Eva Olimpia Arceo-Gómez

Does the Effect of Pollution on Infant Mortality Differ Between Developing and Developed Countries? Evidence from Mexico City

Much of what we know about the marginal effect of pollution on infant mortality is derived from developed country data. However, given the lower levels of air pollution in developed countries, these estimates may not be externally valid to the developing country context if there is a nonlinear dose relationship between pollution and mortality or if the costs of avoidance behavior differs considerably between the two contexts. In this paper, we estimate the relationship between pollution and infant mortality using data from Mexico. We find that an increase of 1 parts per billion in carbon monoxide (CO) over the last week results in 0.0032 deaths per 100,000 births, while a 1 μg/m3 increase in particulate matter (PM10) results in 0.24 infant deaths per 100,000 births. Our estimates for PM10 tend to be similar (or even smaller) than the U.S. estimates, while our findings on CO tend to be larger than those derived from the U.S. context. We provide suggestive evidence that a non-linearity in the relationship between CO and health explains this difference.

TEENAGE PREGNANCY IN MEXICO: EVOLUTION AND CONSEQUENCES

We analyze the consequences of a teenage pregnancy event in the short and long run in Mexico. Using longitudinal and cross-section data, we match females who became pregnant and those who did not based on a propensity score. In the short run, we find that a teenage pregnancy causes a decrease of 0.6-0.8 years of schooling, lower school attendance, fewer hours of work and a higher marriage rate. In the long run, we find that a teenage pregnancy results in a 1-1.2-year loss in years of education, which implies a permanent ef fect on education, and lower household income per capita.