Freshwater withdrawal — all countries

Freshwater withdrawal — Niger

Freshwater withdrawal in Niger in 2022 — 2.58 km³. Ranked 83 in the world out of 179. Since 1988, the indicator has risen by 416.7%.

2022 3 km³ +0% vs 2021
World rank 83of 179
Period maximum 3 km³2019
Period minimum 1 km³1988

Trend over time

1988–2022 · km³ per year

Freshwater withdrawal — Niger, 1988–2022012319881992199620002004200820122016202020221988: 0.5 km³1989: 0.53 km³1990: 0.56 km³1991: 0.59 km³1992: 0.61 km³1993: 0.64 km³1994: 0.67 km³1995: 0.7 km³1996: 0.73 km³1997: 0.76 km³1998: 0.78 km³1999: 0.81 km³2000: 0.84 km³2001: 0.87 km³2002: 0.9 km³2003: 0.93 km³2004: 0.96 km³2005: 0.98 km³2006: 1.04 km³2007: 1.1 km³2008: 1.16 km³2009: 1.22 km³2010: 1.28 km³2011: 1.34 km³2012: 1.39 km³2013: 1.45 km³2014: 1.51 km³2015: 1.72 km³2016: 1.75 km³2017: 1.58 km³2018: 2.43 km³2019: 2.58 km³2020: 2.58 km³2021: 2.58 km³2022: 2.58 km³
Change over the period: +2 (+416.66%) Average annual rate: 4.95 %

Comparison, 2022

How the value compares with the world and the groups this territory belongs to: Niger

Niger 3 km³
World 3,853 km³
Western Africa computed 30 km³
Low-income countries computed 119 km³
Freshwater withdrawal — Niger, by year Niger All countries CSV XLSX
Year km³ Change Change, %
2022 3 +0 +0%
2021 3 +0 +0%
2020 3 +0 +0%
2019 3 +0 +6.24%
2018 2 +1 +53.77%
2017 2 −0 −9.5%
2016 2 +0 +1.49%
2015 2 +0 +13.89%
2014 2 +0 +4.04%
2013 1 +0 +4.21%
2012 1 +0 +4.39%
2011 1 +0 +4.59%
2010 1 +0 +4.81%
2009 1 +0 +5.06%
2008 1 +0 +5.33%
2007 1 +0 +5.63%
2006 1 +0 +5.96%
2005 1 +0 +2.98%
2004 1 +0 +3.07%
2003 1 +0 +3.17%
2002 1 +0 +3.27%
2001 1 +0 +3.38%
2000 1 +0 +3.5%
1999 1 +0 +3.63%
1998 1 +0 +3.76%
1997 1 +0 +3.91%
1996 1 +0 +4.07%
1995 1 +0 +4.24%
1994 1 +0 +4.43%
1993 1 +0 +4.63%
1992 1 +0 +4.86%
1991 1 +0 +5.11%
1990 1 +0 +5.38%
1989 1 +0 +5.69%
1988 1

About the indicator

Annual freshwater withdrawal for all uses: irrigation, industry, municipal supply. More than two-thirds of global withdrawal goes to agriculture, so the volume is tied more closely to the area under irrigation than to the number of residents or the size of industry. Withdrawal is not consumption: part of the water returns to water bodies, though usually in worse condition.

Important: Withdrawal, not consumptive use. It can exceed a country's own renewable resources: the country then takes water from across the border, from non-renewable groundwater, or desalinates it.

Source: FAOSTAT (FAO), license CC BY 4.0.