Derek Van Der Kamp, Environment and Climate Change Canada, and Tom Kralidis, Meteorological Service of Canada, provide an overview of the Canadian Centre for Climate Services' use of OGC Web Services to provide 9 climate datasets from Environment and Climate Change Canada. An important factor of success in supplying this data is the use of international standards, which ensure the interoperability of information and data access across a wide range of networked data processing systems.
Simon Chester's blog
During the recent OGC TC Meetings in Singapore, the OGC Marine Domain Working Group, in close cooperation with the International Hydrographic Organisation (IHO) and Singapore’s Maritime and Ports Authority of Singapore (MPA), organised the first OGC Marine Summit.
The purpose of the Summit was to: promote the value of interoperability and discoverability of marine spatial data (and MSDI); create awareness of data standards and applications applicable to marine data acquisition and use; explore the uses, challenges, and cutting-edge applications for geospatial data in the marine domain; and further the development of marine standards in both hydrographic and broader, non-hydrographic fields (e.g. ecology, energy, tourism, geology).
GeoPackage is often seen as a container that stores geospatial information, but at its core, GeoPackage is simply a SQLite database. This opens up a realm of possibilities to interact with and exploit its contents. We can incorporate advanced analysis into our data, or augment with other data types like basemaps, elevation, and other forms of media, all within the same package.
Usefully, GeoPackage can even accomplish offline Network Routing. Here's how.
In September 2018, the OGC/WMO Hydrology Domain Working Group (HDWG) held its ninth annual workshop marking ten years of successful collaboration between the World Meteorological Organisation (WMO) and OGC in hydrology and informatics. The working group has generated interoperability experiments, engineering reports, discussion papers, best practice documents, and four approved OGC standards - part of the WaterML2 suite.
This year marks the 20th anniversary of ApacheCon. For the last several years, we’ve had a strong representation at Apache from projects in the Geospatial sciences space. Just as collaboration is so important in the sciences, it is at Apache, and Apache seems to be a great fit for Geospatial projects, giving an open, collaborative way to work on the code that matters to Geospatial scientists, across the boundaries of corporations or research organizations. Through these projects, the ASF has forged a great relationship with OGC, and for the last couple of years we’ve had Geospatial tracks at ApacheCons in Vancouver, Seville, and Miami. This year at ApacheCon North America, in Montreal, we once again are excited to be featuring a track of Geospatial-focused talks, in cooperation with OGC.
The upcoming OGC TC/PC Meetings in Orléans, France (19-22 March 2018), will host the final presentations and awards ceremony of the next installment of the INSPIRE series of hackathons: the Orléans/OGC INSPIRE Hackathon 2018.
Newly developed technologies further the democratisation of geospatial information and applications.
The future of mapping is coming — or is it here already? With the advent of Indexed 3D Scene Layers (I3S) as a community standard, everyone stands to benefit.
An OGC GeoPackage is a portable database that may contain raster maps and imagery, vector features, and elevation data. GeoPackages are optimized for sharing and displaying these types of geospatial data on mobile mapping systems, and GeoPackage extensions may be developed to support additional types of geospatial data such as routing networks. This blog post will discuss what GeoPackage extensions are, how they are developed, and how they can provide new geospatial capabilities to meet the requirements of a diverse user base.
For many years, the OGC membership discussed and struggled with defining a process and set of related policies for accommodating submission of widely used, mature specifications developed outside the OGC standards development and approval process. Examples of these specifications are GeoTIFF,