Water resources per capita — all countries

Water resources per capita — Zimbabwe

Water resources per capita in Zimbabwe in 2022 — 763 m³/person. Ranked 142 in the world out of 181. Since 1961, the indicator has fallen by 75.5%.

2022 763 m³/person −1.69% vs 2021
World rank 142of 181
Period maximum 3,119 m³/person1961
Period minimum 763 m³/person2022

Trend over time

1961–2022 · m³ per capita

Water resources per capita — Zimbabwe, 1961–202201,0002,0003,0004,00019611968197519821989199620032010201720221961: 3,119 m³/person1963: 2,929 m³/person1965: 2,750 m³/person1967: 2,582 m³/person1969: 2,424 m³/person1971: 2,281 m³/person1973: 2,143 m³/person1975: 2,010 m³/person1977: 1,901 m³/person1979: 1,844 m³/person1981: 1,635 m³/person1983: 1,514 m³/person1985: 1,411 m³/person1987: 1,320 m³/person1989: 1,243 m³/person1991: 1,178 m³/person1993: 1,129 m³/person1995: 1,117 m³/person1997: 1,078 m³/person1999: 1,040 m³/person2001: 1,024 m³/person2003: 1,002 m³/person2005: 982 m³/person2007: 958 m³/person2009: 933 m³/person2011: 902 m³/person2013: 875 m³/person2015: 851 m³/person2017: 828 m³/person2019: 803 m³/person2021: 776 m³/person2022: 763 m³/person
Change over the period: −2,356 (−75.54%) Average annual rate: -2.28 %

Comparison, 2022

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

Zimbabwe 763 m³/person
World 5,393 m³/person
Sub-Saharan Africa 3,162 m³/person
Eastern Africa computed 1,836 m³/person
Lower-middle-income countries computed 2,322 m³/person
Water resources per capita — Zimbabwe, by year Zimbabwe All countries CSV XLSX
Year m³/person Change Change, %
2022 763 −13 −1.69%
2021 776 −14 −1.71%
2020 790 −13 −1.65%
2019 803 −13 −1.55%
2018 815 −12 −1.48%
2017 828 −12 −1.43%
2016 840 −12 −1.38%
2015 851 −11 −1.33%
2014 863 −12 −1.36%
2013 875 −12 −1.4%
2012 887 −15 −1.61%
2011 902 −16 −1.76%
2010 918 −15 −1.6%
2009 933 −13 −1.4%
2008 946 −11 −1.2%
2007 958 −13 −1.31%
2006 970 −12 −1.21%
2005 982 −9 −0.94%
2004 991 −11 −1.08%
2003 1,002 −12 −1.18%
2002 1,014 −10 −0.96%
2001 1,024 −7 −0.67%
2000 1,031 −10 −0.91%
1999 1,040 −17 −1.61%
1998 1,057 −21 −1.94%
1997 1,078 −20 −1.86%
1996 1,099 −18 −1.65%
1995 1,117 −10 −0.92%
1994 1,128 −1 −0.12%
1993 1,129 −17 −1.45%
1992 1,146 −33 −2.78%
1991 1,178 −31 −2.57%
1990 1,209 −33 −2.69%
1989 1,243 −37 −2.86%
1988 1,279 −41 −3.11%
1987 1,320 −44 −3.25%
1986 1,365 −46 −3.29%
1985 1,411 −50 −3.4%
1984 1,461 −53 −3.49%
1983 1,514 −59 −3.73%
1982 1,573 −62 −3.82%
1981 1,635 −106 −6.1%
1980 1,741 −103 −5.59%
1979 1,844 −29 −1.56%
1978 1,874 −27 −1.44%
1977 1,901 −49 −2.52%
1976 1,950 −60 −3%
1975 2,010 −65 −3.12%
1974 2,075 −68 −3.18%
1973 2,143 −69 −3.11%
1972 2,212 −69 −3.03%
1971 2,281 −69 −2.95%
1970 2,350 −73 −3.02%
1969 2,424 −78 −3.12%
1968 2,502 −80 −3.1%
1967 2,582 −83 −3.1%
1966 2,665 −85 −3.1%
1965 2,750 −88 −3.11%
1964 2,838 −91 −3.1%
1963 2,929 −94 −3.1%
1962 3,023 −97 −3.1%
1961 3,119

About the indicator

Internal renewable water resources divided by the population. This is the conventional measure of water scarcity: below 1,700 cubic meters per person a year indicates water stress, below 1,000 scarcity, and below 500 absolute scarcity. The value falls even where the water itself does not diminish — simply from population growth — and the series shows which countries are entering scarcity demographically.

Important: The aggregate for a group is all of its water resources divided by all of its population. The thresholds of 1,700, 1,000 and 500 m³ are widely used benchmarks, not an official classification.

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