TY  - RPRT
        AU  - Spears, Dean
AU  - Coffey, Diane
AU  - Behrman, Jere R.
        TI  - Birth Order, Fertility, and Child Height in India and Africa
        PY  - 2019/Apr/
        PB  - Institute of Labor Economics (IZA)
        CY  - Bonn
        T2  - IZA Discussion Paper
        IS  - 12289
        UR  - https://www.iza.org/index.php/publications/dp12289
        AB  - The poor state of child health in India has generated a number of puzzles that have received attention in the literature. A recent focus on birth order has produced contradictory results. Coffey and Spears (2019) document an early-life survival advantage in India accruing to later birth orders, which they interpret as the result of a pattern of improving maternal nutrition over mothers' childbearing careers. In apparent contrast, Jayachandran and Pande (2017) show, using the same set of demographic surveys, a disadvantage in child height for later birth orders in India relative to Africa's birth order gradient.
They interpret this pattern as discrimination against later birth-order children in India. This paper resolves the apparent contradiction, showing how differing correlations between sibsize (a child's number of siblings) and household wellbeing can account for the empirical findings of both studies: A mother having higher fertility, rather than lower, implies more socioeconomic disadvantage within India than within Africa.
Accounting for sibsize reverses the apparent Indian laterborn disadvantage in child height, reversing the interpretation of Jayachandran and Pande. In short, a child's sibsize (or, equivalently, its mother's fertility) is an omitted variable in Jayachandran and Pande's analysis of birth order effects. Resolving these puzzles is critical for human development policy to combat the enduring challenges of disproportionately high rates of stunting and neonatal death in India, where one-fifth of global births occur.
        KW  - child height
KW  - birth order
KW  - India
KW  - DHS
KW  - high-dimensional fixed effects
        ER  -