"What Anthropologists Can Do About Climate" by Ben Orlove
- Climate change stems from interactions between human society and activity and the biological/physical systems of the planet
- Anthropocene era → an increasing accumulation of human activity to the point its the most dominant influence on the Earth’s climate and environment (Orlove 2013)
- Daily record high temperatures have been extremely frequent
- Heat waves are becoming increasingly common especially in areas that have not experienced them before (Orlove 2013)
"Research on Urban Heat-Island Effect" by Li Yang et al.
- Urban heat islands = a heat accumulation phenomenon that is exacerbated when vegetation is replaced with urban construction, human activities, and waste heat (Yang 2016)
- We need more [natural things] to mitigate the heat accumulation
- For example, rivers and lakes could improve the heat transporting process as well as distribute fresh air to balance the urban temperatures (Yang 2016)
"The health effects of hotter summers and heat waves in the population of the United Kingdom: a review of the evidence" by Katherine G. Arbuthnott et al.
- U.S. cities tend to have temperatures at least 10° F warmer than surrounding natural land areas.
- Heat waves/temperature rises have a positive correlation with the number of respiratory deaths
- Respiratory diseases are more sensitive from heat and when temperatures rise well above threshold values than are cardiovascular diseases
- (Arbuthnott et al., 2017)
- This anthropological work demonstrates how heat waves had an effect on people's lives living in urban heat islands
"Urban climates and heat islands: albedo, evapotranspiration, and anthropogenic heat" by Haider Taha
- Anthropogenic heating is one of the major causes of temperature rises in urban centers
- Urban settings have more black asphalt, concrete, and other man-made materials that absorb heat in their surfaces and release it which causes a temperature warming
- (Taha 1997)
- The study demonstrated that increasing albedo (reflective surfaces) and vegetation cover can be effective in reducing the surface and air temperatures near the ground