Freshwater withdrawal — all countries

Freshwater withdrawal — Europe & Central Asia

Freshwater withdrawal in Europe & Central Asia in 2022 — 476.01 km³. Since 1993, the indicator has fallen by 2.5%.

2022 476 km³ +0.98% vs 2021
World rank
Period maximum 568 km³1994
Period minimum 471 km³2021

Trend over time

1993–2022 · km³ per year

Freshwater withdrawal — Europe & Central Asia, 1993–2022450475500525550575199319961999200220052008201120142017202020221993: 488.2 km³1994: 568.37 km³1995: 565.62 km³1996: 556.02 km³1997: 545.78 km³1998: 538.85 km³1999: 536.28 km³2000: 543.71 km³2001: 527.41 km³2002: 525.56 km³2003: 521.92 km³2004: 520.65 km³2005: 523.38 km³2006: 513.11 km³2007: 499.3 km³2008: 519.98 km³2009: 507.44 km³2010: 502.74 km³2011: 499.89 km³2012: 500.09 km³2013: 482.75 km³2014: 493.02 km³2015: 485.81 km³2016: 484.86 km³2017: 492.67 km³2018: 491.76 km³2019: 489.68 km³2020: 481.49 km³2021: 471.39 km³2022: 476.01 km³
Change over the period: −12 (−2.5%) Average annual rate: -0.09 %

Comparison, 2022

How the value compares with the world and the groups this territory belongs to: Europe & Central Asia

Europe & Central Asia 476 km³
World 3,853 km³
Freshwater withdrawal — Europe & Central Asia, by year Europe & Central Asia All countries CSV XLSX
Year km³ Change Change, %
2022 476 +5 +0.98%
2021 471 −10 −2.1%
2020 481 −8 −1.67%
2019 490 −2 −0.42%
2018 492 −1 −0.18%
2017 493 +8 +1.61%
2016 485 −1 −0.2%
2015 486 −7 −1.46%
2014 493 +10 +2.13%
2013 483 −17 −3.47%
2012 500 +0 +0.04%
2011 500 −3 −0.57%
2010 503 −5 −0.93%
2009 507 −13 −2.41%
2008 520 +21 +4.14%
2007 499 −14 −2.69%
2006 513 −10 −1.96%
2005 523 +3 +0.52%
2004 521 −1 −0.24%
2003 522 −4 −0.69%
2002 526 −2 −0.35%
2001 527 −16 −3%
2000 544 +7 +1.39%
1999 536 −3 −0.48%
1998 539 −7 −1.27%
1997 546 −10 −1.84%
1996 556 −10 −1.7%
1995 566 −3 −0.48%
1994 568 +80 +16.42%
1993 488

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.