This report sets out the standards that are recommended for use by BGS in recording spatial coordinates for the positioning of points, both in digital databases and elsewhere in other forms of documentation. The recommended standards conform to internationally accepted criteria using the latest state of knowledge of the shape of the earth. The report is arranged in two main sections: one that contains the standards definitions and another that provides background information on the issues that have been considered in arriving at the recommendations and points to further reading
This paper reviews the fundamental definitions of geodetic and geocentric coordinate systems, whilst...
This report is produced by the British Geological Survey’s Digital Geological Map of Great Britain (...
This report describes the results of a joint project between CEH and BGS. The project ran from Octob...
Geomatics is the discipline of electronically gathering, storing, processing and delivering spatial...
Spatial professionals are required to deal with an increasingly wide range of positioning informatio...
BGS has been using Oracle Spatial to generate geometries for point data sets; these geometries are s...
This report provides guidance notes for all users of the Schematic Cross-Sections and Quaternary Dom...
Founded in 1835, the British Geological Survey (BGS) is the world's oldest national geological surve...
Oracle Spatial supports many geodetic and non-geodetic coordinate systems, e.g. as defined by the Eu...
The geomatics profession has gone through a major revolution during the last two decades with the em...
Spatial professionals are required to handle an increasingly wide range of positioning information o...
This report forms part of the output from the British Geological Survey’s Digital Geological Map of ...
This report describes the results of a desk-based geodiversity audit of the Cairngorms National Park...
The British Geological Survey (BGS) first explored the concept of digital field data collection in ...
Reverse-geocoding is Location Base Services (LBS) that supports mobile and web applications. Using a...
This paper reviews the fundamental definitions of geodetic and geocentric coordinate systems, whilst...
This report is produced by the British Geological Survey’s Digital Geological Map of Great Britain (...
This report describes the results of a joint project between CEH and BGS. The project ran from Octob...
Geomatics is the discipline of electronically gathering, storing, processing and delivering spatial...
Spatial professionals are required to deal with an increasingly wide range of positioning informatio...
BGS has been using Oracle Spatial to generate geometries for point data sets; these geometries are s...
This report provides guidance notes for all users of the Schematic Cross-Sections and Quaternary Dom...
Founded in 1835, the British Geological Survey (BGS) is the world's oldest national geological surve...
Oracle Spatial supports many geodetic and non-geodetic coordinate systems, e.g. as defined by the Eu...
The geomatics profession has gone through a major revolution during the last two decades with the em...
Spatial professionals are required to handle an increasingly wide range of positioning information o...
This report forms part of the output from the British Geological Survey’s Digital Geological Map of ...
This report describes the results of a desk-based geodiversity audit of the Cairngorms National Park...
The British Geological Survey (BGS) first explored the concept of digital field data collection in ...
Reverse-geocoding is Location Base Services (LBS) that supports mobile and web applications. Using a...
This paper reviews the fundamental definitions of geodetic and geocentric coordinate systems, whilst...
This report is produced by the British Geological Survey’s Digital Geological Map of Great Britain (...
This report describes the results of a joint project between CEH and BGS. The project ran from Octob...