Solutions
GIS is a technology of growing importance in our mobile driven world. We are the proud creators of The LOUIS Toolkit which provides the power of GIS and robust data management for regular
folks to collect and use community data to make decisions. For
professional GIS users we have created a number of QGIS plugins and ArcGIS plugins to support spatial planning and analysis.
Services
We provide GIS training and analytical and spatial planning services
with clients across North America. Our GIS training focuses on First
Nations communities in association with TSAG. We have expertise in the use of Marxan for spatial
planning and have worked on projects in terrestrial, marine and
freshwater ecosystems.
Recent News
QMarxan & ArcMarxan version 1.1 released
We are happy to announce the release of version 1.1 for both the QMarxan Toolbox and the ArcMarxan Toolbox. This new release of QMarxan is for QGIS 3.x and as before ArcMarxan is for ArcGIS 10.2 and above. With the 1.1 release these two tools now work in the exact same way, allowing GIS technicians to use the platform of their choice to do their calculations for Marxan and then convert the results, stored in a single table, into Marxan input files. As before, there is also a simple reporting tool which allows users to select portions of their results and look at what features or species are found in those areas.
For details on each tool see the links below:
Techstock 2017
We are pleased to be one of the companies displaying this year at Techstock 2017 with their focus on how technology and social innovations are driving change in areas such as sustainability, health, education, gender equality and more. We will be showing our work on The LOUIS Toolkit to assist indigenous communities to more effectively manage and use their knowledge and information for consultation, planning and day-to-day operations.
For more information see Techstock 2017 and The LOUIS Toolkit.
North American weather data tool for ArcGIS
We are happy to announce the release of a new tool to extract weather data from locations in North America from the DayMet data set. Follow the link below for more information.
