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Geospatial Health|June 25, 2020
Reply: Geospatial tools and Chagas control: A critical comment on the paper published under Weinberg et al., Evaluation and planning of Chagas control activities using geospatial tools. Geospat Health 14:229-238Diego Weinberg
Geospatial Health|December 5, 2022
Does the Geohealth domain require a body of knowledge?Ellen-Wien Augustijn-Beckers, Sherif Amer, Rob Lemmens, et al.
Geospatial Health|December 5, 2022
Spatial and temporal dynamic analysis of rabies: A review of current methodologiesShuaicheng Chen
Geospatial Health|December 5, 2022
The effectiveness of the restricted policy on specific venues in Hong Kong: A spatial point pattern viewYijia Liu, Wenzhong Shi, Anshu Zhang, et al.
Geospatial Health|December 5, 2022
Spatio-temporal analysis of leptospirosis in Brazil and its relationship with floodingAlice Nardoni Marteli, Laurindo Antonio Guasselli, Décio Diament, et al.
Geospatial Health|May 17, 2022
Spatial patterns of the total mortality over the first 24 hours of life and that due to preventable causesAline Beatriz Dos Santos Silva, Ana Catarina De Melo Araújo, Amanda Priscila de Santana Cabral Silva, et al.
Geospatial Health|May 17, 2022
Spatial analysis of stunting determinants in 514 Indonesian districts/cities: Implications for intervention and setting of priorityTris Eryando, Tiopan Sipahutar, Meiwita Paulina Budhiharsana, et al.
Geospatial Health|May 9, 2022
Geocoding precision of birth records from 2008 to 2017 in Kentucky, USACourtney J Walker, Steven R Browning, Jeffrey E Levy, et al.
Geospatial Health|May 9, 2022
The spatiotemporal dynamics and structural covariates of homicide in the Republic of Korea, 2008-2017: A dynamic spatial panel data approachYunho Yeom, Jaehun Choi
Geospatial Health|May 19, 2018
Prevalence of hypertension in Thailand: Hotspot clustering detected by spatial analysisWongsa Laohasiriwong, Nattapong Puttanapong, Atthawit Singsalasang
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