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India

IND

Population
1.44B
2023 · un-wpp (un-wpp/2024)
Growth rate
0.89%
2023 · un-wpp (un-wpp/2024)
Fertility rate
1.98
2023 · un-wpp (un-wpp/2024)
Life expectancy
72.0 yrs
2023 · un-wpp (un-wpp/2024)

Total population

India195019802010204020702100400M600M800M1B1.2B1.4B1.6B

un-wpp · un-wpp/2024 · release 2026.08.3

CSV

Population growth rate

India195019802010204020702100-0.5%0.0%0.5%1.0%1.5%2.0%2.5%

un-wpp · un-wpp/2024 · release 2026.08.3

CSV

Population pyramid

MaleFemale0-45-910-1415-1920-2425-2930-3435-3940-4445-4950-5455-5960-6465-6970-7475-7980-8485-8990-9495-99100+
2023

un-wpp · un-wpp/2024 · release 2026.08.3

CSV

Total fertility rate

Indiareplacement1950198020102040207021002.003.004.005.006.00

un-wpp · un-wpp/2024 · release 2026.08.3

CSV

Life expectancy at birth

India19501980201020402070210040.0 yrs50.0 yrs60.0 yrs70.0 yrs80.0 yrs

un-wpp · un-wpp/2024 · release 2026.08.3

CSV

Net migration

India195019802010204020702100-1M-500k0500k

un-wpp · un-wpp/2024 · release 2026.08.3

CSV

Median age

India19501980201020402070210020.0 yrs25.0 yrs30.0 yrs35.0 yrs40.0 yrs45.0 yrs

un-wpp · un-wpp/2024 · release 2026.08.3

CSV

Population projection

India195019802010204020702100500M1B1.5B2B

un-wpp · un-wpp/2024 · release 2026.08.3

CSV

Research

AI-generated summary

This research note examines how pharmaceutical pollution from antibiotic production contaminates Indian riverways, contributing to antibiotic resistance and infant mortality. The study finds that living downstream of an antibiotic producer increases infant mortality risk by 16%, with antibiotic production estimated to cause 17,000 infant deaths annually in India. The authors call for better monitoring, stronger regulations, improved production processes, and strategic siting of antibiotic manufacturers to reduce these negative externalities on local populations.

Abstract
Abstract The number of deaths from antibiotic resistance is steadily rising and has become a global public health issue. Children in low- and middle-income countries are disproportionately affected, as last-line antibiotics are usually unavailable to them. Pollution of riverways caused by pharmaceutical products is one driver of antibiotic resistance. In this research note, we assess whether this channel contributes significantly to infant mortality in India. We show that living downstream of a producer increases the risk of infant mortality by 16% and that antibiotic production explains 17,000 infant deaths in India per year. These findings suggest that better monitoring, stronger regulations, improved production processes, and strategic considerations on the location of antibiotic producers are needed to ensure that production does not induce negative externalities on the local population.