Person:
Russ, Jason

Office of the Chief Economist of the Sustainable Development Practice, The World Bank
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Fields of Specialization
Economics of Development, Environment, Water economics
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Last updated: May 3, 2023
Biography
Jason Russ is a Senior Economist in the Office of the Chief Economist of the Sustainable Development Practice at the World Bank. His professional interests center on using econometrics and data analytics to diagnose development challenges, and quantify the economic and social impacts of environmental externalities. His tenure at the World Bank includes five years in the Water Global Practice where he helped to develop and coordinate the analytical work program of the Economics Global Solutions Group, including authoring many of its global flagship reports. He has authored numerous publications in academic journals largely related to environmental and development economics. Prior to joining the World Bank he was an analyst at PricewaterhouseCoopers. He holds a Ph.D. in Economics from George Washington University.
Citations 4 Scopus

Publication Search Results

Now showing 1 - 2 of 2
  • Publication
    The Nitrogen Legacy: The Long-Term Effects of Water Pollution on Human Capital
    (World Bank, Washington, DC, 2020-02) Desbureaux, Sebastien; Zaveri, Esha; Russ, Jason; Ribeiro, Giovanna; Damania, Richard; Rodella, Aude-Sophie
    The fallout of nitrogen pollution is considered one of the largest global externalities facing the world, impacting air, water, soil, and human health. This paper combines data from the Demographic and Health Survey data set across India, Vietnam, and 33 African countries to analyze the causal links between pollution exposure experienced during the very earliest stages of life and later-life health. The results show that pollution exposure experienced in the critical years of development—from birth until age three—is associated with decreased height as an adult, a well-known indicator of overall health and productivity, and is robust to several statistical checks. Because adult height is related to education, labor productivity, and income, this also implies a loss of earning potential. The analysis begins within an assessment in India, where the data are more available, and is then extended to geographic settings including Vietnam and 33 countries in Africa. The results are consistent and show that early-life exposure to nitrogen pollution in water can lower height-for-age scores during childhood in Vietnam and during infancy in Africa. These findings add to the evidence on the enduring consequences of water pollution and identify a critical area for policy intervention.
  • Publication
    The Nitrogen Legacy: The Long-Term Effects of Water Pollution on Human Capital
    (World Bank, Washington, DC, 2019-12-10) Desbureaux, Sebastien; Zaveri, Esha; Russ, Jason; Ribeiro, Giovanna; Damania, Richard; Rodella, Aude-Sophie
    The fallout of nitrogen pollution is considered one of the largest global externalities facing the world, impacting air, water soil and human health. This paper presents new evidence that nitrogen pollution in water is an important determinant of variations in human capital. Data from the Demographic and Health Survey dataset across India, Vietnam, and 33 African countries are combined to analyze the causal links between pollution exposure experienced during the very earliest stages of life and later-life health. Results show that pollution exposure experienced in the critical years of development from the period of birth up until year three – is associated with decreased height as an adult, a well-known indicator of overall health and productivity, and is robust to several statistical checks. Because adult height is related to education, labor productivity, and income, this also implies a loss of earning potential. Results are consistent and show that early-life exposure to nitrogen pollution in water can lower height-for-age scores during childhood in Vietnam and during infancy in Africa. These findings add to the evidence on the enduring consequences of water pollution and identify a critical area for policy intervention.