Policy Brief: Mitigating Dengue in a Warming World
Strategies Against Dengue Outbreaks
The study is the first nationwide analysis of the impact of climate-induced temperature changes on dengue incidence in the Philippines. It provides a nuanced understanding of the intertwined relationship between dengue and rising temperatures worsened by climate change, and the socio-economic factors that affect it.
The full study can be found on PLOS Neglected Tropical Diseases:
https://journals.plos.org/plosntds/article/file?id=10.1371/journal.pntd.0011700&type=printable
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Hands-On Learning, Hands-Off Hazards: Chemical Safety in the Classroom
On June 11, 2024, the EcoWaste Coalition and Ateneo School of Medicine and Public Health (ASMPH) Centre for Research and Innovation (ACRI) held a seminar at Caloocan High School on chemical safety in classrooms, attended by around 100 teachers and school leaders. Dr. Geminn Louis C. Apostol led a plenary on potential chemical hazards and mitigation strategies, followed by interactive breakout sessions where teachers identified hazards and created educational materials promoting chemical safety. Facilitators, including experts from ACRI and SEAOHUN, supported the discussions. EcoWaste's Sir Manny Calonzo emphasized the risks of heavy metals in tarpaulins, crayons, and markers, advocating for toxic-free materials. The event is part of an ongoing partnership to empower educators in creating safer learning environments for Filipino children.
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A TAALe of Arsenic: Sharing the narrative through an interactive map
Arsenic is a highly toxic and carcinogenic trace metal that can potentially contaminate groundwater sources in volcanic regions and affect communities in the area, like those residing around the Taal Volcano. The volcano’s eruption last 2020 encouraged an investigation into the quality of groundwater sources in communities surrounding the volcano. In response, the EnviHealth team in ACRI conducted a comparative documentation, “Arsenic in Groundwater Sources from Selected Communities Surrounding Taal Volcano, Philippines”. Water samples from 26 wells were collected across 11 municipalities and 1 city in Batangas province within danger zones from the volcano which were used to analyze total arsenic levels of the samples. Geographic coordinates of the sampling points were also recorded for mapping.