Open Access. Powered by Scholars. Published by Universities.®
- Publication
- Publication Type
Articles 1 - 2 of 2
Full-Text Articles in Life Sciences
Vectors, Pathogens And Climate Change: How Will Human Health Be Affected?, Joseph T. Barry
Vectors, Pathogens And Climate Change: How Will Human Health Be Affected?, Joseph T. Barry
Honors Projects
This paper details how ongoing climate change will continue to affect the future of humanity. More specifically, this paper seeks to begin a conversation about how climate change impacts vectors and vector-borne pathogens and how both of these ultimately impact the future of human health. Three different vectors and three different pathogens are compared to provide an overview of how climate change may benefit these vectors and their associated pathogens. The vectors species selected for this comparative study are: (i) mosquitoes (Diptera, family Culicine), (ii) ticks (superorder Parasitiformes, order Ixodida), and (iii) kissing bugs (Hemiptera, subfamily Triatominae). Yellow fever virus …
Analysis Of Seasonal Changes In Thermal Stress Resilience And Innate Immunity In The Temperate Coral, Astrangia Poculata, From Future Climate Impacts, Tyler Eugene Harman
Analysis Of Seasonal Changes In Thermal Stress Resilience And Innate Immunity In The Temperate Coral, Astrangia Poculata, From Future Climate Impacts, Tyler Eugene Harman
Masters Theses
Over the years, global warming has had a devastating effect on coral reef ecosystems. Anthropogenic influences have caused significant increases in greenhouse gases, with a subsequent increase in solar radiation held within Earth’s atmosphere leading to increasing global temperatures. The increasing temperatures from concurrent increases in greenhouse gases impact fragile marine ecosystems such as coral reefs, which require particular environmental parameters such as temperature in order to survive and maintain a diverse ecosystem in which many marine species rely on. These increases in temperature exacerbate phenomena such as bleaching events and coral disease, drastically impacting coral on a global scale …