Until recently most spatial geological information was in analogue (mainly paper) form, which made it expensive to store and often difficult to use because of its increasing fragility. However, with the rapid advances in information technology in the last twenty years, not only has it become relatively easy to digitise or digitally scan historical information but, increasingly, data suppliers are, themselves, producing the raw data in digital form. This brings with it a host of new problems for the acquisition, management and dissemination of the information. These issues include data collection (what, where, how and by whom), data management and security (metadata, validation, backup, access), data access (how, where and at what price) and...
The BGS is proud of the central role our surveying has played in the development of geology as a sc...
A number of European Geological Surveys have now reached the conclusion that in order to truly meet ...
This chapter explains the historic impact and future direction of geoinformatics on geological scien...
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...
Technological advances in GPS, mobile computing and remote sensing have changed the face of geologic...
Geological field mapping involves not only the basic recording of field observations, but also the i...
The British Geological Survey has been making maps across three centuries but the way these are sur...
Geological mapping with pen and paper is proving inefficient in many respects in the digital age. Wi...
The British Geological Survey has a bold new strategy to instrument the earth. What does that mean i...
Geology has come a long way since the advent of the first national-scale geological map produced by ...
Pipelines and other linear structures often cover large distances across topographically and geologi...
Geological Surveys are faced with budget constraints and calls for efficiency gains; the effective a...
Geology has come a long way since the advent of the first national-scale geological map produced by ...
The British Geological Survey (BGS) receives 10 000 requests each year for copies of records held in...
The BGS is proud of the central role our surveying has played in the development of geology as a sc...
A number of European Geological Surveys have now reached the conclusion that in order to truly meet ...
This chapter explains the historic impact and future direction of geoinformatics on geological scien...
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...
Technological advances in GPS, mobile computing and remote sensing have changed the face of geologic...
Geological field mapping involves not only the basic recording of field observations, but also the i...
The British Geological Survey has been making maps across three centuries but the way these are sur...
Geological mapping with pen and paper is proving inefficient in many respects in the digital age. Wi...
The British Geological Survey has a bold new strategy to instrument the earth. What does that mean i...
Geology has come a long way since the advent of the first national-scale geological map produced by ...
Pipelines and other linear structures often cover large distances across topographically and geologi...
Geological Surveys are faced with budget constraints and calls for efficiency gains; the effective a...
Geology has come a long way since the advent of the first national-scale geological map produced by ...
The British Geological Survey (BGS) receives 10 000 requests each year for copies of records held in...
The BGS is proud of the central role our surveying has played in the development of geology as a sc...
A number of European Geological Surveys have now reached the conclusion that in order to truly meet ...
This chapter explains the historic impact and future direction of geoinformatics on geological scien...