UKRI-3201 New England Shelf Hydrogeology

Text to be corrected in the original notice: Place of text to be modified: VI.3) Instead of: To view this notice, please click here: https://ukri.delta-esourcing.com/delta/viewNotice.html?noticeId=792967764" target="_blank"https://ukri.delta-esourcing.com/delta/viewNotice.html?noticeId=792967764 GO Reference: GO-2023726-PRO-23497675 Read: For more information about this opportunity, please visit the UK Research and Innovation portal at: https://ukri.delta-esourcing.com/tenders/UK-Swindon:-Offshore-drilling-services./A43ZX5Q7W2 To respond to this opportunity, please click here: https://ukri.delta-esourcing.com/respond/A43ZX5Q7W2 Other additional information: For more information about this opportunity, please visit the UK Research and Innovation portal at: https://ukri.delta-esourcing.com/tenders/UK-Swindon:-Offshore-drilling-services./A43ZX5Q7W2

To respond to this opportunity, please click here: https://ukri.delta-esourcing.com/respond/A43ZX5Q7W2 The British Geological Survey (BGS), acting on behalf of the European Consortium for Ocean Research Drilling (ECORD), requires a marine coring capability and suitable vessel to operate offshore New England, USA, for a scientific drilling, coring and groundwater sampling campaign for a period of between 75 - 90 days (estimated) between June and August 2024. This scientific coring project seeks to extend our understanding of the current and past states of fluid composition, pressure, and temperature in continental shelf environments. In many coastal settings worldwide, the distribution of freshwater within continental shelf sediments is far out of equilibrium with modern sea level. One of the most remarkable examples is found on the Atlantic continental shelf off New England where groundwater within shallow Pliocene-Pleistocene sand aquifers over 100 km offshore has low salinity (3000 mg/l or less). This project will test several hypotheses to help constrain rates, directions, and mechanisms of groundwater flow and chemical fluxes in continental shelf systems.