Spatial Access to Green Spaces
We identified and mapped different types of Green Spaces within Canadian Census Metropolitan Areas (CMAs) using OpenStreetMap. We GIS to assess how easily people in Dissemination Areas (DAs) could access these Green Spaces. This analysis considered factors like the number, location, and distribution of Green Spaces and took into account competition effects, especially important during the COVID-19 pandemic. Our main objective was to highlight inequalities in Green Space access, identifying underserved areas and promoting equitable access for all Canadians.
Hybrid cities & new working spaces
In recent years, the emergence of hybrid living and working models has prompted extensive interdisciplinary investigations. This work analyze the interplay between functional and social elements in hybrid spaces, acknowledging the impact of digitalization in shaping these environments. This work explores hybridization within urban planning, noting the increasing importance of working functions, especially due to the COVID-19 pandemic. It focuses on new urban typologies like new working spaces (NWS), encompassing co-working spaces and more. Drawing from empirical evidence in Oslo, the study offers insights for developing hybrid spaces and effective planning strategies.
Harnessing the capabilities of GIS technology, support Internet service provider strategically expands their market reach with a focus on optimizing customer engagement. Through meticulous geospatial analysis, we identify and highlight telecommunication network expansion opportunities that drive both growth and operational efficiency, ultimately reducing costs. By employing geospatial tools such as ArcGIS, QGIS, and FME, we effectively filter, cleanse, and transform data into actionable insights, shaping their business decisions. This approach not only stimulates revenue growth but also ensures an elevated standard of service quality, a testament to our unwavering commitment to customer satisfaction.
