Data Visualisation (17)
Using the latest geospatial and cloud technologies, we provide interactive web resources to improve organisational and community engagement and utilisation. Our skills encompass a variety of technologies including Open Source and proprietary products including ArcGIS Online, CartoDB and Leaflet.
As someone working in both the spatial analysis industry as well as software development, I am impressed when coming across tools that can be used for company to analyse performance. Having spent time with fully fledged GIS software and also having an understanding of the statistics useful for analysing the production of a business from my software testing background I was immediately drawn to the capabilities that lie behind ESRIs operation dashboard.
For most of us, our first introduction to maps was by a teacher at primary school. As we progressed through the education system, atlases were introduced, exposing students to the art of cartography and the science of geography. For those of us lucky enough to have an atlas in our home library we may have had an earlier exposure. With the development of the World Wide Web and smart devices, the way we consume geographic information has changed. So, have we seen the death of the Atlas?
Kepler allows users to easily present their data in a few simple clicks and can produce more advanced looking representations for those willing to use other software. During my time with Kepler I became aware of the stark difference between a data visualisation tool and a fully fledged GIS software platform.
Access to up-to-date, reliable data is critical to improving social and economic outcomes. However, data is only useful if it can be accessed and understood. The Victorian Women’s Health Atlas was developed and launched by Women’s Health Victoria (WHV) in 2015 - in partnership with Spatial Vision - to assist in the identification of gender impacts across six priority health areas.
When we use the term ‘data visualisation’ it conjures up an image of charts, maps and dashboards, but it’s far more complex than this. Over the last few years, there has been steady development of cloud-hosted applications that are becoming increasingly affordable and accessible, with many built on open-source frameworks.
Generating complex gazetteer indexes is the bane of cartographers. Before the advent of computers, this was an entirely manual process. With the development of geographic information systems and relational databases, the process has been automated somewhat, though in spite of this automation process, errors can still creep in.
Spatial Vision proudly publicly declared their support for marriage equality in Australia. Spatial Vision is as an organisation that values diversity, human rights and a fair and respectful environment for all. The mood for change in Australia is definitely evident and it is important that, whichever side of the debate you sit on, you participate in the postal survey. After all, the survey is costing tax payers $122 million.
The best solutions are often dead simple. Here at Spatial Vision, we started using GIS Cloud, an online mapping platform, just a few years ago, but we knew a winner when we saw it. Easy to get going without compromising on features.
Turns out, Victoria’s arborists knew a great platform when they saw it too. Within months firms all across the state were using GIS Cloud to build maps of the trees on the properties they manage. At your desk or on your phone, a robust database of every tree that falls under your purview, complete with any information you care to catalog about the plant, including photos of the branch situation. Let GIS Cloud colour code the trees based on their current condition, by how long it’s been since you’ve checked up on them or simply by species.