Regional Geology Maps project undertaken by Lloyd’s Register and the OGA. This work integrated seismic interpretation, well data, field data, stratigraphic correlation, and regional geological understanding to generate consistent interval based geological maps across the basin.</p><p><br />Potential Applications<br />The maps are designed to function as an early-stage screening tool to guide:</p><ul><li>identification of intervals with favourable or unfavourable characteristics for subsurface storage;</li><li>regional assessment of aquifer presence, continuity, and variability;</li><li>prioritisation of areas where more detailed appraisal or data acquisition may be warranted;</li></ul><p><br />While not a substitute for detailed geological modelling or licence scale site characterisation, the maps provide a baseline understanding of the geological context and help focus effort where it is likely to provide the greatest value.</p>

Organization: North Sea Transition Authority
Middle Upper Eocene Bartonian Priabonian T96 T98

<p>The NSTA Regional Aquifer Presence Maps publication contains a series of geological maps, each representing a discrete stratigraphic play interval within the UK Continental Shelf. The feature classes aim to characterise the subsurface geological framework relevant to potential aquifer-based subsurface storage (including CO₂ storage, hydrogen storage, and compressed air energy storage).</p><p><br />Each feature class includes attribute information describing:</p><ul><li>Gross Depositional Environment (GDE) – interpreted paleoenvironmental setting controlling sediment distribution.</li><li>Depositional Facies – sedimentary facies classification.</li><li>Lithology Group and Lithology – simplified lithological descriptors indicating dominant sediment composition.</li><li>Chronostratigraphic Age – standardised age assignment for each interval.</li></ul><p><br />These datasets are built upon the regional geological interpretations produced during the UKCS Regional Geology Maps project undertaken by Lloyd’s Register and the OGA. This work integrated seismic interpretation, well data, field data, stratigraphic correlation, and regional geological understanding to generate consistent interval based geological maps across the basin.</p><p><br />Potential Applications<br />The maps are designed to function as an early-stage screening tool to guide:</p><ul><li>identification of intervals with favourable or unfavourable characteristics for subsurface storage;</li><li>regional assessment of aquifer presence, continuity, and variability;</li><li>prioritisation of areas where more detailed appraisal or data acquisition may be warranted;</li></ul><p><br />While not a substitute for detailed geological modelling or licence scale site characterisation, the maps provide a baseline understanding of the geological context and help focus effort where it is likely to provide the greatest value.</p>

Organization: North Sea Transition Authority
HM Revenue & Customs Permanent Secretaries' Meetings With External Organisations

For data after December 2023, go to https://www.data.gov.uk/dataset/853db0b2-4767-486b-86a1-a872034fcefe/hmrc-senior-officials-meetings-data

Information on meetings between HMRC's Permanent Secretaries and external organisations.

HMRC publishes details of Permanent Secretaries meetings with external organisations, on a quarterly basis.

This does not normally include meetings with Government bodies such as other Government Departments and Agencies, non-departmental public bodies, Government reviewers, and representatives of Parliament, devolved or foreign governments.

Organization: HM Revenue and Customs
Lower Paleocene Danian T10

<p>The NSTA Regional Aquifer Presence Maps publication contains a series of geological maps, each representing a discrete stratigraphic play interval within the UK Continental Shelf. The feature classes aim to characterise the subsurface geological framework relevant to potential aquifer-based subsurface storage (including CO₂ storage, hydrogen storage, and compressed air energy storage).</p><p><br />Each feature class includes attribute information describing:</p><ul><li>Gross Depositional Environment (GDE) – interpreted paleoenvironmental setting controlling sediment distribution.</li><li>Depositional Facies – sedimentary facies classification.</li><li>Lithology Group and Lithology – simplified lithological descriptors indicating dominant sediment composition.</li><li>Chronostratigraphic Age – standardised age assignment for each interval.</li></ul><p><br />These datasets are built upon the regional geological interpretations produced during the UKCS Regional Geology Maps project undertaken by Lloyd’s Register and the OGA. This work integrated seismic interpretation, well data, field data, stratigraphic correlation, and regional geological understanding to generate consistent interval based geological maps across the basin.</p><p><br />Potential Applications<br />The maps are designed to function as an early-stage screening tool to guide:</p><ul><li>identification of intervals with favourable or unfavourable characteristics for subsurface storage;</li><li>regional assessment of aquifer presence, continuity, and variability;</li><li>prioritisation of areas where more detailed appraisal or data acquisition may be warranted;</li></ul><p><br />While not a substitute for detailed geological modelling or licence scale site characterisation, the maps provide a baseline understanding of the geological context and help focus effort where it is likely to provide the greatest value.</p>

Organization: North Sea Transition Authority
HMRC reviews and appeals

Paper containing information and analysis about reviews of, and appeals against, HMRC’s tax decisions.

Where a customer disagrees with a decision made by HM Revenue & Customs (HMRC), they can ask for a review, make an appeal to an independent tribunal, or take both actions. 

Every year HMRC makes millions of decisions. Customers ask for reviews and make appeals in relation to only a small proportion of decisions. 

Information for previous years can be found on the National Archives website. (See additional links).

Organization: HM Revenue and Customs
Falkland Islands Mapping

The dataset comprises maps and aerial photographs of the Falkland Islands. The maps are printers films and final paper printed originals of Falkland Islands OS maps, compiled for the Falkland Islands Government and the Foreign and Commonwealth Office by the Overseas Directorate of the Ordnance Survey. They were discarded by the Ordnance Survey around 2004, and offered to BGS for storage on behalf of the Falkland Islands Government. The Falkland Islands Government retains copyright interest in the maps. There are no access or usage constraints for BGS staff for BGS purposes. The aerial photographs and associated paper overlays represent copies of field slips of geological maps that were compiled by BGS under contract to the Falkland Islands Government. Copyright remains with the Falkland Islands Government , but there are no access or usage constraints for BGS staff for BGS purposes. Access to both datasets are restricted to BGS staff.

Tags: Field maps, Maps, NERC_DDC
Organization: British Geological Survey (BGS)