What Is The Importance Of Geological Survey Maps?
Geological survey maps are used to solve geological problems. These problems would include disruption of our natural resources. These also include problems that involve hazards to the geological make up and the different environments which we currently experience. These geological survey maps show how the rock deposits are distributed. They also show the locations of the different faults and folds in our geological structure. Because the details these geological survey maps give out, they are the main source of information when it comes to planning of land. Government projects that involve the building of transportation systems need to consult these sorts of maps.
One would not be able to erect or even plan a building without looking at these maps. Another big use for these maps would be in identifying water sources. For areas which are undeveloped or underdeveloped, it is important to be able to find a water source. Should there be no water source, the inhabitants of that area would not be able to survive. It is also very helpful in locating polluting operations like landfills. That way buildings and other projects can be kept away from places as such.
These maps are actually data systems that are 4-D or 4 dimensional. Being 4-D, one is able to assess the risks. These risks would include natural and environmental hazards and even socio-economic risks. To be able to fully understand the map, one would need to know where the formations and structures are situated. Moreover the one reading the map would need to know and find out how these geological structures were formed and during what period in time.
In the current times, there are new kinds of maps. These maps are called digital geologic maps. These are interactive maps that assess the issues of the area and place them into geospatial frameworks. These maps are able to get the details of the sizes, shapes and the depth of geological structures. They are even able to give the details of the physical and chemical contexts of these structures. And all these data are collaborated to give a comprehensive result.
Aside from all these uses, one of the top important reasons is that these maps are cost effective. With the details these maps give out, construction sites and government bodies become aware of their limitations. That way they do not need to spend unnecessary money on trying to survey the land. The map gives out information accurate enough that they can just fix their plans to tailor fit to the limitations of the land. Should they not have such a map, they would not be able to know how far they can go with one project. They could spend a lot of money starting out a project, to find out later that the project cannot be continued due to some limitations in the structure of the rock formation. A lot of money, resources and time will have been wasted by then. But with this sort of map, all those concerns are no longer an issue.
One would not be able to erect or even plan a building without looking at these maps. Another big use for these maps would be in identifying water sources. For areas which are undeveloped or underdeveloped, it is important to be able to find a water source. Should there be no water source, the inhabitants of that area would not be able to survive. It is also very helpful in locating polluting operations like landfills. That way buildings and other projects can be kept away from places as such.
These maps are actually data systems that are 4-D or 4 dimensional. Being 4-D, one is able to assess the risks. These risks would include natural and environmental hazards and even socio-economic risks. To be able to fully understand the map, one would need to know where the formations and structures are situated. Moreover the one reading the map would need to know and find out how these geological structures were formed and during what period in time.
In the current times, there are new kinds of maps. These maps are called digital geologic maps. These are interactive maps that assess the issues of the area and place them into geospatial frameworks. These maps are able to get the details of the sizes, shapes and the depth of geological structures. They are even able to give the details of the physical and chemical contexts of these structures. And all these data are collaborated to give a comprehensive result.
Aside from all these uses, one of the top important reasons is that these maps are cost effective. With the details these maps give out, construction sites and government bodies become aware of their limitations. That way they do not need to spend unnecessary money on trying to survey the land. The map gives out information accurate enough that they can just fix their plans to tailor fit to the limitations of the land. Should they not have such a map, they would not be able to know how far they can go with one project. They could spend a lot of money starting out a project, to find out later that the project cannot be continued due to some limitations in the structure of the rock formation. A lot of money, resources and time will have been wasted by then. But with this sort of map, all those concerns are no longer an issue.