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Full-Text Articles in Social and Behavioral Sciences
Unmasking Climate Change: How The Impacts Of Global Warming Alter Disease Spread And Discovery, Ellie Potts, Adam Wright
Unmasking Climate Change: How The Impacts Of Global Warming Alter Disease Spread And Discovery, Ellie Potts, Adam Wright
WWU Honors College Senior Projects
What is the relationship between global temperature increase and the number of communicable disease cases, and is this relationship stronger for denser populations? Climate change and communicable diseases are two intertwined global issues. Since the start of the COVID-19 pandemic, business owners, governments, and general consumers have all realized the scale of benefits and risks of an internationally integrated global economy, and how our level of urbanization can cause rapid disease spread. This pandemic has uncovered our lack of preparation for global emergencies. Climate change not only poses a global emergency but will also increase our world’s likelihood of diseases. …
The Impact Of Temperature On Labor Quality: Umpire Accuracy In Major League Baseball, Eric Fesselmeyer
The Impact Of Temperature On Labor Quality: Umpire Accuracy In Major League Baseball, Eric Fesselmeyer
Research Collection College of Integrative Studies
Using data from Major League Baseball, I compute an objective measure of the home plate umpire's work quality-the accuracy of his ball and strike calls during a game-and measure how it varies with temperature. I find that an increase in game-time temperature from between 70 and 80 degrees F to above 95 degrees F decreases an umpire's accuracy by a little less than a percentage point, which is a 5.5% increase in the pitch-calling error rate when evaluated at the mean error rate of 13.3%. Restricting the sample to borderline pitches increases the magnitude of the hot-weather effect on accuracy …
The Impact Of Temperature On Labor Quality: Umpire Accuracy In Major League Baseball, Eric Fesselmeyer
The Impact Of Temperature On Labor Quality: Umpire Accuracy In Major League Baseball, Eric Fesselmeyer
Research Collection College of Integrative Studies
Using data from Major League Baseball, I compute an objective measure of the home plate umpire's work quality-the accuracy of his ball and strike calls during a game-and measure how it varies with temperature. I find that an increase in game-time temperature from between 70 and 80 degrees F to above 95 degrees F decreases an umpire's accuracy by a little less than a percentage point, which is a 5.5% increase in the pitch-calling error rate when evaluated at the mean error rate of 13.3%. Restricting the sample to borderline pitches increases the magnitude of the hot-weather effect on accuracy …
Temperature And Economic Activity: Evidence From India, Anuska Jain, Róisín O'Sullivan, Vis Taraz
Temperature And Economic Activity: Evidence From India, Anuska Jain, Róisín O'Sullivan, Vis Taraz
Economics: Faculty Publications
This paper investigates the impact of temperature on economic activity in India, using state-level data from 1980–2015. We estimate that a 1 ◦C increase in contemporaneous temperature (relative to our sample mean) reduces the economic growth rate that year by 2.5 percentage points. The adverse impact of higher temperatures is more severe in poorer states and in the primary sector. Our analysis of lagged temperatures suggests that our effects are driven by the contemporaneous effect of temperature on output; we do not find evidence of a permanent impact of contemporaneous temperatures on future growth rates.
Climate Change And Occupational Health: Can We Adapt?, Marcus Dillender
Climate Change And Occupational Health: Can We Adapt?, Marcus Dillender
Upjohn Institute Policy and Research Briefs
No abstract provided.
Climate Change And Occupational Health: Are There Limits To Our Ability To Adapt?, Marcus O. Dillender
Climate Change And Occupational Health: Are There Limits To Our Ability To Adapt?, Marcus O. Dillender
Upjohn Institute Working Papers
This study considers the relationship between temperature and occupational health. The results indicate that both high and low temperatures increase injury rates and that high temperatures have more severe adverse effects in warmer climates, which suggests that avoiding the adverse effects of high temperatures may be easier for workers when hot days are rarer. While research on the effect of temperature on mortality finds substantial capacity for adaption with current technology, the results presented here suggest that outdoor workers face challenges in adapting to high temperatures.
Sunshine, Fertility And Racial Disparities, Karen Smith Conway, Jennifer Trudeau
Sunshine, Fertility And Racial Disparities, Karen Smith Conway, Jennifer Trudeau
WCBT Faculty Publications
This research investigates the effect of sun exposure on fertility, with a special focus on how its effects and consequences for birth outcomes may differ by race. Sun exposure is a key mechanism for obtaining Vitamin D, but this process is inhibited by skin pigmentation. Vitamin D has been linked to male and female fertility and risk of miscarriage, and Vitamin D deficiency is more prevalent among blacks than whites. Using 1989–2004 individual live births data from the Natality Detail Files, county-level, monthly conceptions are estimated as a function of monthly solar insolation, temperature and humidity, as well as month, …
Disentangling Greenhouse Warming And Aerosol Cooling To Reveal Earth's Climate Sensitivity, T. Storelvmo, T. Leirvik, U. Lohmann, Peter C. B. Phillips, M. Wild
Disentangling Greenhouse Warming And Aerosol Cooling To Reveal Earth's Climate Sensitivity, T. Storelvmo, T. Leirvik, U. Lohmann, Peter C. B. Phillips, M. Wild
Research Collection School Of Economics
Earth's climate sensitivity has long been subject to heated debate and has spurred renewed interest after the latest IPCC assessment report suggested a downward adjustment of its most likely range(1). Recent observational studies have produced estimates of transient climate sensitivity, that is, the global mean surface temperature increase at the time of CO2 doubling, as low as 1.3 K (refs 2,3), well below the best estimate produced by global climate models (1.8 K). Here, we present an observation-based study of the time period 1964 to 2010, which does not rely on climate models. The method incorporates observations of greenhouse gas …