Water resources per capita — all countries

Water resources per capita — South Korea

Water resources per capita in South Korea in 2022 — 1,255 m³/person. Ranked 120 in the world out of 181. Since 1961, the indicator has fallen by 50.1%.

2022 1,255 m³/person +0.19% vs 2021
World rank 120of 181
Period maximum 2,517 m³/person1961
Period minimum 1,251 m³/person2020

Trend over time

1961–2022 · m³ per capita

Water resources per capita — South Korea, 1961–20221,0001,5002,0002,5003,00019611968197519821989199620032010201720221961: 2,517 m³/person1963: 2,379 m³/person1965: 2,259 m³/person1967: 2,152 m³/person1969: 2,056 m³/person1971: 1,972 m³/person1973: 1,902 m³/person1975: 1,838 m³/person1977: 1,781 m³/person1979: 1,728 m³/person1981: 1,675 m³/person1983: 1,625 m³/person1985: 1,589 m³/person1987: 1,558 m³/person1989: 1,528 m³/person1991: 1,498 m³/person1993: 1,467 m³/person1995: 1,438 m³/person1997: 1,411 m³/person1999: 1,391 m³/person2001: 1,369 m³/person2003: 1,354 m³/person2005: 1,346 m³/person2007: 1,332 m³/person2009: 1,315 m³/person2011: 1,299 m³/person2013: 1,286 m³/person2015: 1,271 m³/person2017: 1,263 m³/person2019: 1,253 m³/person2021: 1,253 m³/person2022: 1,255 m³/person
Change over the period: −1,262 (−50.14%) Average annual rate: -1.13 %

Comparison, 2022

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

South Korea 1,255 m³/person
World 5,393 m³/person
East Asia & Pacific 4,306 m³/person
Eastern Asia computed 2,106 m³/person
High-income countries computed 10,978 m³/person
Water resources per capita — South Korea, by year South Korea All countries CSV XLSX
Year m³/person Change Change, %
2022 1,255 +2 +0.19%
2021 1,253 +2 +0.13%
2020 1,251 −2 −0.14%
2019 1,253 −4 −0.35%
2018 1,257 −5 −0.43%
2017 1,263 −4 −0.28%
2016 1,266 −5 −0.4%
2015 1,271 −7 −0.53%
2014 1,278 −8 −0.63%
2013 1,286 −6 −0.45%
2012 1,292 −7 −0.52%
2011 1,299 −10 −0.77%
2010 1,309 −7 −0.5%
2009 1,315 −7 −0.51%
2008 1,322 −10 −0.76%
2007 1,332 −7 −0.5%
2006 1,339 −7 −0.52%
2005 1,346 −3 −0.21%
2004 1,349 −5 −0.4%
2003 1,354 −7 −0.52%
2002 1,361 −8 −0.58%
2001 1,369 −11 −0.76%
2000 1,380 −12 −0.83%
1999 1,391 −10 −0.71%
1998 1,401 −10 −0.72%
1997 1,411 −13 −0.93%
1996 1,425 −14 −0.95%
1995 1,438 −15 −1%
1994 1,453 −15 −1%
1993 1,467 −15 −1.01%
1992 1,482 −15 −1.03%
1991 1,498 −15 −0.98%
1990 1,513 −15 −0.98%
1989 1,528 −15 −0.98%
1988 1,543 −15 −0.97%
1987 1,558 −15 −0.98%
1986 1,574 −16 −0.99%
1985 1,589 −16 −0.98%
1984 1,605 −20 −1.23%
1983 1,625 −24 −1.46%
1982 1,649 −26 −1.53%
1981 1,675 −26 −1.55%
1980 1,701 −27 −1.55%
1979 1,728 −26 −1.51%
1978 1,754 −27 −1.51%
1977 1,781 −28 −1.55%
1976 1,809 −29 −1.58%
1975 1,838 −31 −1.67%
1974 1,869 −32 −1.7%
1973 1,902 −34 −1.75%
1972 1,936 −37 −1.86%
1971 1,972 −39 −1.95%
1970 2,011 −44 −2.16%
1969 2,056 −47 −2.24%
1968 2,103 −49 −2.29%
1967 2,152 −51 −2.31%
1966 2,203 −56 −2.48%
1965 2,259 −58 −2.51%
1964 2,317 −61 −2.58%
1963 2,379 −67 −2.75%
1962 2,446 −71 −2.82%
1961 2,517

Eastern Asia, 2022

The same indicator for neighboring countries — with links to their pages

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.