Best Geological Datasets, Databases & APIs
Geological data is information related to the earth and environment of a location, particularly relating to seismic, magnetic, and mapping data, which are essential categories in geological exploration and analysis. Datarade helps you find the best geological datasets and APIs.Learn more
Geojunxion - Data research and sourcing as a service. Professional data research and sourcing from databases around the globe
CustomWeather - Realtime Earthquake Reporting Data
Meteomatics global soil moisture index
Axiom EMI Oil & Gas and Renewables Data (Global): LNG Terminals Database (Terminals, FLNG, FSRUs)
Geospatial Services, Solutions (Expertise resources 800+ GIS Engineers)
Locationscloud - Grocery Store Location Data | Complete List of All Grocery Store Locations | USA
Meteomatics' Global soil moisture deficit
setld GoM (Gulf of Mexico) Geospatial & Infrastructure Data Product (GDP)
US Venue Location Data - Site Selection
InMarkets Projected Visits Counts, Location & POI Data for USA and Canada with MAIDs (>200M Devices)
The Ultimate Guide to Geological Data 2022
What is Geological Data?
Geological data is a sub-category of environmental data. It provides information and intelligence as well as analytics on seismic data, magnetic, velocity, surface and other related surveys. Geological data also provides information on logs, surface and subsurface maps, seismic sections, charts, graphs and other geological or geophysical data that can be useful in exploration and the understanding a location’s physical properties such as rocks, mineral resources and natural life.
How is Geological Data collected?
Data collection for geological data usually involves a wide range of activities. Key among these are planning, expertise consulting, technology and knowledge of a location’s geology. The planning involved with geological data collection typically involves project management techniques, such as the setting of goals, schedule of the collection process, organization of the project, requirement for data, the methods to be employed in data collection, quality and quantity of data needed and the methods of analysis to be employed. Sources of geological data are administrative records, statistical surveys, monitoring systems, remote sensing, thematic mapping and scientific research.
What are the attributes of Geological Data?
As geological data is a subset of environmental data, it possesses the same metrics upon collection. Attributes for geological data include pollution data, detailing quality of air, ground water, particulates, compounds. Geological data also includes biodiversity data, detailing information on the natural life in a certain location and how it affects the general environment. This kind of geological data relates to the weather, such as temperature, wind speed, humidity, pressure, rain or snow as they all reflect on the physical properties of that location. Since geology is the science or study of the physical structure of the Earth and its substance, geological data contains intelligence on all factors that concern this physical structure.
What is Geological Data used for?
The need to understand how the earth runs and how this is changing is a pressing issue, and the drving force behind countless scientific research projects. And scientists are not the only users of geological data. The general public uses geological data to anticipate environmental conditions, especially when monitoring overall carbon footprint and taking conservation into consideration. Government and makers of policy employ geological data in the creation of exploration law, as well as laws and policies that preserve or protect the geology of their locations as well. Companies also use geological data to create sustainable strategies.
How can a user assess the quality of Geological Data?
Geological data and its quality are important when you consider the use in policy, conclusions and evaluations related to the Earth’s geology and general environment. Therefore, data quality is essential. To properly assess geological data, the following need to be considered. First is the understanding of sources and data collection measures. Users of geological data need to understand where it comes from and how it is collected. The data must be legal, verified and original. Secondly, references should be gotten from the data provider, especially on information on their past customers. The reviews from these past customers can help determine how viable the data is. Then the data can also be tested using a sample set. Testing enables you to know if data from the vendor is trustworthy and exactly what you are looking for.
Where can I buy Geological Data?
Data providers and vendors listed on Datarade sell Geological Data products and samples. Popular Geological Data products and datasets available on our platform are Geojunxion - Data research and sourcing as a service. Professional data research and sourcing from databases around the globe by Geojunxion, CustomWeather - Realtime Earthquake Reporting Data by CustomWeather, and Meteomatics global soil moisture index by Meteomatics.
How can I get Geological Data?
You can get Geological Data via a range of delivery methods - the right one for you depends on your use case. For example, historical Geological Data is usually available to download in bulk and delivered using an S3 bucket. On the other hand, if your use case is time-critical, you can buy real-time Geological Data APIs, feeds and streams to download the most up-to-date intelligence.