The North East Region’s Groundwater Modelling Strategy has identified the need for the development of a conceptual model for the Magnesian Limestone aquifer. In line with the Environment Agency R&D Technical Report W214 (Environment Agency Framework for Groundwater Resources Conceptual and Numerical Modelling), a scoping study was produced, that identified areas of uncertainty and work required for the development of the conceptual model. The purpose of this project is to give the Environment Agency (EA) a regional understanding of the geology and hydrogeology of the Magnesian Limestone and overlying superficial deposits in the North East Region, using information presently held by the British Geological Survey (BGS). This report c...
This report and accompanying 3D geological model were produced for the Environment Agency. The repor...
The North Kent 3D geological model was commissioned by the Environment Agency to gain a better under...
This report describes the regional geochemistry of the groundwater from the Corallian aquifer in th...
The North East Region’s Groundwater Modelling Strategy has identified the need for the development ...
The British Geological Survey (BGS), together with a number of partners is undertaking an independen...
A 3-D geological model of the area between Doncaster and Retford was created in order to characteri...
This report describes the regional geochemistry of groundwater from the Magnesian Limestone aquifer...
Many duties of the Environment Agency involve a thorough understanding of water and its movement th...
This study of geodiversity has been carried out with the needs of the Limestone Landscapes Partnersh...
This report summarises the analysis of groundwater level data from 26 boreholes in the Eden Valley, ...
This report was prepared under contract to the Environment Agency and describes the geology of the ...
Chalk is an important aquifer in England. Because of the highly permeable nature of the subsurface, ...
This report describes a groundwater flow modelling study in the Shelford area, which is located on t...
This study was undertaken as part of the National Groundwater Survey (NGS), which aims to provide a ...
Bath and North East Somerset Council (B&NES) has obtained funds from the Department of Environment,...
This report and accompanying 3D geological model were produced for the Environment Agency. The repor...
The North Kent 3D geological model was commissioned by the Environment Agency to gain a better under...
This report describes the regional geochemistry of the groundwater from the Corallian aquifer in th...
The North East Region’s Groundwater Modelling Strategy has identified the need for the development ...
The British Geological Survey (BGS), together with a number of partners is undertaking an independen...
A 3-D geological model of the area between Doncaster and Retford was created in order to characteri...
This report describes the regional geochemistry of groundwater from the Magnesian Limestone aquifer...
Many duties of the Environment Agency involve a thorough understanding of water and its movement th...
This study of geodiversity has been carried out with the needs of the Limestone Landscapes Partnersh...
This report summarises the analysis of groundwater level data from 26 boreholes in the Eden Valley, ...
This report was prepared under contract to the Environment Agency and describes the geology of the ...
Chalk is an important aquifer in England. Because of the highly permeable nature of the subsurface, ...
This report describes a groundwater flow modelling study in the Shelford area, which is located on t...
This study was undertaken as part of the National Groundwater Survey (NGS), which aims to provide a ...
Bath and North East Somerset Council (B&NES) has obtained funds from the Department of Environment,...
This report and accompanying 3D geological model were produced for the Environment Agency. The repor...
The North Kent 3D geological model was commissioned by the Environment Agency to gain a better under...
This report describes the regional geochemistry of the groundwater from the Corallian aquifer in th...