This part contains an information about world water use & water availability, calculated group of sciences in State Hydrological Institute (St.-Petersburg, Russia) by edition of I.Shiklomanov. Given archive is created on base of Microsoft Office 97 (Word 8).

Table 14. Dynamics of water withdrawal by continents and natural-economic regions of the world in  km3/year
Table 15 . Dynamics of water consumption by continents and natural-economic regions of the world in km3/year
Table 16. Dynamics of water use in the world by continents (km3/year)
Table 17 (1). Dynamics of water use over the kinds of economic activities in Europe ( km3 / year)
Table 17 (2). Dynamics of fresh water use over the kinds of economic activities in the North America (km3/year)
Table 17 (3). Dynamics of fresh water use over the kinds of economic activities in Africa, km3/year
Table 17 (4). Dynamics of fresh water use over the kinds of economic activities in Asia, km3/yr
Table 17 (5). Dynamics of fresh water use over the kinds of economic activities in the South America, km3/yr
Table 17 (6). Dynamics of fresh water use over the kinds of economic activities in Australia & Oceania, km3/year
Table 18. Dynamics of water use in the world (total) over the kinds of economic activities (km 3 /year)
Table 19 (1). Dynamics of water use over the kinds of economic activities by natural-economic regions of Europe (km 3 /year);
Table 19 (2). Dynamics of freshwater use over the kinds of economic activities by natural-economic regions of North America (km 3 /year)
Table 19 (3). Dynamics of water use over the kinds of economic activities by natural-economic regions of Africa (km 3 /year);
Table 19 (4). Dynamics of water use over the kinds of economic activities by natural-economic regions of Asia (km 3 /year);
Table 19 (5). Dynamics of water use over the kinds of economic activities by natural-economic regions of South America (km 3 /year);
Table 19 (6). Dynamics of water use over the kinds of economic activities by natural-economic regions of Australia & Oceania (km 3 /year);

Table 20 . Water use dynamics (1960-2025) by selected countries of the world

  • Table 21 . Water use dynamics by data of SHI and other authors by selected countries of the world (with graphics):
    Table 21 (ab). Water use dynamics of Albania;
    Table 21 (ah). Water use dynamics of Afganistan;
    Table 21 (al). Water use dynamics of Algeria;
    Table 21 (ag). Water use dynamics of Argentina;
    Table 21 (ax). Water use dynamics of Armenia;
    Table 21 (au). Water use dynamics of Australia;
    Table 21 (ad). Water use dynamics of Azerbaidzhan;
    Table 21 (bw). Water use dynamics of Bangladesh;
    Table 21 (by). Water use dynamics of Belorus;
    Table 21 (bo). Water use dynamics of Bolivia;
    Table 21 (bz). Water use dynamics of Brazil;
    Table 21 (hv). Water use dynamics of Burkina Faso;
    Table 21 (cn). Water use dynamics of Canada;
    Table 21 (cd). Water use dynamics of Chad;
    Table 21 (ch). Water use dynamics of Chile;
    Table 21 (ci). Water use dynamics of China;
    Table 21 (co). Water use dynamics of Colombia;
    Table 21 (cs). Water use dynamics of Costa Rica;
    Table 21 (cu). Water use dynamics of Cuba;
    Table 21 (dr). Water use dynamics of Dominican Republic;
    Table 21 (eq). Water use dynamics of Ecuador;
    Table 21 (eg). Water use dynamics of Egypt;
    Table 21 (es). Water use dynamics of El Salvador ;
    Table 21 (eo). Water use dynamics of Estonia;
    Table 21 (fr). Water use dynamics of France;
    Table 21 (gg). Water use dynamics of Georgia;
    Table 21 (gu). Water use dynamics of Guatemala;
    Table 21 (ha). Water use dynamics of Haiti;
    Table 21 (ho). Water use dynamics of Honduras;
    Table 21 (in). Water use dynamics of India;
    Table 21 (id). Water use dynamics of Indonesia;
    Table 21 (is). Water use dynamics of Israel;
    Table 21 (iy). Water use dynamics of Italy;
    Table 21 (jm). Water use dynamics of Jamaica;
    Table 21 (jp). Water use dynamics of Japan;
    Table 21 (jd). Water use dynamics of Jordan;
    Table 21 (kz). Water use dynamics of Kazakhstan;
    Table 21 (kg). Water use dynamics of Kyrghyzstan;
    Table 21 (lv). Water use dynamics of Latvia;
    Table 21 (lb). Water use dynamics of Lebanon;
    Table 21 (li). Water use dynamics of Libya;
    Table 21 (lt). Water use dynamics of Lithuania;
    Table 21 (mg). Water use dynamics of Madagaskar;
    Table 21 (ms). Water use dynamics of Malaysia;
    Table 21 (mi). Water use dynamics of Mali;
    Table 21 (mt). Water use dynamics of Mauritania;
    Table 21 (mx). Water use dynamics of Mexico;
    Table 21 (mk). Water use dynamics of Moldova;
    Table 21 (mc). Water use dynamics of Morocco;
    Table 21 (nz). Water use dynamics of New Zealand;
    Table 21 (nk). Water use dynamics of Nicaragua;
    Table 21 (nr). Water use dynamics of Niger;
    Table 21 (ni). Water use dynamics of Nigeria;
    Table 21 (pm). Water use dynamics of Panama;
    Table 21 (pr). Water use dynamics of Peru;
    Table 21 (ph). Water use dynamics of Philippines;
    Table 21 (pl). Water use dynamics of Poland;
    Table 21 (po). Water use dynamics of Portugal;
    Table 21 (rs). Water use dynamics of Russia;
    Table 21 (sa). Water use dynamics of Saudi Arabia;
    Table 21 (sg). Water use dynamics of Senegal;
    Table 21 (za). Water use dynamics of South Africa;
    Table 21 (sp). Water use dynamics of Spain;
    Table 21 (su). Water use dynamics of Sudan;
    Table 21 (sn). Water use dynamics of Sweden;
    Table 21 (sy). Water use dynamics of Syria;
    Table 21 (ta). Water use dynamics of Tajikistan;
    Table 21 (tn). Water use dynamics of Tanzania;
    Table 21 (th). Water use dynamics of Thailand;
    Table 21 (tt). Water use dynamics of Trinidad & Tobago;
    Table 21 (ts). Water use dynamics of Tunisia;
    Table 21 (tu). Water use dynamics of Turkey;
    Table 21 (tk). Water use dynamics of Turkmenistan;
    Table 21 (ur). Water use dynamics of Ukraine;
    Table 21 (uy). Water use dynamics of Uruguay;
    Table 21 (us). Water use dynamics of USA;
    Table 21 (uz). Water use dynamics of Uzbekistan;
    Table 21 (vs). Water use dynamics of Vietnam;
    Table 21 (zr). Water use dynamics of Zaire;

    • And figures to this tables:

  • Figure 15 . Dynamics of water use (withdrawal & consumption) by natural-economic regions of the world.

    Figure 15 (1) water use of Europe;
    Figure 15 (2) water use of North America;
    Figure 15 (3) water use of Africa;
    Figure 15 (4) water use of Asia;
    Figure 15 (5) water use of South America & Australia & Oceania.
    Figure 16 Dynamics of water use (withdrawal & consumption) by continents

    Figure 17. Dynamics of water use by continents over the kind of economic activity:

    Figure 17 (1) water use of Europe;
    Figure 17 (2) water use of North America;
    Figure 17 (3) water use of Africa;
    Figure 17 (4) water use of Asia;
    Figure 17 (5) water use of South America;
    Figure 17 (6) water use of Australia & Oceania.
    Figure 18. Dynamics of water use in the world (total) over the kind of economic activity.

    Figure 19. Dynamics of water use by the natural-economic regions of the world over the kind of economic activity:

    Figure 19 (1) water use of European regions over the kind of economic activity:

    Figure 19 (11) Northern Europe;
    Figure 19 (12) Western & Central Europe;
    Figure 19 (13) Southern Europe;
    Figure 19 (14) North of the European part of FSU;
    Figure 19 (15) South of the European part of FSU;

    Figure 19 (2) water use of North American regions over the kind of economic activity:

    Figure 19 (21) Northern region of North America;
    Figure 19 (22) Central region of North America;
    Figure 19 (23) Southern region of North America;

    Figure 19 (3) water use of African regions over the kind of economic activity:

    Figure 19 (31) Northern Africa;
    Figure 19 (32) Southern Africa;
    Figure 19 (33) Eastern Africa;
    Figure 19 (34) Western Africa;
    Figure 19 (35) Central Africa;

    Figure 19 (4) water use of Asian regions over the kind of economic activity:

    Figure 19 (41) North China & Mongolia;
    Figure 19 (42) Southern Asia;
    Figure 19 (43) Western Asia;
    Figure 19 (44) South-Eastern Asia;
    Figure 19 (45) Central Asia & Kazakhstan;
    Figure 19 (46) Siberia & Far East of Russia;
    Figure 19 (47) Transcaucasia;

    Figure 19 (5) water use of South American regions over the kind of economic activity:

    Figure 19 (51) Northern region of South America;
    Figure 19 (52) Eastern region of South America;
    Figure 19 (53) Western region of South America;
    Figure 19 (54) Central region of South America;

  •  
    Figure 19 (6) water use of Australia & Oceania regions over the kind of economic activity:

    • Figure 19 (61) Australia;
    Figure 19 (62) Oceania;

    • And resulting maps:

  • Figure 20 . The natural-economic regions of the World.

    • Figure 21. Water resources & water withdrawals by natural-economic regions of the world.
    Figure 22 Dynamics of water withdrawal & consumption by natural-economic regions of the world.
    Figure 23 Water withdrawal over the kind of economic activities by natural-economic regions of the world at 1995 & 2025.
    Figure 24 Water consumption over the kind of economic activities by natural-economic regions of the world at 1995 & 2025.

    Figure 25 Percent of water withdrawal by natural-economic regions of the world at:

    Figure 25 (1) 1900, 1940, 1950, 1960, 1970, 1980, 1990, 1995 (assessment);
    Figure 25 (2) 2000, 2010, 2025 (forecast).

    Figure 26 Percent of water consumption by natural-economic regions of the world at:

    Figure 26 (1) 1900, 1940, 1950, 1960, 1970, 1980, 1990, 1995 (assessment);
    Figure 26 (2) 2000, 2010, 2025 (forecast).
    Figure 27 Water availability (potential & real) by natural-economic regions of the world at 1995.
    Figure 28 Water availability (real) by natural-economic regions of the world at 1950, 1960, 1970, 1980, 1990, 2000, 2010, 2025.
     
     

    State Hydrological Institute
    Email: ishiklom@zb3627.spb.edu

      BACK to main page