Environmental scientists are both producers and consumers of data. Numerous studies have shown that significant amounts of scientists’ time can be consumed in acquiring, managing and transforming data prior to their use. To facilitate the work of its scientists, the British Geological Survey (BGS) has identified a series of national datasets that are required by scientists across the organization. The BGS then seeks to acquire and manage these centrally, and to supply them to the scientists in formats that they normally use. Making these datasets readily available helps to: •enhance the quality of the science; •promote interdisciplinary working; •reduce costs
BGS was established on July 11th 1835 as the Ordnance Geological Survey after William Buckland, Ch...
Many researchers are overwhelmed by challenges of FAIR data requirements by journal publishers, inst...
The BGS is proud of the central role our surveying has played in the development of geology as a sc...
The British Geological Survey (BGS) is a world-leading geoscience centre for survey and monitorin...
Data models are key elements in understanding the meaning (semantics) of data and communicating the ...
Until recently most spatial geological information was in analogue (mainly paper) form, which made i...
Geological map databases are key to the future work of geological surveys around the world. The Brit...
Kate Royse Director for Environmental Modelling at the British Geological Survey details how the typ...
The British Geological Survey has a bold new strategy to instrument the earth. What does that mean i...
Geological Surveys are faced with budget constraints and calls for efficiency gains; the effective a...
Technological advances in GPS, mobile computing and remote sensing have changed the face of geologic...
Geological mapping with pen and paper is proving inefficient in many respects in the digital age. Wi...
The BGS has a long history of working with regulators, government and industry to aid environmental ...
The development behind the release of 'iGeology', an application designed to deliver 1:50 000 Scale ...
Until recently most spatial geological information was in analogue (mainly paper) form, which made i...
BGS was established on July 11th 1835 as the Ordnance Geological Survey after William Buckland, Ch...
Many researchers are overwhelmed by challenges of FAIR data requirements by journal publishers, inst...
The BGS is proud of the central role our surveying has played in the development of geology as a sc...
The British Geological Survey (BGS) is a world-leading geoscience centre for survey and monitorin...
Data models are key elements in understanding the meaning (semantics) of data and communicating the ...
Until recently most spatial geological information was in analogue (mainly paper) form, which made i...
Geological map databases are key to the future work of geological surveys around the world. The Brit...
Kate Royse Director for Environmental Modelling at the British Geological Survey details how the typ...
The British Geological Survey has a bold new strategy to instrument the earth. What does that mean i...
Geological Surveys are faced with budget constraints and calls for efficiency gains; the effective a...
Technological advances in GPS, mobile computing and remote sensing have changed the face of geologic...
Geological mapping with pen and paper is proving inefficient in many respects in the digital age. Wi...
The BGS has a long history of working with regulators, government and industry to aid environmental ...
The development behind the release of 'iGeology', an application designed to deliver 1:50 000 Scale ...
Until recently most spatial geological information was in analogue (mainly paper) form, which made i...
BGS was established on July 11th 1835 as the Ordnance Geological Survey after William Buckland, Ch...
Many researchers are overwhelmed by challenges of FAIR data requirements by journal publishers, inst...
The BGS is proud of the central role our surveying has played in the development of geology as a sc...