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Full-Text Articles in Medicine and Health Sciences
Spatiotemporal Dynamics Of Vector-Borne Disease Risk Across Human Land-Use Gradients: Examining The Role Of Agriculture, Indigenous Territories, And Protected Areas In Costa Rica, Brett R. Bayles, Andria Rusk, Rebecca Christofferson, Gabriellah Agar, Maria Alvarez Pineda, Bobin Chen, Kiera Dagy, Emma Kelly, Tyler Hummel, Kira Kuwada, Serena Martin, Alec Murrer, Carlos Faerron GuzmáN
Spatiotemporal Dynamics Of Vector-Borne Disease Risk Across Human Land-Use Gradients: Examining The Role Of Agriculture, Indigenous Territories, And Protected Areas In Costa Rica, Brett R. Bayles, Andria Rusk, Rebecca Christofferson, Gabriellah Agar, Maria Alvarez Pineda, Bobin Chen, Kiera Dagy, Emma Kelly, Tyler Hummel, Kira Kuwada, Serena Martin, Alec Murrer, Carlos Faerron GuzmáN
Global Public Health | Faculty Scholarship
Background
Costa Rica has undergone significant changes to its forest ecosystems due, in part, to the proliferation of palm oil and other industrial agriculture operations. However, the country also boasts conservation programmes that are among the most robust in the neotropics. Consequently, gradients of anthropogenic to intact ecosystems are found throughout the country. Forest ecosystems may decrease vector-borne disease (VBD) risk by maintaining insect populations in a state of relative equilibrium; however, evidence suggests that intact forests foster biodiversity and may also amplify VBD risk in some circumstances. As a result, focal points of human-vector contact are likely idiosyncratic. This …
Sources And Toxicity Of Mercury In The San Francisco Bay Area, Spanning California And Beyond., Mietek Kolipinski, Mani Subramanian, Kristina Kristen, Steven Borish, Stacy Ditta
Sources And Toxicity Of Mercury In The San Francisco Bay Area, Spanning California And Beyond., Mietek Kolipinski, Mani Subramanian, Kristina Kristen, Steven Borish, Stacy Ditta
Natural Sciences and Mathematics | Faculty Scholarship
This report synthesizes and evaluates published scientific literature on the environmental occurrence and biomagnification of mercury with emphasis on the San Francisco Bay Area (SFBA), California. Mercury forms various compounds, well known for their toxicity in humans and environmental ecosystems. Elemental mercury is transported and distributed by air, water, and sediments. Through the metabolic processes of algae and bacteria, mercury is converted into organic compounds, such as methylmercury (MeHg), which then bioaccumulates up through trophic levels. In fish, it is found primarily in skeletal muscle, while in humans, the primary target organs are the brain and kidneys. Health concerns exist …