Stories
Slash Boxes
Comments

In+ersec+ion for Spatial People

Thematic Mapping System

posted by Satri on Tuesday April 18, @11:43AM   Printer-friendly   Email story  Permalink  Trackback URI  Slashdotthis  Diggthis  Del.icio.us
from the mapping-world-indicators dept.
ali safarnejad writes "Under the auspice of the Food Insecurity and Vulnerability Information and Mapping System (FIVIMS) initiative of the Food and Agriculture Organization (FAO) of the United Nations, the KIDS project was initiated in 2001. KIDS (Key Indicator Data System) was initially funded for development to address the Southeast Asian national and sub-national data dissemination, analysis and visualization needs. With a grant from the Japanese Government, the first version of KIDS (FIVIMS for Asia, http://www.asiafivims.net/ was born, and deployed in Bangkok, Thailand to serve neighboring countries. To learn more about the KIDS project, and to download a fully functional, unbranded, royalty free version of the product, along with all the source code, visit our website at http://kids.fao.org/" Read more below.

With the success of KIDS in Asia, and the increasing demands for thematic information systems and indicator mapping web applications, serving every sector from agriculture to human and animal health, fisheries, environmental monitoring and administration, the scope of KIDS grew from being a web application to becoming a framework. This new and grand vision for KIDS, to link indicator data from a variety of sources at the global levels, to create an information exchange network, and a set of tools to analyze that information, required the combined efforts of experts from various disciplines and a community of practice to implement. Thus KIDS became an open source project, and released under the GNU public license, invited input and collaboration from all interested parties.

Although originally intended as a tool for thematic mapping and temporal and spatial analysis of indicator data, a main strength of KIDS has been its ability to handle multi-dimensional indicator data, without restrictions on the number of dimensions. In addition, KIDS has been tuned and tested for navigating massive datasets and detailed vector and raster graphic formats. Importing data and graphics from a wide variety of sources and types is also made easy with a smart and fully functional interface that allows the user to assemble their entire project online, and to see their data spatially mapped, or in tabular format, or in temporal, pie, or bar charts.

KIDS, as it stand today, is actively and completely maintained by a community of experts, who are committed to support and enhance the product, and to keep it opensource and free. These experts bring a wide array of knowledge and creativity to the challenging problems in thematic mapping and the management of the ever increasing indicator data. On our team we have experts in GIS, data-mining, human computer interaction, quality control, as well as translators, statisticians, system administrators and programmers. This group is geographically spread across the globe in Italy, USA, Brazil, Australia, Thailand, UK, Czech Republic, Philippines, Namibia, Peru, India, Botswana, Switzerland, China and Syria, just to name a few. The list is growing daily, and we are always looking for more people to join the team and adopt the product, as end-users, developers, testers or visionaries, and to contribute to KIDS to grow and evolve.

Currently, the KIDS community is working on the roadmap for the next release of KIDS, version 3. Some of the goals included in this roadmap include:

• Tight integration with statistical analysis and geographic warehousing systems.
• Multilingualization, from data to presentation level.
• Search engine to search thematic data and metadata.
• Re-architecture of KIDS as an application server; a container for thematic application.
• A standard database schema for multidimensional indicator data and metadata.
• Compliance with industry standards for statistical data, metadata, and labeling geographic layers and boundaries.
• Training trainers to hold instructional demos, and create training material for individual study and practice.

To learn more about the KIDS project, and to download a fully functional, unbranded, royalty free version of the product, along with all the source code, visit our website at http://kids.fao.org/

Related Stories

Application Domains: Watching Syria and Israel Conflit with Satellite Imagery [+]
Ogle Earth discuss and links the quick demolition of a potential Syrian nuclear facility after the Israel September 6th attack shown through satellite imagery (with screenshots). There's a link to a BBC News article and a New York Times article. While the geospatial content of this story is rather low, it clearly shows how satellite imagery is more than ever before a effective detective tool for the military and the general public. From the NYT article: "David Albright, president of the Institute for Science and International Security, a private group in Washington that this week released a report on the Syrian site, said Thursday that the building’s removal was inherently suspicious. “It looks like Syria is trying to hide something and destroy the evidence of some activity,” Mr. Albright, a former United Nations weapons inspector, said in an interview. “But it won’t work. Syria has got to answer questions about what it was doing.”" See other interesting related previous stories below. And if you wonder, high resolution satellite imagery for this area is available in Google Earth but not Google Maps at the moment.
Blog on Using Geobrowsers for Thematic Mapping [+]
Bjorn shares with us his blog on Thematic Mapping, he's working at the United Nations Association (UNA) of Norway. Bjorn Sandvik writes "On the Thematic Mapping Blog you can explore how Geobrowsers can be used for thematic mapping. So far you'll find KML choropleth examples for Google Earth. You can also download a world borders dataset suitable for thematic web mapping, and read how spatial data can be loaded into a MySQL database." Some thematic mapping related stories copied below.
Application Domains: A Summary of Thematic Mapping Techniques [+]
The thematic mapping blog offers a short but informative summary of thematic mapping techniques. The introduction: "Jaques Bertin (1967) established a graphic system of visual variables, which represents an universally recognized theory of the cartographic transcription of geographical information (Koch, 2001). Visual variables describe the perceived differences in map symbols that are used to represent geographical phenomena (Slocum et al., 2005). Bertin’s system has been subsequently modified by various cartographers (Koch, 2001), and the visual variables presented below are based on Slocum et al. (2007), which add 3-D symbolisation. Cartographers commonly distinguish between point, line, area and volume symbolisation (Robinson et al., 1995; Slocum et al., 2005)." See also previous stories below.
This discussion has been archived. No new comments can be posted.
Display Options Threshold:
The Fine Print: The following comments are owned by whoever posted them. We are not responsible for them in any way.