Abstract is missing.
- Spatial distribution of ischemic heart disease mortality in Rio Grande do Sul, BrazilLuciano de Andrade, Catherine Lynch, AtÃlio Barbeito, Eliane Maria Spiecker, Joao Ricardo Nickenig Vissoci, Clarissa Rodrigues Garcia, Oscar Kenji Nihei, Maria Dalva de B. Carvalho. 1-7 [doi]
- Spatiotemporal analysis of dengue hemorrhagic fever and dengue shock syndrome incidence within Trinidad, West IndiesSarah Hosein, Raid Al-Tahir, Bheshem Ramlal. 8-17 [doi]
- The impact of data quality on spatial analysis of cancer registry data: the example of missing stage at diagnosis and late-stage colorectal cancerRecinda Sherman, Kevin Henry, David Lee. 18-26 [doi]
- Envisioning a future for a spatial-health CyberGIS marketplaceDaniel W. Goldberg, Myles G. Cockburn, Tracy Anne Hammond, Geoffrey M. Jacquez, Daniel Janies, Craig A. Knoblock, Werner Kuhn, Edward Pultar, Martin Raubal. 27-30 [doi]
- A multi-dimensional approach to measure the use of social media tools in accessing health information: a case study of Griffith University students, Queensland, AustraliaOri Gudes, Wayne Usher. 31-39 [doi]
- A web service for the dynamic linkage and visualisation of multivariate spatiotemporal informationSimon Moncrieff, Geoff A. W. West. 40-49 [doi]
- A lightweight authorization mechanism for spatially enabled health data servicesMartin Tomko, Christopher Bayliss, Gerson Galang, Tristan Chadwick, James Cosford, Richard O. Sinnott. 50-55 [doi]
- Towards health-optimal routing in urban areasDominik Allemann, Martin Raubal. 56-59 [doi]
- World of workout: a contextual mobile RPG to encourage long term fitnessJoey Bartley, Jonathon Forsyth, Prachi Pendse, Da Xin, Garrett Brown, Paul Hagseth, Ashish Agrawal, Daniel W. Goldberg, Tracy Hammond. 60-67 [doi]
- Exploring the intra-urban variations in the relationship among geographic accessibility to PHC services and socio-demographic factorsTayyab Ikram Shah, Scott Bell. 68-76 [doi]
- Cost-effectiveness of workplace closure and travel restriction for mitigating influenza outbreaks: a network-based simulationLiang Mao. 77-84 [doi]