Joana Simoes

pygeoapi is an OGC Reference Implementation supporting numerous OGC API specifications. This workshop will cover publishing geospatial data to the Web using pygeoapi in support of the suite of OGC API standards.

This workshop will provide an introduction to performing common GIS/geospatial tasks using Python geospatial tools such as OWSLib, Shapely, Fiona/Rasterio, and common geospatial libraries like GDAL, PROJ, pycsw, as well as other tools from the geopython toolchain.

In this presentation, we will try to understand the relevance of geospatial metadata in the modern technological landscape, and we will reflect on their usefulness.

This talk introduces two QGIS plugins designed to boost OGC API adoption, which may be hindered by a lack of tools. The "pygeoapi configurator" simplifies publishing data, while the "QGIS OACS" plugin helps users discover and visualize datasets.

This presentation concerns migrating an SDI from a single-machine, multi-container Docker architecture to a cluster-based solution. The authors will share their experience, including performance testing results and an evaluation of potential bottlenecks.

pygeoapi is an OGC Reference Implementation supporting numerous OGC API specifications. This workshop will cover publishing geospatial data to the Web using pygeoapi in support of the suite of OGC API standards.

Standards in the Geographic Information Systems (GIS) domain are crucial for ensuring interoperability, data consistency, and efficiency across diverse applications and platforms. As in other domains, they are necessary to ensure that different GIS software can work together.

pygeoapi is an OGC Reference Implementation supporting numerous OGC API specifications. This workshop will cover publishing geospatial data to the Web using pygeoapi in support of the suite of OGC API standards.

This workshop will provide an introduction to performing common GIS/geospatial tasks using Python geospatial tools such as OWSLib, Shapely, Fiona/Rasterio, and common geospatial libraries like GDAL, PROJ, pycsw, as well as other tools from the geopython toolchain.

Open Software and Open Standards are complementary pieces of the geospatial ecosystem. In January 2022, OSGeo and OGC signed a new and updated version of the Memorandum of Understanding (MoU) that aims to maximize the achievement of the mission and goals of both organizations.

pygeoapi is an OGC API Reference Implementation. Implemented in Python, pygeoapi supports numerous OGC APIs via a core agnostic API, different web frameworks (Flask, Starlette, Django) and a fully integrated OpenAPI capability.

Tiled maps are well-known for their performance and have been present in web map applications for more than twenty years. Vector tiles combine all the benefits of map tiling with the ability to access attributes, enabling client side attribute-based rendering.

SDIs have gone a long way since the times of OGC Web Services (e.g.: WMS, WFS, etc). Today, they are supported by a breed of modern OGC standards (e.g.: OGCAPI), which embrace mainstream web technologies, such as REST, JSON and OpenAPI.

Tiled maps are the backbone of most web applications that show geospatial information. Before OGC API - Tiles was approved, last year, there was not really an interoperable way of creating these maps using a resource oriented architecture and JSON encodings.

pygeoapi is an OGC Reference Implementation supporting numerous OGC API specifications. This workshop will cover publishing geospatial data to the Web using pygeoapi in support of the suite of OGC API standards.

pygeoapi is an OGC API Reference Implementation. Implemented in Python, pygeoapi supports numerous OGC APIs via a core agnostic API, different web frameworks (Flask, Starlette, Django) and a fully integrated OpenAPI capability.

OGC APIs are a family of modern standards, which bring interoperability to anyone who wants to share geospatial data, using mainstream web technologies (e.g: REST, JSON, HTML). Some of these APIs come to replace and extend the legacy OGC Web Services (OWS), like WFS or WMS.

pygeoapi is an OGC Reference Implementation supporting numerous OGC API specifications. This workshop will cover publishing geospatial data to the Web using pygeoapi in support of the suite of OGC API standards.

The need to integrate geospatial data into products and services has resulted in a proliferation of Free and Open Source web APIs which often do not adopt any standards, thus requiring more development time and a lack of interoperability between solutions.

In January 2022, OSGeo and [OGC](https://www.ogc.org/) signed a new and [updated version of the Memorandum of Understanding (MoU)](https://www.ogc.org/pressroom/pressreleases/4709) that aims to maximize the achievement of the mission and goals of the two organizations: promoting…

pygeoapi is an OGC Reference Implementation supporting numerous OGC API specifications. This workshop will cover publishing geospatial data to the Web using pygeoapi in support of the suite of OGC API standards.

The Open Geospatial Consortium API family of standards (OGC API) are being developed to make it easy for anyone to provide geospatial data to the web, and are the next generation of geospatial web API standards designed with resource-oriented architecture, RESTful principles and…

Over the past several decades a significant number of geospatial datasets have been published on the Web. Many of those datasets were published through implementations of classic OGC Web Service standards.

Urban planning and design play an important role in amplifying or diminishing built environmental threats to health promotion and disease prevention (Keedwell 2017; Hackman, et al. 2019).

The Open Geospatial Consortium (OGC) and the Open Source Geospatial Foundation (OSGeo) have a long and natural tradition of collaborating. In 2022, the Memorandum of Understanding between both organizations was updated - to pay tribute to ongoing and future activities.