New Geo APIs - 11/20/12
Apps for Ghent API: The service provided by the city of Ghent in Belgium encourages open data sharing by companies and other organizations It seeks to make available operating information about a business such as location, hours of operation, product offerings, and prices. The service encourages interoperation and interaction by applications providing information useful to both residents and visitors.
API methods implement protocols of the Data Tank methodology to present open data about government and public services, health and social support functions, demographic information, jobseeking and employment, places of business, tourist attractions and festivals, etc. Returned data provide name and activities associated along with the location, expressed as latitude and longitude.
BODC NERC Vocabulary Server API: The British Oceanographic Data Centre (BODC) is a national facility for maintaining and distributing data concerning the marine environment. It provides several web services for implementing this data, including the NERC Vocabulary Server. The Vocabulary Server provides access to lists of standard terms used for oceanographic metadata, including descriptions of data, platforms, instruments, and geographic locations.
Using standardized sets of terms solves the problem of ambiguities associated with data markup and also enables records to be interpreted by computers. This opens up possibilities for computer aided manipulation, distribution, and long-term reuse. The BODC NERC Vocabulary Server can be accessed programmatically using SOAP calls issued in XML format.
EarthChem API: The service provides a platform for data sharing and queries serving researchers in geology and related sciences. It focuses especially on data related to chemistry, chronology, and petroleum exploration and production. The portal originated with support of the U.S. National Science Foundation to give federated access to major geochemical databases from the U.S. Geological Service and other international providers.
API methods support search for datasets from published research by author name, article title, journal name, year of publication, or keyword character string. Results can be filtered by date range, either for publication or data collection, and location specified as a mapping polygon or with less specific identifiers. Results may also be limited to specific characteristics of data samples such as materials or chemical compounds and chonological age of the minerals sampled.
National Map Elevation Query API: The service from NASA's Goddard Space Flight Center provides topographic and terrain information to complement mapping locations. It returns the elevation for a specific location, specified as latitude and longitude. Measurements come from the USGS Seamless Elevation datasets. Where multiple elevation values are available, the service returns those from the data sources with the highest resolution.
API methods support submission of a request for one or more elevation values with each location specified as a latitude-longitude pair. The API returns the best-available measure for each location denominated in either feet or meters, as specified in the request.
Radioshack API: Radioshack's cloud-based API suite allows customers the ability to create 3rd party applications that utilize the company's online site information about: coupons, store locations and product availability.
The Store Locations API allows you to find the nearest Radioshack store based on a determined location and features a GET request for closest stores and a call for the current API version. Information from the Product Availability API includes: access to current stock levels (by SKU) and nearby stores, locations and distance to the nearest stores. The Coupon API allows consumers access to Radioshack's various coupons.
The APIs are REST based and semi-open (with login keys) and support returns in JSON and XML data formats.
RadMap API: The service provides a mapped image for U.S. weather conditions as detected by NEXRAD weather radar stations. Also available are GOES imagery created by geostationary weather satellites for inclusion in GIS output, local storm reports, and warnings and watches issued by county authorities.
API methods support submission of a query with URL parameters that specify location, desired image size, and technical specifications for radar data to be selected. Returned data provide a link to a PNG image showing the most recently recorded radar results illustrated as storm cells, cloud cover, and related weather phenomena. Methods allow specification of location by named places according to the list in the 2010 U.S. Census.
TomTom Geocoding API: The service generates precise geolocation and mapping coordinates and standardized addresses based on user or application input specifying a location in varying formats. It also provides information relevant to the location, including businesses and other organizations nearby, geographic features, and places of interest. The precision of geolocation is influenced by the detail of data submitted to the service. General information about the location will return a neighborhood, postal code, or street, while more specific information can be resolved to a precise physical address.
API methods support submission of known location data, either as free text or structured parameters. Optional parameters include the street or thoroughfare, the section or specific spot along that thoroughfare, the postal code, and the district or neighborhood, city, state or province, and any other administrative zone (e.g., a county). Depending on the completeness of the request, the API returns mapping specifications for either a general area or a precise physical address in standard format. Methods allow either individual submission of a single location or batch submission of a group of distinct locations.
TomTom Map Toolkit API: The service provides map images for global locations to be transferred electronically as "tiles" that join together in a grid to display the complete map. Applications can submit location parameters identifying the area to be mapped, and the service breaks down image data for delivery to a single recipient or multiple recipients as a set of pre-rendered tiles allowing 18 zoom levels.
API methods support mapping requests specifying the boundaries of the tile locations to be mapped and the zoom level. Returned data provide pre-rendered tile images. Optional methods can also return travel routes and real-time traffic data as additional layers overlaying the map image.
Integrated Earth Data Applications API: The service provides geology data and mapping through a set of web services built on the MapService platform of the Open Geospatial Consortium (OGC). That architecture exposes datasets to a number of OGC-compliant desktop clients as well as the service's own REST and SOAP APIs. Data include datasets for seismograph recordings and geological sample profiles from the System for Earth Sample Registration (SESAR).
API methods support queries against XML records of seismology datasets recording earthquakes and other geological events. Methods also support retrieval of analytical data for samples of rock, minerals, and other geological materials by universal identifiers created at the time the samples are collected. Methods for managing samples also allow uploading of new records documenting sample collections for users who have registered accounts with the service.