“Fiber Inventory for Biomass Utilization” – a project from CBRDI Columbia Basin Rural Development Institute partnered with the SGRC Selkirk Geospatial Research Centre – in this phase accessing wood-waste volume calculations with UAV! Continue reading Wood-Waste Volume Calculation with UAVs – CBRDI CoOp with SGRC Support
I decided to seek more education in GIS and, in this september, I started the Advanced Diploma Program in GIS at Selkirk College, in Castlegar, British Columbia. Check the College’s introduction to its program to know why I chose it.
GEOGRAPHY AS THE BASIS OF GIS
In the rush to create bigger and better technical solutions, many in the GIS industry tend to forget that the discipline known as “geography” is the basis of GIS. GIS provides nothing more than the opportunity to manipulate and analyse geographical phenomena using automated systems. In fact, Michael Goodchild, director of the US National Center for Geographic Information Analysis (NCGIA) quite “recently” suggested (Goodchild 1992) that the acronym GIS should be understood to stand for “geographic information science”. This new definition would place more emphasis on analysis of “geographic information” and less on “system”.
Over the past few years there has been a remarkable increase in interest is GIS. Many of the earliest users were in universities, government departments and environmental agencies. Activity in these traditional core areas is now being supplemented by vigorous growth in several emerging markets, the most important one being business and service planning. For many of these new users, the GIS focus to date has been basic mapping and asset management. Other, more advanced, users are modelling data held in integrated databases. This modelling activity is frequently referred to as spatial analysis.
WHAT IS SPATIAL ANALYSIS?
“Spatial analysis” is one of those terms that are so widely used in so many different contexts that it is difficult to define succinctly. Good child (1988, p; 68) offers a good general definition of spatial analysis as “that set of analytical methods which require access both to the attributes of the objects under study and to their locational information”. Openshaw (1991b, p. 18) suggests that what geographers refer to as “spatial statistics”. Anselin (1989) and Goodchild et. Al (1992) prefer to use the term “spatial data analysis” although there seems to be no substantial difference. Continue reading Implementing Spatial Analysis and GIS Applications for Business and Service Planning
From a marketing perspective, the principal attraction of spatial analysis is still probably a psychological one. Marketeers seem to feel that geography is important in that they know that there are major geographic variations in the demand for products. Maybe they feel that geographers should be able to help them perform better and that there might be methods that geographers know about that could be beneficial to them. Those in the industry who believe this will probably already be displaying more confidence in the value of geography than do many geographers!
Yet at the same time it is evident that there are mutual benefits to both the marketing industry and to geography from closer collaboration. The geographer might gain access to data not in the public domain, new publishing opportunities may arise and there is at least some prospect for technology transfer and commercialization. The marketing industry might gain access to a largely untapped skill base. The question is, however, which methods, which applications, and which new products might be created through such collaborations? Continue reading Marketing Spatial Analysis: A review of prospects and technologies relevant to marketing – GIS For Business and Service Planning
Networks are collections of connected linear objects such as roads, railroads, or rivers that branch from place to place. They come in different sizes, numbers of branchings, and angular configurations.