List of rivers by discharge
Rivers are natural drainage channels. They collect runoff from precipitation and groundwater and discharge it into oceans or lakes. The main watercourse is determined by its water volume, length, or highest source. River size is determined by three factors: discharge, length, and drainage basin.[1]
Discharge measurements
The global annual runoff into the oceans (38,500–44,200 km3/year) is dominated by runoff into the South Atlantic from eastern South America, into the western Pacific from east Asia, and into the Indian Ocean from India, and southeast Asia. Depending on the estimate, the Amazon alone accounts for 15–18% of the annual freshwater runoff into the oceans.[2][3][4]
-
Circle represents total global river discharge of 38,500 km³/year
-
-
Water discharge is expressed as an average in m³/s and as an average value over a period of one year or more (MQ), or as an average annual discharge (Q) in km³. For large rivers, these values are not only difficult to measure (see → ADCP), but they also vary considerably from year to year. The very large variation between low and high flow is often not apparent from the average runoff volume.[1]
The discharge values shown in the tables below are m3/sec. To convert to annual km3/year, multiply by 0.031536.
Color key
| Continent color key | |||||
|---|---|---|---|---|---|
| Africa | Asia | Oceania | Europe | North America | South America |
| Ocean color key | ||||
|---|---|---|---|---|
| Atlantic Ocean | Pacific Ocean | Indian Ocean | Arctic Ocean | Endorheic |
List of rivers
| No | River name | Average discharge (m³/s)[5] |
Drainage area (km²)[6] |
Length (km)[7] |
Outflow | Notes, references | |
|---|---|---|---|---|---|---|---|
| Primary | Tributary | ||||||
| SA1 | Amazon | 209,000 | 5,987,204 | 6,575 | Atlantic Ocean | [n 1][8][9][10][11][12][13][14] | |
| Solimões | 105,720 | 2,216,711 | 1,707 | →Amazon | [8][15][10][11][13] | ||
| AF2 | Congo (Zaire) | 41,400 | 3,712,316 | 5,118 | Atlantic Ocean | [n 2][16][17][18][19][14] | |
| SA3 | Orinoco | 39,000 | 1,014,797 | 3,010 | Atlantic Ocean | [n 3][20][21] | |
| AS4 | Yangtze | 31,900 | 1,949,515 | 6,236 | East China Sea | [n 4][22][16][14] | |
| SA5 | Rio Negro | 30,641 | 765,335 | 2,362 | Amazon | [8][23][11] | |
| SA6 | Madeira | 30,173 | 1,378,745 | 3,518 | Amazon | [8][23][11] | |
| AS7 | Brahmaputra | 22,182 | 556,385 | 2,948 | Padma, Lower Meghna | [n 5][24][25][26][27][28] | |
| NA8 | Mississippi | 21,300 | 3,265,753 | 6,084 | Gulf of Mexico | [n 6][29][30][31][14][32][33][34] | |
| AS9 | Yenisei | 20,200 | 2,588,752 | 5,816 | Yenisei Gulf | [n 7][35][36][37][14] | |
| SA10 | Paraná | 19,706 | 2,630,667 | 4,001 | Río de la Plata | [n 8][38][39][40] | |
| AS11 | Lena | 18,300 | 2,492,004 | 4,400 | Laptev Sea | [35][41][36][37] | |
| SA12 | Japurá (Caquetá) | 18,122 | 276,812 | 2,816 | Solimões | [8][11][23] | |
| SA13 | Marañón | 17,400 | 364,873 | 1,905 | Amazon | [n 9][42][11][43][44][45] | |
| AS14 | Mekong | 16,010 | 773,728 | 4,909 | South China Sea | [16][46][47][48][19][14][49] | |
| AS15 | Ganges (Ganga) | 15,646 | 1,089,370 | 2,650 | Padma, Bay of Bengal | [n 10][24][16][25][26][28][50][19] | |
| AS16 | Irrawaddy | 15,400 | 411,516 | 2,170 | Andaman Sea | [51][47][52][53] | |
| AS17 | Ob | 13,100 | 3,023,973 | 5,525 | Gulf of Ob | [n 11][35][36][37][14] | |
| SA18 | Tapajós | 12,800 | 492,263 | 1,996 | Amazon | [8][54][55][11][56][57] | |
| Ucayali | 12,600 | 352,304 | 2,738 | →Amazon | [n 12][42][11][44] | ||
| NA19 | St Lawrence River | 12,500 | 1,057,304 | 3,058 | Gulf of St. Lawrence | [n 13][58][59][60] | |
| AS20 | Amur | 12,360 | 2,129,700 | 5,498 | Strait of Tartary | [n 14][61][14] | |
| SA21 | Tocantins | 11,800 | 777,308 | 2,640 | Rio Para→Amazon, Marajó Bay | [8][62][63][64][65][66] | |
| SA22 | Purus | 11,207 | 378,762 | 3,361 | Solimões | [8][54][23][11] | |
| Caquetá | 10,880 | 149,902 | 2,000 | →Japurá | [n 15][11] | ||
| AS23 | Pearl River (Xi) | 10,700 | 442,527 | 2,400 | South China Sea | [67][68] | |
| AF24 | Kasai (Kwa) | 10,457 | 884,376 | 2,272 | Congo | [69][70][71] | |
| NA25 | Mackenzie | 9,800 | 1,801,938 | 4,241 | Beaufort Sea | [n 16][35][36][19][72] | |
| SA26 | Beni | 9,741 | 281,367 | 1,609 | Madeira | [8][73][74][11][75] | |
| SA27 | Xingu | 9,298 | 509,685 | 2,324 | Amazon | [8][54][11][56][57] | |
| AF28 | Niger | 8,630 | 2,273,946 | 4,184 | Gulf of Guinea | [76][77][19][78] | |
| SA29 | Putumayo (Içá) | 8,520 | 120,545 | 2,005 | Solimões | [8][23][11] | |
| EU30 | Volga | 8,380 | 1,466,717 | 3,700 | Caspian Sea | [79][80] | |
| NA31 | Ohio | 8,380 | 528,202 | 2,110 | Mississippi | [33][34][81][82] | |
| SA32 | Magdalena | 8,058 | 271,807 | 1,558 | Caribbean Sea | [n 17][83][84] | |
| Mamoré | 7,744 | 633,613 | 1,930 | →Madeira | [8][73][74][11][75] | ||
| Lualaba | 7,640 | 969,518 | 1,924 | →Congo | [n 18][18] | ||
| SA33 | Guaviare | 7,529 | 151,607 | 1,760 | Orinoco | [21][83][84] | |
| NA34 | Columbia | 7,478 | 724,025 | 1,954 | Pacific Ocean | [85][46][47][86][87][88] | |
| Middle Ob | 7,428 | 1,040,000 | 2,488 | →Ob | [n 19][37] | ||
| SA35 | Uruguay | 7,058 | 353,451 | 1,838 | Río de la Plata | [38][39][40] | |
| NA36 | Yukon | 7,000 | 861,461 | 3,185 | Norton Sound | [89][90][85][36] | |
| SA37 | Napo | 6,800 | 103,308 | 1,130 | Amazon | [n 20][42][11][91] | |
| AS38 | Salween (Thanlwin) | 6,691 | 283,500 | 3,289 | Andaman Sea | [47][92][93] | |
| Xun | 6,645 | 314,096 | 172 | →Pearl River (Xi) | [67][68] | ||
| OC39 | Fly | 6,500 | 73,809 | 1,050 | Gulf of Papua | [94][95][96][97][98] | |
| EU40 | Danube | 6,452 | 801,463 | 2,850 | Black Sea | [99][100][101][102] | |
| SA41 | Araguaia | 6,420 | 386,073 | 2,627 | Tocantins | [65][103][62][66] | |
| SA42 | Madre de Dios | 6,372 | 125,287 | 1,210 | Beni | [8][73][74][11][75] | |
| AS43 | Kapuas | 6,012 | 94,457 | 1,143 | South China Sea | [104][105] | |
| SA44 | Juruá | 6,004 | 190,573 | 3,283 | Solimões | [8][54][23][11] | |
| AF45 | Ubangi (Oubangui) | 5,936 | 651,915 | 2,350 | Congo | [106][70] | |
| Niagara | 5,885 | 684,000 | 58 | Lake Ontario→St. Lawrence River | [59][107][108][109][110] | ||
| SA46 | Meta | 5,694 | 106,733 | 1,100 | Orinoco | [21][83][84] | |
| AS47 | Indus | 5,589 | 1,143,101 | 3,180 | Arabian Sea | [46][111][112] | |
| AS48 | Aldan | 5,501 | 729,000 | 2,273 | Lena | [113][37] | |
| SA49 | Rio Branco | 5,400 | 192,393 | 1,430 | Rio Negro | [11][96] | |
| Detroit | 5,324 | 595,052 | 45 | Lake Erie→St. Lawrence River | [59][110][114][115][116] | ||
| St. Clair River | 5,200 | 583,509 | 65 | Lake St. Clair→St. Lawrence River | [59][110][117][118] | ||
| SA50 | Javary | 5,194 | 108,966 | 1,309 | Solimões | [11][54][23] | |
| AF51 | Ogooué (Ogowe) | 5,142 | 225,548 | 1,200 | Atlantic Ocean | [17][119][120][121] | |
| Jinsha | 5,069 | 471,454 | 2290 | →Yangtze | [n 21][22] | ||
| OC52 | Mamberamo | 5,014 | 78,957 | 1,112 | Pacific Ocean | [122][123] | |
| OC53 | Sepik | 5,000 | 80,386 | 1,126 | Bismarck Sea | [n 22][124] | |
| SA54 | Caroní | 4,981 | 95,442 | 952 | Orinoco | [21] | |
| Juruena | 4,937 | 192,628 | 1,240 | →Tapajós | [54][23][11] | ||
| EU55 | Pechora | 4,877 | 312,763 | 1,826 | Barents Sea | [125][35][126] | |
| AS56 | Angara | 4,833 | 1,056,000 | 1,849 | Yenisei | [37] | |
| SA57 | Paraná do Urariá–Canumã | 4,804 | 133,212 | 1,351 | Amazon | [11] | |
| AS58 | Upper Meghna | 4,753 | 69,871 | 1,040 | Lower Meghna | [24][16][25] | |
| AS59 | Chindwin | 4,740 | 114,685 | 1,207 | Irrawaddy | [127][52] | |
| AS60 | Rajang | 4,715 | 52,009 | 770 | South China Sea | [104][128] | |
| SA61 | Paraguay | 4,696 | 1,120,154 | 2,621 | Paraná | [38][39][40] | |
| AS62 | Barito | 4,514 | 78,632 | 1,090 | Java Sea | [104] | |
| AF63 | Ruki | 4,500 | 175,293 | 1,296 | Congo | [106][129] | |
| SA64 | Vaupés | 4,345 | 64,370 | 1,381 | Rio Negro | [11] | |
| AS65 | Red River (Hong) | 4,341 | 170,903 | 1,280 | Gulf of Tonkin | [130][131] | |
| AS66 | Mahakam | 4,278 | 77,095 | 980 | Makassar Strait | [104] | |
| AS67 | Lower Tunguska | 4,139 | 473,000 | 2,989 | Yenisei | [37] | |
| SA68 | Atrato | 4,138 | 36,231 | 750 | Gulf of Urabá | [132][133][84] | |
| AF69 | Zambezi | 4,134 | 1,474,004 | 2,574 | Mozambique Channel | [134][135][19][96] | |
| EU70 | Kama | 4,119 | 523,324 | 1,805 | Volga | [79][80] | |
| AS71 | Kolyma | 4,100 | 679,934 | 2,600 | Kolyma Gulf | [35][36][37] | |
| SA72 | Apaporis | 4,092 | 53,509 | 1,425 | Japurá | [84][11] | |
| SA73 | Aripuanã | 4,087 | 147,224 | 1,175 | Madeira | [54][23][11] | |
| NA74 | Nelson | 4,024 | 1,353,555 | 2,570 | Hudson Bay | [n 23][136][137][138] | |
| NA75 | Fraser | 3,972 | 245,452 | 1,375 | Strait of Georgia | [46][139][140] | |
| SA76 | Teles Pires (São Manoel) | 3,961 | 141,987 | 1,370 | Tapajós | [11][54][141] | |
| SA77 | Huallaga | 3,955 | 89,691 | 1,100 | Marañón | [11][44] | |
| Qian | 3,901 | 186,660 | 121 | →Pearl River (Xi) | [67][68] | ||
| SA78 | Jutaí | 3,859 | 79,374 | 1,174 | Solimões | [8][11][54][23] | |
| NA79 | La Grande | 3,808 | 209,000 | 893 | James Bay | [n 24][136][142][143][144] | |
| Upper Mississippi | 3,687 | 445,591 | 1,938 | →Mississippi | [n 25][33][34][145] | ||
| EU80 | Northern Dvina | 3,549 | 323,573 | 1,302 | White Sea | [35][126][47][17] | |
| AS81 | Godavari | 3,503 | 314,829 | 1,465 | Bay of Bengal | [47][146] | |
| SA82 | Caura | 3,500 | 49,530 | 723 | Orinoco | [21][147][148] | |
| AF83 | Benue | 3,477 | 338,968 | 1,440 | Niger | [70][77] | |
| Slave | 3,451 | 616,400 | 434 | Lake Great Slave→Mackenzie | [72] | ||
| SA84 | Trombetas | 3,437 | 127,178 | 760 | Amazon | [11] | |
| SA85 | Inírida | 3,385 | 53,795 | 1,300 | Guaviare | [84] | |
| Busira | 3,343 | 123,669 | 305 | →Ruki | [n 26][18] | ||
| OC86 | Strickland | 3,328 | 36,740 | 824 | Fly | [149][95] | |
| AF87 | Kwango | 3,317 | 270,904 | 1,702 | Kasai | [18] | |
| AS88 | Ghaghara (Karnali) | 3,278 | 131,948 | 1,167 | Ganges | [25][150] | |
| AS89 | Khatanga | 3,200 | 371,417 | 1,636 | Khatanga Gulf | [35][37] | |
| AS90 | Subansiri | 3,153 | 34,833 | 518 | Brahmaputra | [25] | |
| OC91 | Eilanden (Pulau) | 3,133 | 37,164 | 679 | Arafura Sea | [151] | |
| Upper Yenisei | 3,090 | 344,000 | 1,238 | →Yenisei | [n 27][37] | ||
| AF92 | Nile | 3,075 | 3,826,122 | 7,088 | Mediterranean Sea | [n 28][88][152][14][153] | |
| AS93 | Musi | 3,066 | 59,942 | 759 | South China Sea | [154][155] | |
| SA94 | Tigre | 3,047 | 45,073 | 1,087 | Marañón | [11][44][43][45] | |
| SA95 | São Francisco | 3,037 | 638,324 | 3,180 | Atlantic Ocean | [47][156] | |
| SA96 | Iriri | 3,028 | 142,079 | 1,151 | Xingu | [11][157] | |
| AS97 | Min | 3,022 | 135,296 | 735 | Yangtze | [158][22] | |
| OC98 | Purari | 3,000 | 33,773 | 902 | Gulf of Papua | [159] | |
| AS99 | Irtysh | 2,995 | 1,673,470 | 4,248 | Ob | [37] | |
| Paranaiba | 2,958 | 223,582 | 1,194 | →Paraná | [40] | ||
| AS100 | Yamuna | 2,948 | 366,223 | 1,376 | Ganges | [25] | |
| AS101 | Srepok | 2,940 | 79,015 | 454 | Mekong | [48][49] | |
| SA102 | Yarí | 2,933 | 37,127 | 691 | Caquetá | [84][11] | |
| AS103 | Panjnad–Sutlej | 2,910 | 395,000 | 1,571 | Indus | [111] | |
| EU104 | Rhine | 2,900 | 190,522 | 1,233 | North Sea | [n 29][47][160][161] | |
| Yarlung Tsangpo | 2,899 | 241,691 | 2,057 | →Brahmaputra | [25] | ||
| Tambo | 2,892 | 131,726 | 159 | →Ucayali | [11] | ||
| AS105 | Gan | 2,865 | 103,074 | 823 | Lake Poyang →Yangtze | [22] | |
| AS106 | Xiang | 2,848 | 102,148 | 948 | Dongting Lake →Yangtze | [22] | |
| AS107 | Batang Hari | 2,819 | 46,504 | 800 | South China Sea | [154] | |
| NA108 | Missouri | 2,778 | 1,371,010 | 4,130 | Mississippi | [33][34][162] | |
| SA109 | Guaporé (Iténez) | 2,738 | 353,028 | 1,558 | Mamoré | [11][75] | |
| AS110 | Pyasina | 2,730 | 182,000 | 817 | Kara Sea | [163][164][37] | |
| SA111 | Cuyuni | 2,719 | 85,635 | 633 | Essequibo Estuary, Atlantic Ocean | [n 30][165][166][167][47][168] | |
| Taritatu (Idenburg) | 2,703 | 47,803 | 808 | →Mamberamo | [169] | ||
| AS112 | Mali Hka | 2,693 | 23,221 | 320 | Irrawaddy | [52] | |
| NA113 | Usumacinta | 2,678 | 77,743 | 1,052 | Grijalva, Gulf of Mexico | ||
| SA114 | San Juan | 2,649 | 16,465 | 399 | Pacific Ocean | [46][132][173][83][84] | |
| AF115 | Cross | 2,647 | 52,257 | 489 | Bight of Biafra | [46][120] | |
| EU116 | Neva | 2,646 | 287,094 | 74 | Gulf of Finland | [46][126][174] | |
| AS117 | Songhua (Sungari) | 2,591 | 557,180 | 1,927 | Amur | [175][176] | |
| SA118 | Urubamba | 2,579 | 59,071 | 862 | Ucayali | [11] | |
| OC119 | Digul | 2,578 | 29,175 | 853 | Arafura Sea | [n 32][177][169][151] | |
| SA120 | Casiquiare | 2,574 | 82,800 | 355 | Rio Negro | [11] | |
| SA121 | Apure | 2,544 | 116,713 | 1,038 | Orinoco | [21][178] | |
| AS122 | Kosi | 2,500 | 88,185 | 729 | Ganges | [25] | |
| AF123 | Sangha | 2,471 | 191,953 | 1,395 | Congo | [106][18][70] | |
| AS124 | Kayan | 2,463 | 33,005 | 576 | Celebes Sea | [168] | |
| AS125 | Ghorautra–Surma | 2,463 | 24,060 | 339 | Upper Meghna | [25] | |
| SA126 | Pastaza | 2,438 | 41,793 | 786 | Marañón | [11][44][43][45] | |
| NA127 | Liard | 2,434 | 277,100 | 1,215 | Mackenzie | [72] | |
| Guainía | 2,433 | 28,900 | 662 | →Rio Negro | [11][84] | ||
| SA128 | Ituí | 2,422 | 43,035 | 796 | Javary | [11][54][23] | |
| SA129 | Paragua | 2,389 | 39,605 | 550 | Caroní | [21][178] | |
| Hongshui | 2,381 | 125,626 | 670 | →Pearl River (Xi) | [67][68] | ||
| AS130 | Vitim | 2,379 | 225,000 | 1,940 | Lena | [37] | |
| SA131 | Essequibo | 2,369 | 68,788 | 936 | Essequibo Estuary, Atlantic Ocean | [n 33][165][166][167][47] | |
| AS132 | Jialing | 2,368 | 159,180 | 1,345 | Yangtze | [22] | |
| SA133 | Cauca | 2,364 | 59,840 | 1,180 | Magdalena | [83][84] | |
| NA134 | Red River | 2,349 | 241,388 | 2,189 | Atchafalaya→Mississippi | [33][34][179] | |
| SA135 | Jacuí | 2,327 | 82,618 | 800 | Lagoa dos Patos | [17][180] | |
| SA136 | Rio Grande | 2,279 | 143,484 | 1,455 | Paraná | [40] | |
| SA137 | Içana | 2,279 | 35,516 | 689 | Rio Negro | [11] | |
| SA138 | Anapu | 2,272 | 52,495 | 470 | Furo do Tajapuru→Amazon | [62] | |
| AF139 | Fimi | 2,253 | 136,175 | 734 | Kasai | [18] | |
| Peace | 2,225 | 306,000 | 1,923 | Slave→Mackenzie | [72] | ||
| AF140 | Sanaga | 2,223 | 134,252 | 1067 | Bight of Biafra | [46][47][120][168] | |
| AS141 | Amu Darya | 2,200 | 798,035 | 2,620 | Aral Sea | [n 34][88][181][182][183][184] | |
| AF142 | Aruwimi | 2,200 | 121,163 | 1,287 | Congo | [18][106] | |
| St. Marys River | 2,177 | 211,833 | 120 | Lake Huron→St. Lawrence River | [59][185][110] | ||
| AS143 | Anadyr | 2,160 | 191,000 | 1,146 | Gulf of Anadyr | [47][88][186] | |
| SA144 | Ventuari | 2,160 | 40,861 | 520 | Orinoco | [21][178] | |
| SA145 | Curaray | 2,155 | 26,775 | 939 | Napo | [11][44] | |
| AS146 | Krishna | 2,145 | 274,596 | 1,300 | Bay of Bengal | [47][168][146][187] | |
| NA147 | Tennessee | 2,140 | 105,870 | 1,049 | Ohio | [33][34][188] | |
| AS148 | Lohit | 2,138 | 29,330 | 560 | Brahmaputra | [25] | |
| SA149 | Tapauá | 2,135 | 63,185 | 745 | Purus | [11][54][23] | |
| AS150 | Mahanadi | 2,125 | 145,260 | 851 | Bay of Bengal | [47][168][146] | |
| NA151 | Mobile–Alabama | 2,118 | 124,158 | 1,192 | Gulf of Mexico | [189] | |
| AS152 | Olyokma | 2,110 | 210,000 | 1,436 | Lena | [37] | |
| AS153 | Yuan | 2,106 | 93,287 | 864 | Dongting Lake →Yangtze | [22] | |
| SA154 | Ji-Paraná | 2,100 | 76,127 | 820 | Madeira | [11][190] | |
| AF155 | Lomami | 2,062 | 109,080 | 1,946 | Congo | [18] | |
| Ené | 2,046 | 108,767 | 181 | →Ucayali | [11] | ||
| AF156 | Lulonga | 2,040 | 82,952 | 879 | Congo | [18][106] | |
| AS157 | Gandak (Narayani) | 2,025 | 46,300 | 814 | Ganges | [25] | |
| SA158 | Maroni | 2,000 | 66,184 | 725 | Atlantic Ocean | [166][167][191][192] | |
| OC159 | Kikori | 2,000 | 18,863 | 445 | Gulf of Papua | [159] | |
| SA160 | Pachitea | 1,991 | 28,648 | 587 | Ucayali | [11] | |
| AS161 | Yellow River (Huangho) | 1,990 | 988,063 | 5,778 | Bohai Sea | [88][168][14] | |
| OC162 | Tariku (Rouffaer) | 1,953 | 24,664 | 488 | Mamberamo | [169] | |
| NA163 | Ottawa | 1,949 | 147,406 | 1,271 | St. Lawrence River | [59] | |
| AS164 | Stony Tunguska | 1,945 | 249,000 | 1,865 | Yenisei | [37] | |
| AF165 | Cuanza | 1,944 | 163,832 | 960 | Atlantic Ocean | [193] | |
| AS166 | Indigirka | 1,933 | 360,400 | 1,726 | East Siberian Sea | [163][47][164] | |
| NA167 | Churchill | 1,931 | 93,119 | 856 | Labrador Sea | [194] | |
| SA168 | Caguán | 1,929 | 21,276 | 596 | Caquetá | [84][11] | |
| AS169 | Yalong | 1,914 | 128,444 | 1,323 | Jinsha | [22] | |
| EU170 | Rhône | 1,900 | 99,298 | 812 | Mediterranean Sea | [88] | |
| NA171 | Kuskokwim | 1,897 | 124,319 | 1,130 | Bering Sea | [47][88] | |
| NA172 | Saguenay | 1,894 | 87,635 | 698 | Estuary of St. Lawrence | [59][88] | |
| AS173 | Min | 1,870 | 60,040 | 577 | South China Sea | [88] | |
| AS174 | Baram | 1,845 | 22,325 | 635 | South China Sea | [195] | |
| SA175 | Iguaçu | 1,836 | 67,537 | 1,320 | Paraná | [40] | |
| AS176 | Zeya | 1,807 | 232,077 | 1,242 | Amur | [175][176] | |
| AS177 | Kopili | 1,802 | 19,706 | 297 | Brahmaputra | [25] | |
| NA178 | Copper | 1,794 | 67,204 | 480 | Gulf of Alaska | [47] | |
| SA179 | Uatumã | 1,790 | 68,477 | 701 | Amazon | [11][23] | |
| SA180 | Courantyne | 1,780 | 67,877 | 725 | Atlantic Ocean | [166][167][191][196] | |
| AS181 | Great Tenasserim (Tanintharyi) | 1,778 | 19,637 | 616 | Andaman Sea | [88] | |
| NA182 | Skeena | 1,770 | 54,432 | 570 | Hecate Strait | [197] | |
| NA183 | Snake | 1,756 | 260,939 | 1,735 | Columbia | [86] | |
| AS184 | Taz | 1,755 | 152,086 | 1,401 | Taz Estuary | [17][168] | |
| AS185 | Cagayan | 1,740 | 27,753 | 505 | South China Sea | [47][88] | |
| AF186 | Sankuru | 1,738 | 149,480 | 1,285 | Kasai | [18] | |
| EU187 | Sava | 1,722 | 97,713 | 992 | Danube | [198][199][100] | |
| SA188 | Roosevelt | 1,711 | 59,844 | 705 | Aripuanã | [11][54][23] | |
| AS189 | Kaladan | 1,704 | 22,611 | 744 | Bay of Bengal | [n 35][88][200][201] | |
| EU190 | Dnieper | 1,700 | 531,817 | 2,201 | Black Sea | [88][168][202] | |
| AS191 | Wu | 1,698 | 86,799 | 1,150 | Yangtze | [22] | |
| AS192 | Vilyuy | 1,683 | 454,000 | 2,650 | Lena | [37] | |
| SA193 | Igapó-Açu | 1,677 | 45,792 | 500 | Amazon | [11] | |
| SA194 | Jamanxim | 1,673 | 58,001 | 700 | Tapajós | [11][54] | |
| NA195 | Stikine | 1,670 | 51,316 | 546 | Pacific Ocean | [197] | |
| AS196 | Dadu | 1,670 | 90,182 | 1,076 | Min | [158][22] | |
| AS197 | Han | 1,640 | 165,306 | 1,577 | Yangtze | [22] | |
| AS198 | Tonlé Sap | 1,640 | 88,254 | 147 | Mekong | [48][49] | |
| AS199 | Chenab | 1,637 | 175,877 | 974 | Panjnad | [111] | |
| AS200 | Dông Nai (Saigon) | 1,635 | 46,858 | 586 | South China Sea | [203] | |
| AF201 | Blue Nile (Abbay) | 1,632 | 314,458 | 1,674 | Nile | [152][204] | |
| AF202 | Lowa | 1,625 | 52,087 | 615 | Lualaba | [18] | |
| AS203 | Ussuri (Wusuli) | 1,620 | 195,047 | 897 | Amur | [175][176] | |
| NA204 | San Juan del Norte | 1,614 | 41,659 | 375 | Caribbean Sea | [166][46] | |
| SA205 | Guayas | 1,606 | 37,084 | 689 | Gulf of Guayaquil | [205] | |
| SA206 | Araguari | 1,604 | 43,265 | 560 | Atlantic Ocean | [167] | |
| AS207 | Yu | 1,604 | 89,677 | 1,152 | Xun | [68] | |
| NA208 | Koksoak | 1,600 | 94,311 | 588 | Ungava Bay | [n 36][136][142] | |
| SA209 | Tarauaçá | 1,573 | 54,879 | 906 | Juruá | [11][54][23] | |
| AS210 | Kampar | 1,570 | 24,548 | 580 | Strait of Malacca | [155][206][207][208] | |
| EU211 | Po | 1,560 | 71,057 | 652 | Adriatic Sea | [209][210] | |
| SA212 | Dos Marmelos | 1,557 | 27,572 | 560 | Madeira | [11] | |
| AS213 | Bei | 1,543 | 47,249 | 633 | Pearl River | [68] | |
| SA214 | Guamá | 1,542 | 49,846 | 400 | Guajará Bay | [62] | |
| AS215 | Sittaung | 1,540 | 34,265 | 421 | Gulf of Martaban | [88] | |
| SA216 | Santiago | 1,533 | 33,098 | 530 | Marañón | [11] | |
| AS217 | Tigris | 1,527 | 221,327 | 1,862 | Shatt al-Arab, Persian Gulf | [n 37][211][212][213] | |
| EU218 | Usa | 1,514 | 91,135 | 565 | Pechora | [126] | |
| AS219 | Karnaphuli | 1,510 | 13,965 | 270 | Bay of Bengal | [200][214] | |
| SA220 | Vichada | 1,502 | 27,624 | 1,002 | Orinoco | [84][178] | |
| SA221 | Unini | 1,501 | 27,433 | 530 | Rio Negro | [11] | |
| Uraricoera | 1,500 | 49,630 | 652 | →Rio Branco | [11][215] | ||
| NA222 | Grijalva | 1,485 | 56,895 | 759 | Usumacinta, Gulf of Mexico | [n 38][46][170][171] | |
| AS223 | Liu | 1,472 | 58,270 | 571 | Qian | [68] | |
| Uele | 1,468 | 140,155 | 1,337 | →Ubangi | [18] | ||
| NA224 | Papaloapan | 1,461 | 39,885 | 354 | Gulf of Mexico | [171][216] | |
| SA225 | Patía | 1,453 | 23,995 | 430 | Pacific Ocean | [132][173] | |
| NA226 | Arkansas | 1,448 | 409,027 | 2,364 | Mississippi | [33][34][179] | |
| NA227 | Susitna | 1,442 | 49,470 | 504 | Cook Inlet | [47][168] | |
| NA228 | Moose | 1,440 | 114,729 | 543 | James Bay | [88] | |
| OC229 | Bamu | 1,437 | 19,346 | 390 | Gulf of Papua | [169] | |
| AS230 | Qiantang (Fuchun) | 1,436 | 54,349 | 494 | East China Sea | [191][217] | |
| Tshuapa | 1,422 | 51,468 | 825 | →Busira | [n 39][18] | ||
| NA231 | Albany | 1,420 | 132,800 | 832 | James Bay | [88] | |
| AS232 | Black River (Da) | 1,419 | 57,947 | 910 | Red River | [203] | |
| AS233 | Katingan (Mendawai) | 1,414 | 19,559 | 616 | Java Sea | [218] | |
| AF234 | Betsiboka | 1,407 | 61,893 | 531 | Mozambique Channel | [219] | |
| SA235 | Mazaruni | 1,399 | 31,705 | 560 | Cuyuní | [168] | |
| SA236 | Jamari | 1,391 | 39,977 | 478 | Madeira | [11][54] | |
| SA237 | Coari | 1,389 | 35,588 | 599 | Solimões | [11][8] | |
| N'Mai | 1,383 | 24,337 | 419 | →Irrawaddy | [52] | ||
| NA238 | Thelon | 1,370 | 238,839 | 904 | Chesterfield Inlet | [88] | |
| SA239 | Demini | 1,358 | 39,770 | 618 | Rio Negro | [11][23] | |
| AS240 | Narmada | 1,350 | 95,818 | 1,289 | Gulf of Khambhat | [191][168][146] | |
| AS241 | Indragiri | 1,339 | 22,758 | 500 | Strait of Malacca | [155][206] | |
| SA242 | Jauaperi | 1,337 | 39,824 | 592 | Rio Negro | [11] | |
| SA243 | Arinos | 1,332 | 58,734 | 654 | Juruena | [11][54][23] | |
| EU244 | Oka | 1,327 | 244,308 | 1,520 | Volga | [79][80] | |
| AS245 | Huai | 1,317 | 172,079 | 1,078 | Yangtze | [22] | |
| AF246 | Mbomou (Bomu) | 1,317 | 168,608 | 1,055 | Ubangi | [18] | |
| AF247 | Tsiribihina (Mania) | 1,316 | 49,467 | 430 | Mozambique Channel | [219][168] | |
| SA248 | Inambari | 1,316 | 20,160 | 413 | Madre de Dios | [11][75] | |
| AS249 | Pranahita | 1,301 | 108,513 | 682 | Godavari | [146] | |
| SA250 | Badajós | 1,300 | 21,575 | 413 | Solimões | [11][8] | |
| AS251 | Pahang | 1,299 | 33,924 | 489 | South China Sea | [47] | |
| AS252 | Uchur | 1,293 | 113,000 | 812 | Aldan | [37] | |
| AF253 | Volta | 1,290 | 412,735 | 1,600 | Gulf of Guinea | [220] | |
| Kotuy | 1,282 | 176,000 | 1409 | →Khatanga | [37] | ||
| SA254 | Takutu | 1,280 | 42,528 | 371 | Rio Branco | [11][215] | |
| AS255 | Sesayap | 1,275 | 18,158 | 279 | Celebes Sea | [221][207] | |
| SA256 | Oyapock (Oiapoque) | 1,273 | 30,869 | 485 | Atlantic Ocean | [167][168] | |
| SA257 | Ituxi | 1,263 | 43,676 | 878 | Purus | [11][23] | |
| NA258 | Tanana | 1,246 | 113,959 | 1,061 | Yukon | [90] | |
| AS259 | Son | 1,245 | 70,228 | 784 | Ganges | [25] | |
| AS260 | Kabul | 1,243 | 92,572 | 700 | Indus | [111] | |
| AS261 | Melawi | 1,243 | 22,586 | 471 | Kapuas | [105] | |
| SA262 | Doce | 1,241 | 90,357 | 977 | Atlantic Ocean | [168] | |
| SA263 | Tambopata | 1,241 | 15,540 | 390 | Madre de Dios | [11][75] | |
| SA264 | Siapa | 1,238 | 22,170 | 438 | Casiquiare | [11] | |
| AF265 | Kwilu | 1,229 | 94,663 | 1,230 | Kwango | [18] | |
| SA266 | Marié | 1,227 | 25,266 | 800 | Rio Negro | [11] | |
| AS267 | Kheta | 1,223 | 100,000 | 604 | Khatanga | [37] | |
| AS268 | Taymyra | 1,220 | 124,000 | 840 | Kara Sea | [163] | |
| SA269 | Jari | 1,214 | 51,893 | 877 | Amazon | [11] | |
| AS270 | Olenyok | 1,210 | 212,044 | 2,292 | Laptev Sea | [163] | |
| NA271 | Nottaway | 1,208 | 74,326 | 776 | James Bay | [191][88][47] | |
| AF272 | Chari | 1,200 | 880,000 | 1,400 | Lake Chad | [88] | |
| AF273 | Lindi | 1,200 | 59,568 | 797 | Congo | [18][106] | |
| NA274 | Susquehanna | 1,199 | 72,147 | 715 | Chesapeake Bay | [88][222] | |
| SA275 | Casanare | 1,199 | 24,013 | 415 | Meta | [84][178] | |
| SA276 | Paranapanema | 1,198 | 101,739 | 829 | Paraná | [40] | |
| NA277 | Rivière des Rochers | 1,198 | 292,497 | 48 | Slave | [72] | |
| AF278 | Cavally (Cavalla) | 1,192 | 30,665 | 844 | Gulf of Guinea | [46][220] | |
| SA279 | Tefé | 1,190 | 24,269 | 630 | Solimões | [11][8] | |
| NA280 | Saint John River | 1,189 | 54,986 | 673 | Bay of Fundy | [168] | |
| AS281 | Maya | 1,188 | 171,000 | 1,053 | Aldan | [37] | |
| SA282 | São Gonçalo Channel | 1,186 | 62,250 | 77 | Lagoa dos Patos | [180] | |
| AS283 | Kahayan | 1,178 | 16,063 | 658 | Java Sea | [218] | |
| SA284 | Tomo | 1,169 | 20,156 | 830 | Orinoco | [84][178] | |
| OC285 | Ramu | 1,164 | 17,823 | 640 | Bismarck Sea | [169][191] | |
| NA286 | Coatzacoalcos | 1,163 | 23,956 | 325 | Gulf of Mexico | [171] | |
| EU287 | Vychegda | 1,160 | 119,888 | 1,130 | Northern Dvina | [126] | |
| SA288 | Curuçá | 1,157 | 25,549 | 766 | Javary | [11] | |
| AS289 | Pur | 1,141 | 111,351 | 1,024 | Taz Estuary | [163] | |
| AF290 | Lomela | 1,139 | 39,655 | 881 | Busira | [18] | |
| AF291 | Saint Paul River | 1,125 | 20,317 | 485 | Atlantic Ocean | [46][220] | |
| AF292 | Rufiji | 1,115 | 204,639 | 1,400 | Indian Ocean | [17][223] | |
| SA293 | Ibicuí | 1,113 | 47,203 | 673 | Uruguay | [40] | |
| EU294 | Vistula | 1,112 | 194,424 | 1,047 | Gdańsk Bay | [47][168] | |
| AF295 | Ivindo | 1,112 | 63,201 | 686 | Ogooué | [120] | |
| AS296 | Tom | 1,110 | 62,030 | 827 | Ob | [37] | |
| SA297 | Morona | 1,107 | 16,962 | 785 | Marañón | [11] | |
| AF298 | Kouilou | 1,100 | 61,707 | 560 | Atlantic Ocean | [120][47] | |
| AS299 | Rokan | 1,100 | 20,189 | 447 | Strait of Malacca | [155][206] | |
| SA300 | Baker | 1,100 | 26,816 | 182 | Pacific Ocean | [224] | |
| NA301 | Willamette | 1,099 | 28,949 | 301 | Columbia | [86] | |
| SA302 | Nhamundá | 1,094 | 28,609 | 617 | Amazon | [11] | |
| AS303 | Yana | 1,090 | 235,457 | 1,490 | Laptev Sea | [47][163][164] | |
| AF304 | Benin | 1,084 | 49,256 | 300 | Bight of Benin | [220] | |
| NA305 | Ouachita | 1,078 | 62,850 | 974 | Red River | [33][34][179] | |
| AS306 | Chao Phraya (Menam) | 1,077 | 188,419 | 1,207 | Gulf of Thailand | [47][168] | |
| AF307 | Lukenie | 1,077 | 69,259 | 1,205 | Fimi | [18] | |
| AS308 | Tonlé Khong (Sekong) | 1,077 | 28,792 | 480 | Srepok | [48][49] | |
| Panj | 1,074 | 116,799 | 921 | →Amu Darya | [181][183][184] | ||
| SA309 | Nanay | 1,073 | 16,673 | 511 | Amazon | [11] | |
| AS310 | Seruyan (Pembuang) | 1,067 | 13,329 | 395 | Java Sea | [207] | |
| AS311 | Sampit (Mentaya) | 1,064 | 14,745 | 377 | Java Sea | [218] | |
| EU312 | Don | 1,062 | 458,694 | 1,950 | Sea of Azov | [168][202] | |
| AF313 | Sofia | 1,062 | 29,267 | 328 | Mozambique Channel | [219] | |
| AS314 | Dong | 1,056 | 33,567 | 523 | Pearl River | [68] | |
| AS315 | Lô | 1,055 | 34,809 | 470 | Red River | [203] | |
| AF316 | Likouala-Mossaka | 1,054 | 71,886 | 615 | Congo | [18] | |
| NA317 | Tombigbee | 1,052 | 52,029 | 480 | Mobile | [189] | |
| SA318 | Aguaytía | 1,051 | 11,353 | 374 | Ucayali | [11] | |
| Apurímac | 1,050 | 64,734 | 731 | →Ené | [n 40][11] | ||
| AS319 | Kamchatka | 1,049 | 54,104 | 758 | Pacific Ocean | [88][47] | |
| AF320 | Momboyo | 1,045 | 44,211 | 827 | Ruki | [18] | |
| AF321 | Moa | 1,044 | 19,560 | 475 | Atlantic Ocean | [46][220] | |
| EU322 | Belaya | 1,042 | 141,609 | 1,430 | Kama | [79][80] | |
| Albert Nile | 1,039 | 428,830 | 210 | →White Nile | [152][204] | ||
| AS323 | Trishuli | 1,032 | 19,918 | 362 | Narayani | [25] | |
| SA324 | Erebato | 1,030 | 11,074 | 195 | Caura | [21][147][148][178] | |
| NA325 | White River | 1,028 | 71,743 | 1,162 | Mississippi | [33][34][179] | |
| AS326 | Euphrates | 1,027 | 765,831 | 2,786 | Shatt al-Arab, Persian Gulf | [n 41][211][212][213] | |
| SA327 | Pacajá | 1,025 | 26,438 | 634 | Anapu | [62] | |
| NA328 | Coco (Segovia) | 1,024 | 26,952 | 841 | Caribbean Sea | [47][191][168] | |
| SA329 | Catatumbo | 1,023 | 22,317 | 338 | Lake Maracaibo | [21] | |
| SA330 | Baudó | 1,023 | 5,964 | 316 | Pacific Ocean | [132][173] | |
| NA331 | Manicouagan | 1,020 | 45,908 | 221 | Estuary of St. Lawrence | [59] | |
| AS332 | Shweli | 1,020 | 22,908 | 630 | Irrawaddy | [52] | |
| AS333 | Mun | 1,015 | 119,868 | 641 | Mekong | [48][49] | |
| AS334 | Manas | 1,014 | 36,835 | 504 | Brahmaputra | [25] | |
| SA335 | Esmeraldas | 1,011 | 19,796 | 210 | Pacific Ocean | [47][168] | |
| SA336 | Biobío | 1,008 | 24,264 | 377 | Pacific Ocean | [47][168] | |
| NA337 | Wabash | 1,007 | 85,177 | 810 | Ohio | [33][34][82] | |
| AF338 | Ngounié | 1,002 | 32,637 | 680 | Ogooué | [120] | |
| SA339 | Parnaíba | 1,000 | 344,112 | 1,344 | Atlantic Ocean | [88] | |
| NA340 | Nushagak | 1,000 | 35,396 | 497 | Bering Sea | [88][47] | |
Notes
- ^ Amazon with Rio Pará and Tocantins at Amazon Delta: drainage area 6925674 km², average discharge 220800–223700 m³/s; Length: Amazon–Ucayali–Tambo–Ené–Apurímac–Hornillos 6575 km;
- ^ Average discharge at Banana (near mouth) 1308 km³/year (41400 m³/s), at Kinshasa and Brazzaville 40500 m³/s (1902–2021); Length: Congo–Lualaba–Luvua–Lake Mweru–Luapula–Lake Bangweulu and Bangweulu Wetlands–Chambeshi 5118 km, Congo—Lualaba 4374 km;
- ^ Average discharge at Orinoco Delta, 1983–2020; Length: Orinoco–Guaviare–Guayabero 3010 km, Orinoco 2140 km;
- ^ Average discharge at Yangtze Delta (1955–2021); Length: Yangtze–Jinsha–Tongtian–Tuotuo 6236 km;
- ^ Brahmaputra with Old Brahmaputra;
- ^ Mississippi with Atchafalaya; Average discharge at Mississippi Delta 673 km³/year (Mississippi 474, Atchafalaya 199 km³/year), 1981–2021; Length: Mississippi–Missouri–Jefferson–Beaverhead–Red Rock–Hell Roaring Creek 6084 km, Mississippi 3780 km;
- ^ Average discharge at near mouth 637 km³/year (1984–2018); Length: Yenisei–Angara–Lake Baikal–Selenga–Ider 5816 km, Yenisei–Great Yenisei 4092 km;
- ^ The discharge of the Paraná River at the Paraná Delta (19706 m³/s), covers a 40-year period (1971–2010); Length: Paraná–Rio Grande 4001 km, Paraná–Paranaiba 3740 km; *The common estuary of the Paraná and Uruguay rivers is the Río de la Plata. The Río de la Plata is about 327 km length. Its drainage basin is 3182064 km². It is estimated that about 27225 m³/s of freshwater flows into the Atlantic Ocean through the estuary (1971–2010). Some consider the Río de la Plata to be a river, others a bay;
- ^ Average discharge at San Regis, 1981–2020;
- ^ Ganges without Brahmaputra and Meghna; *Entire Ganges–Brahmaputra–Meghna Basin area 1731334 km²; The Ganges–Brahmaputra–Meghna is the second largest river in the world by discharge. Between 1990 and 2020, about 1350 km³/year (42800 m³/s) of freshwater flowed into the Bay of Bengal through the Ganges Delta. This includes the amount of water diverted from the Ganges at Farakka and flowing out through the mouth of the Hooghly; Length: Lower Meghna–Padma–Ganges–Alaknanda;
- ^ Average discharge at near mouth 414 km³/year (1984–2018); Length: Ob–Irtysh 5525 km, Ob–Katun 4345 km;
- ^ Average discharge at Requena 12200 m³/s, and 12600 m³/s at confluence (1981–2020); Length: Ucayali–Tambo–Ené–Apurímac–Hornillos 2738 km;
- ^ St. Lawrence River at Quebec City: average discharge (1968–2023) 12500 m³/s, drainage basin 1057304 km², length 3058 km; St. Lawrence River at Pointe-des-Monts Lighthouse: length 3590 km, drainage basin 1266642 km², average discharge 17600 m³/s (1969–2023); Length: St. Lawrence River–Lake Ontario–Niagara–Lake Erie–Detroit–Lake St. Clair–St. Clair River–Lake Huron–St. Marys River–Lake Superior–St. Louis River–North River;
- ^ Average discharge at near mouth 390 km³/year (2002–2020); Length: Amur–Argun–Hulun Lake–Kherlen 5498 km, Amur–Argun–Hailar 4444 km;
- ^ Caquetá River above Apaporis River;
- ^ Average discharge at Mackenzie Delta 310 km³/year (1984–2018); Length: Mackenzie–Great Slave Lake–Peace–Finlay;
- ^ Average discharge at Calamar, 1991–2020;
- ^ Average discharge at Boyoma Falls (Kisangani), 1951–2012;
- ^ Ob River above Irtysh River;
- ^ Average discharge at Bellavista, 1981–2020;
- ^ Yangtze River above Min River;
- ^ Average discharge at Angoram, 1964–1980;
- ^ Nelson with Churchill; Average water flow after diversions (see→Nelson River Hydroelectric Project); Length: Nelson–Saskatchewan–South Saskatchewan–Bow;
- ^ La Grande–Caniapiscau–Eastmain–Rupert; Average water flow after diversions (see→James Bay Project);
- ^ Mississippi River above Missouri River;
- ^ Ruki River above Momboyo River;
- ^ Yenisei River above Angara River;
- ^ The average flow rate measured at the Atbara River estuary (at Atbara, Sudan) the most abundant point of the Nile (3075 m³/s, 1971–2000); Average discharge at Aswan 2800 m³/s, at Nile Delta 150 m³/s (2009–2018); Length: Nile–White Nile–Albert Nile–Lake Albert–Lake Kyoga–Victoria Nile–Lake Victoria–Kagera–Nyabarongo–Mwogo–Rukarara 7088 km;
- ^ Total discharge at the Rhine–Meuse–Scheldt Delta 101 km³ (3200 m³/s); The total combined catchment area is 224000 km². The Rhine with the Maas River and the Ijssel delta branch;
- ^ Entire Essequibo–Cuyuni basin: Average discharge at near mouth 154–178 km³/year, drainage area 158233 km²;
- ^ Entire Grijalva–Usumacinta basin: 127676 km², average discharge 125–147 km³/year;
- ^ Entire Digul–Mappi Basin: drainage area 46947 km², average discharge at Digul Delta 3028 m³/s;
- ^ Entire Essequibo–Cuyuni basin: Average discharge at near mouth 154–178 km³/year, drainage area 158233 km²;
- ^ Average water flow measured at the most abundant point, above the outlet of the Karakum Canal; Length: Amu Darya–Panj 2620 km;
- ^ Kaladan with Lemro and Mayu at Kaladan Delta: drainage area 40000 km², average discharge 3476 m³/s;
- ^ Average water flow after diversions (see→James Bay Project);
- ^ Entire Shatt al-Arab–Euphrates–Tigris: average discharge at Shatt al-Arab Delta 105.7 km³/year (3350 m³/s, 1977–2018); Tigris with Euphrates and Karun (Karun: length 867 km, drainage basin 71980 km², avrerage discharge 776 m³/s);
- ^ Length: Grijalva–Mezcalapa–Cuilco 759 km; Average discharge, 1971–2000;
- ^ Tshuapa River above Lomela River;
- ^ Apurímac River above Mantaro River;
- ^ Average water flow measured at the most abundant point (32.4 km³/year, 1977–2018). The Euphrates River drainage basin, including the surrounding desert and semi-desert areas (such as the Syrian desert and parts of the Arabian Desert regions), covers approximately ~766000 km²;
See also
References
- ^ a b Walter, Gellert; Rainer, Gärtner; Herbert, Küstner; Gerald, Wolf (1957). KLEINE ENZYKLOPÄDIE NATUR. VEB Bibliographisches Institut Leipzig. ISBN 963-281-740-0.
{{cite book}}: ISBN / Date incompatibility (help) - ^ Bernhard, Peucker-Ehrenbrink (2009). "Land2Sea data-base of river drainage basin sizes, annual water discharges, and suspended sediment fuxes". Geochemistry, Geophysics, Geosystems. 10 (6). Bibcode:2009GGG....10.6014P. doi:10.1029/2008GC002356. hdl:1912/3294. ISSN 1525-2027.
- ^ Clark, Elizabeth A.; Sheffield, Justin; Nijssen, Bart; Lettenmaier, Dennis P.; Clark, Elizabeth A.; Sheffield, Justin; Nijssen, Bart; Lettenmaier, Dennis P. (2015). "University of Southampton Institutional Repository". Journal of Hydrometeorology. 16 (4): 1502–1520. Bibcode:2015JHyMe..16.1502C. doi:10.1175/JHM-D-14-0183.1.
- ^ Elizabeth, A. Clark; Justin, Sheffield; Michelle, T. H. von Vliet; Bart, Nijssen; Dennis, P. Lettenmaier (2015). "Continetal Runoff into the Oceans (1950–2008)" (PDF). Hydrometeorology. 16 (4): 1502–1520. Bibcode:2015JHyMe..16.1502C. doi:10.1175/JHM-D-14-0183.1.
- ^ "HydroSHEDS".
- ^ "GRDC".
- ^ "WaterwayMap".
- ^ a b c d e f g h i j k l m n o p q r Théry, Hervé; Maurence, Pascale (1997). Hydrologie du bassin amazonien (PDF). ISBN 2-7011-1532-9.
- ^ The Hydrographi Region of The Amazon
- ^ a b Jacques Callède et. al.: Les apports en eau de l'Amazone à l'Océan Atlantique
- ^ a b c d e f g h i j k l m n o p q r s t u v w x y z aa ab ac ad ae af ag ah ai aj ak al am an ao ap aq ar as at au av aw ax ay az ba bb bc bd be bf bg bh bi bj bk bl bm bn bo bp bq br bs bt bu bv Eric, Tilman. "Amazon".
- ^ Charles J., Vörösmarty; Berrien, Moore III; Annette L., Grace; M. Patricia, Gildea; Jerry M., Melille; Bruce, Peterson; Edward, B. Rastetter; Paul, A. Steudler (1989). "Continental scale models of water balance and fluvial transport: An application to South America". Global Biogeochemical Cycles. 3 (3): 241–265. Bibcode:1989GBioC...3..241V. doi:10.1029/GB003i003p00241.
- ^ a b Gupta, Avijit (2007). Large rivers: geomorphology and management. John Wiley and Sons. p. 31. ISBN 978-0-470-84987-3. Retrieved 18 April 2011.
- ^ a b c d e f g h i j S., Liu; P., Lu; D., Liu; P., Jin; W., Wang (2009). "Pinpointing the sources and measuring the lengths of the principal rivers of the world". International Journal of Digital Earth. 2 (1): 80-87. Bibcode:2009IJDE....2...80L. doi:10.1080/17538940902746082.
- ^ The Hydrographi Region of The Amazon
- ^ a b c d e Igor Alekseevich, Shiklomanov (2009). Hydrological Cycle Volume III. EOLSS Publications. ISBN 978-1-84826-026-9.
- ^ a b c d e f Aiguo, Dai; Kevin, E. Trenberth (2002). "Estimates of Freshwater Discharge from Continents: Latitudinal and Seasonal Variations". Journal of Hydrometeorology. 3 (6): 660–687. Bibcode:2002JHyMe...3..660D. doi:10.1175/1525-7541(2002)003<0660:EOFDFC>2.0.CO;2.
- ^ a b c d e f g h i j k l m n o p q r s t Eric, Tilman. "Congo River".
- ^ a b c d e f Pavla, Pekárová; Pavol, Miklánek; Ján, Pekár (2003). "Spatial and temporal runoff oscillation analysis of the main rivers of the world during the 19th–20th centuries" (PDF). Hydrology: 62-79.
- ^ Carlos Andrés, Lasso Alcalá; Mónica Andrea, Morales Betancourt (2022). XXI. Peces del fondo del río Orinoco y afluentes principales (Colombia–Venezuela): diversidad y aspectos bioecológicos. doi:10.21068/eh9789585183629. ISBN 978-958-5183-65-0.
- ^ a b c d e f g h i j José Rafael, Córdova; Marcelo González, Sanabria; Arnoldo, José Gabaldón (2015). La geografía del agua (PDF). Fundación Empresas Polar. p. 103-140. ISBN 978-980-379-354-8.
- ^ a b c d e f g h i j k l Eric, Tilman. "Yangzi Jiang-Chang Jiang (Yangtze)".
- ^ a b c d e f g h i j k l m n o p q r Adejalmo, Figueiredo Gazen (2019). Plano Estadual de Recursos Hídricos do Amazonas – PERH/AM (PDF). Relatório Técnico RT 03–Diagnóstico, prognóstico e cenários futuros dos recursos hídricos do estado–Tomo II (Report). Governo do Estado do Amazonas, Secretaria de Estado do Meio Ambiente (SEMA).
- ^ a b c Hanquan, Yang; Tianshen, Mei; Xiaoyan, Chen (2024). "Variation of Satellite-Based Suspended Sediment Concentration in the Ganges-Brahmaputra Estuary from 1990 to 2020". Remote Sensing. 16 (2). doi:10.3390/rs16020396.
- ^ a b c d e f g h i j k l m n o Eric, Tilman. "Ganga (Ganges)–Brahmaputra".
- ^ a b Anne, Gädeke; Michel, Wortmann; Christoph, Menz; Saiful, Islam; Muhammad, Masood; Valentina, Krysanova; Stefan, Lange; Fred, Fokko Hattermann (2022). "Climate impact emergence and flood peak synchronization projections in the Ganges, Brahmaputra and Meghna basins under CMIP5 and CMIP6 scenarios". Environmental Research Letters. 17 (9). Bibcode:2022ERL....17i4036G. doi:10.1088/1748-9326/ac8ca1.
- ^ Biswa, Bhattacharya; Maurizio, Mazzoleni; Reyne, Ugay (2019). "Flood Inundation Mapping of the Sparsely Gauged Large-Scale Brahmaputra Basin Using Remote Sensing Products". Remote Sensing. 11 (5): 501. Bibcode:2019RemS...11..501B. doi:10.3390/rs11050501.
- ^ a b Golam, Rasul; Nilhari, Neupane; Abid, Hussain; Binaya, Pasakhala (2019). "Beyond hydropower: towards an integrated solution for water, energy and food security in South Asia". Water Resources Development. 37 (3): 466–490. doi:10.1080/07900627.2019.1579705.
- ^ "Mississippi River at Vicksburg, MS–USGS – Statistics tables for daily mean (average) data".
- ^ Lee, Potter; Y. Jun, Xu (2022). "Variability of Carbon Export in the Lower Mississippi River during an Extreme Cold and Warm Year". Water. 14 (19): 3044. doi:10.3390/w14193044.
- ^ Eric, Tilman. "Lower Mississippi".
- ^ "The Mississippi/Atchafalaya River Basin (MARB)". March 24, 2015.
- ^ a b c d e f g h i j Donald A., Goolsby; William A., Battaglin; Gregory B., Lawrence; Richard S., Artz; Brent T., Aulenbach; Richard P., Hooper; Dennis R., Keeney; Gary J., Stensland. Flux and Sources of Nutrients in the Mississippi–Atchafalaya River Basin (PDF) (Report). USGS.
- ^ a b c d e f g h i j William A., Battaglin; Brent T., Aulenbach; Aldo, Vecchia; Herbert T., Buxton. Changes in Streamflow and the Flux of Nutrients in the Mississippi-Atchafalaya River Basin, USA, 1980–2007 (Report). USGS.
- ^ a b c d e f g h Dongmei, Feng; Colin, J. Gleason; Peirong, Lin; Xiao, Yang; Ming, Pan; Yuta, Ishitsuka (2021). "Recent changes to Arctic river discharge". Nature Communications. 12 (6917): 6917. Bibcode:2021NatCo..12.6917F. doi:10.1038/s41467-021-27228-1. PMC 8617260. PMID 34824255.
- ^ a b c d e f "Arctic Great Rivers Observatory".
- ^ a b c d e f g h i j k l m n o p q r s t u Eric, Tilman. "Siberian Basins".
- ^ a b c "Transboundary Diagnostic Analysis for the La Plata Basin".
- ^ a b c "Transboundary River Basin Overview – La Plata" (PDF).
- ^ a b c d e f g h Eric, Tilman. "La Plata (Parana)".
- ^ Kalugin, A. S. (1 October 2018). "Variations of the Present-Day Annual and Seasonal Runoff in the Far East and Siberia with the Use of Regional Hydrological and Global Climate Models". Water Resources. 45 (1): 102–111. Bibcode:2018WRes...45S.102K. doi:10.1134/S0097807818050366. S2CID 134779637.
- ^ a b c José, Serra Vega (2017). "ANÁLISIS DE LA EVALUACIÓN AMBIENTAL PRELIMINAR DE LA CENTRAL HIDROELÉCTRICA LORENA-Río Marañón". Environmental Sustainability: 75.
- ^ a b c d e f "Oficina Nacional de Evaluación de Recursos Naturales (ONERN)". Autoridad Nacional del Agua. 1980. hdl:20.500.12543/1063.
- ^ a b c Evaluación de recursos hídricos en la cuenca Marañón–Informe Final (Volume I) (Report). Autoridad Nacional del Agua (ANA), INCLA (IC). 2015. p. 629.
- ^ a b c d e f g h i j k l m n "GEF TWAP - Transboundary Waters Assessment Programme — GEF TWAP".
- ^ a b c d e f g h i j k l m n o p q r s t u v w x y z aa ab ac ad Meybeck, M.; Ragu, A. "Presenting the GEMS-GLORI, a compendium of world river discharge to the oceans".
- ^ a b c d e Eric, Tilman. "Mekong River".
- ^ a b c d e The Mekong River Comission (MRC) (2009). Hydrological and Flood Hazards in the Lower Mekong Basin (PDF). The Flood Management and Mitigation Programme, Component 2: Structural Measures & Flood Proofing in the Lower Mekong Basin (Report). Vol. 2. Delft (Nederland): Deltares, Royal Haskoning, UNESCO IHE. p. 324.
- ^ D.P., Mukherjee (2012). Global perspective of monitoring metal ions in Ganges river—A case study (PDF) (Report). Kolkata (India): Scholars Research Library. p. 1007-1021. ISSN 0975-508X.
- ^ "Water Resources of Myanmar". AQUASTAT. 2010. Archived from the original on 2010-07-27.
- ^ a b c d e Eric, Tilman. "Irrawaddy (Ayeyarwaddy)".
- ^ Webersik, Christian (2010). Climate Change and Security: A Gathering Storm of Global Challenges. Praeger. p. 45. ISBN 9780313380075.
- ^ a b c d e f g h i j k l m n o p Ney, Maranhão; Laura, Tillmann Viana; Ney, Maranhão; Carlos André, Cascelli; Alessandro, Mendes; Raphael, Guimarães; Bárbara, de Castro; Danúzia, Queiroz (2012). Plano estratégico de recursos hídricos dos afluentes da margem direita do rio Amazonas (PDF). Agência Nacional de Águas (ANA). ISBN 978-85-89629-91-1.
- ^ Guilherme, Augusto Borge; Gabriel, Mancilla; Auberto José, Barros Siqueira; Maurício, Vancine; Milton, Cezar Ribeiro; João, Carlos de Souza Maia (2022). "The fate of vegetation remnants in the southern Amazon's largest threatened hotspot: part (I) a 33-year analysis of LULCC in the Tapajos River basin, Brazil". Agrarian and Biological Sciences. 11 (10). doi:10.33448/rsd-v11i10.32553.
- ^ a b Jacques, Callède; Gérard, Cochonneau; Fabrício, Vieira Alves; Jean-Loup, Guyot; Valdemar, Santos Guimarães; Eurides, De Oliveira (2010). "Les apports en eau de l'Amazone à l'Océan Atlantique". Water Science. 23: 247–273. doi:10.7202/044688ar.
- ^ a b Lynch, Christine (2012). "The Amazon River Basin; CE 397 – Transboundary Waters" (PDF). Archived from the original (PDF) on 2014-05-28.
- ^ "Physical oceanographic conditions in the Gulf of St. Lawrence during 2023".
- ^ a b c d e f g h Eric, Tilman. "St Lawrence–Great Lakes".
- ^ Benke, Arthur C.; Cushing, Colbert E. (2005). Rivers of North America. Academic Press. pp. 989–990. ISBN 978-0-12-088253-3. Retrieved 21 March 2011.
- ^ Andrey, Andreev (2023). "Intra-Seasonal Variability of Sea Level on the Southwestern Bering Sea Shelf and Its Impact on the East Kamchatka and East Sakhalin Currents". Remote Sensing. 15 (20): 4984. Bibcode:2023RemS...15.4984A. doi:10.3390/rs15204984.
- ^ a b c d e Eric, Tilman. "Tocantins".
- ^ The Hydrographi Region of The Amazon
- ^ Agência Nacional de Águas (ANA). "Acompanhamento do Sistema Hídrico do Rio Tocantins" (PDF). www.gov.br.
- ^ a b João Gilberto, Lotufo Conejo; José Luiz, Gomes Zoby; Ney, Maranhão; Eraldo, Peres (2009). Plano estratégico da bacia hidrográfica dos rios Tocantins e Araguaia: relatório síntese (Report). Brasília (Brazil): Agência Nacional de Águas (ANA). p. 256. ISBN 978-85-89629-55-3.
- ^ a b José, C. Stevaux; Edgardo, M. Latrubesse; M., Bayer; R., Prado (1999). Boletim Goiano de Geografia (PDF). The Araguaia–Tocantins Fluvial Basin (Report). Vol. 19. Federal University of Goiás (Brazil): IESA-UFG. pp. 120‐127. doi:10.5216/bgg.v19i1.15341.
- ^ a b c d Huanyang, Zhou; Zhaoli, Wag; Xushu, Wu; Yuhong, Chen; Yixuan, Zhong; Zejun, Li; Jiachao, Chen; Jun, Li; Shenglian, Guo; Xiaohong, Chen (2019). "Spatiotemporal Variation of Annual Runoff and Sediment Load in the Pearl River during 1953-2017". Sustainability. 11 (18). doi:10.3390/su11185007.
- ^ a b c d e f g h Eric, Tilman. "Zhujiang (Xi Jiang-Pearl River)".
- ^ Dr. Raphael, M. Tshimanga (2019). "Centre de Recherche en Ressources en Eau du Bassin du Congo".
- ^ a b c d K.A., Edwards; G.A., Classen; E.H.J., Schroten (1983). The water resource in tropical Africa and its exploitation (Report). Addis Ababa (Ethiopia): The International Livestock Centre for Africa (ILCA). p. 103. ISBN 92-9053-043-X.
- ^ "Chapter 5: Plate D-6 — GES DISC: Goddard Earth Sciences, Data & Information Services Center". Disc.sci.gsfc.nasa.gov. Archived from the original on 2013-02-03. Retrieved 2012-11-08.
- ^ a b c d e Eric, Tilman. "Mackenzie".
- ^ a b c "Recursos Hídricos - INE".
- ^ a b c "Balance Hídrico Superficial de Bolivia (1980–2016)".
- ^ a b c d e f Michel-Alain, Roche; Carlos, Fernandez Jauregui; Angel, Aliaga Rivera; Jorge, Peña Mendez; Edgar, Salas Rada; José Luis, Montaño Vargas (1992). Balance Hidrico Superficial de Bolivia (PDF) (Report). La Paz (Bolívia), Montevideo (Uruguay): UNESCO, ORSTOM, ORCYT. ISBN 92-9089-029-0.
- ^ Inger, Andersen; Ousmane, Dione; Martha, Jarosewich-Holder; Jean-Claude, Olivry; Katherin, George Golitzen (2005). The Niger River Basin - A Vision for Sustainable Management. World Bank. ISBN 9780821362037.
- ^ a b Eric, Tilman. "Niger".
- ^ Water Accounting in the Niger River Basin. 2020. doi:10.4060/cb1274en. ISBN 978-92-5-133378-5. S2CID 242320135.
- ^ a b c d Valentin, Golosov; Vladimir, Belayev (2017). The Volga River Basin Report (PDF).
- ^ a b c d Eric, Tilman. "Volga".
- ^ Leeden, Frits van der; Fcrimson L. Troise; David Keith Todd (1990). The Water Encyclopedia (2nd ed.). Chelsea, Mich.: Lewis Publishers. p. 126. ISBN 0-87371-120-3.
- ^ a b Eric, Tilman. "Ohio".
- ^ a b c d e "Estudio Nacional del Agua 2022".
- ^ a b c d e f g h i j k l m n "Estudio Nacional del Agua 2010".
- ^ a b "USGS".
- ^ a b c Eric, Tilman. "Columbia River".
- ^ "Columbia River System Operations Final Environmental Impact Statement" (PDF). United States Department of the Interior.
- ^ a b c d e f g h i j k l m n o p q r s t u v w Christer, Nilsson; Catherine, Reidy, Liermann; Mats, Dynesius; Carmen, Revenga (2005). "Fragmentation and Flow Regulation of the World's Large River System". Science. 308 (5720): 405–408. Bibcode:2005Sci...308..405N. doi:10.1126/science.1107887. PMID 15831757. S2CID 34820022.
{{cite journal}}: CS1 maint: multiple names: authors list (link) - ^ Douglas, J. Martin; Clifford, J. Whitmus; Lon, E. Hachmeister (1987). Distribution and Seasonal Abundance of Juvenile Salmon and Other Fished in the Yukon Delta (PDF).
- ^ a b Eric, Tilman. "Rivers Network - Yukon".
- ^ Baronas, J. Jotautas; Stevenson, Emily I.; Hackney, Christopher R.; Darby, Stephen E.; Bickle, Michael J.; Hilton, Robert G.; Larkin, Christina S.; Parsons, Daniel R.; Myo Khaing, Aung; Tipper, Edward T. (2020). "Integrating Suspended Sediment Flux in Large Alluvial River Channels: Application of a Synoptic Rouse-Based Model to the Irrawaddy and Salween Rivers". Journal of Geophysical Research: Earth Surface. 125 (9). Bibcode:2020JGRF..12505554B. doi:10.1029/2020JF005554. ISSN 2169-9003.
- ^ Eric, Tilman. "Salween (Nu river)".
- ^ Andrea, S. Ogston; Richard, W. Sternberg; Charles, A. Nittrouer; D. Preston, Martin; Miguel, A. Goñi; John, S. Crockett (2008). "Sediment delivery from the Fly River tidally dominated delta to the nearshore marine environment and the impact of El Niño". Geophysical. 113 (F1): 18. Bibcode:2008JGRF..113.1S11O. doi:10.1029/2006JF000669.
- ^ a b David, Lawrence; Tim, Cansfield-Smith (1990). "Sustainable Development for Traditional Inhabitants of the Torres Strait Region". hdl:11017/211.
- ^ a b c "DFO – Flood Observatory".
- ^ "The Fly River catchment Papua New Guinea : a regional environmental assessment".
- ^ Jane, Waterhouse (2018). Identifying water quality and ecosystem health threats to the Torres Strait and Far Northern GBR arising from runoff of the Fly River (PDF) (Report). James Cook University, Town (Australia): Tropical Water Quality (TWQ), National Environmental Science Program (NESP), Reef and Rainforest Research Centre Limited (RRRC). p. 184. ISBN 978-1-925514-27-8.
- ^ "The Danube River and its delta, hydrogeographyc characteristics – actual synthesis".
- ^ a b Eric, Tilman. "Danube".
- ^ "Annual Reports".
- ^ Klement, Tockner; Christopher, T. Robinson; Urs, Uehlinger (2009). "The Danube River Basin". Rivers of Europe (PDF). Academic Press. pp. 59–112. doi:10.1016/B978.0-12-369449-2.X0001-X. ISBN 978-0-12-369449-2.
- ^ Aquino, Samia; Latrubesse, Edgardo; Bayer, Maximiliano (2009). "Assessment of wash load transport in the Araguaia River (Aruanã Gauge Station), central Brazil". Latin American Journal of Sedimentology and Basin Analysis. 16 (2): 119–128.
- ^ a b c d Ting-Hsuan, Huang; Chen-Tung, Arthur Chen; Hsiao-Chun, Tseng; Jiann-Yuh, Lou; Shu Lun, Wang; Liyang, Yang; Selvaraj, Kandasamy; Xuelu, Gao; Jough-Tai, Wang; Edvin, Aldrian; G.S., Jacinto; Gusti Z., Anshari; Penjai, Sompongchaiyakul; B.J., Wang (May 2017). "Riverine carbon fluxes to the South China Sea: Riverine carbon fluxes to the SCS". Journal of Geophysical Research: Biogeosciences. 122 (5): 1239–1259. doi:10.1002/2016JG003701. S2CID 135024272.
- ^ a b Eric, Tilman. "Kalimantan–Borneo".
- ^ a b c d e f [1](PDF; 1,63 MB)
- ^ [2](PDF; 4,56 MB)
- ^ "Niagara Falls Info".
- ^ "Statistics for Niagara River at Buffalo NY - USGS Water Data for the Nation".
- ^ a b c d "Great Lakes Water Levels" (PDF). Great Lakes Comission. 2016.
- ^ a b c d Eric, Tilman. "Indus".
- ^ Khan, Abul A.; Pant, Naresh C.; Goswami, Anuj; Lal, Ravish; Joshi, Rajesh (2015). "Critical Evaluation and Assessment of Average Annual Precipitation in the Indus, the Ganges and the Brahmaputra Basins, Northern India". Dynamics of Climate Change and Water Resources of Northwestern Himalaya. Society of Earth Scientists Series. pp. 67–84. doi:10.1007/978-3-319-13743-8_7. ISBN 978-3-319-13742-1.
- ^ Evgenii, I. Ponomarev; Tatiana, V. Ponomarev (2018). Respose of Siberian River Discharge to Disturbances of Forests Caused by Wildfires. Vol. 7. p. 1. doi:10.3390/ECWS-3-05801.
{{cite book}}: CS1 maint: unflagged free DOI (link) - ^ Nathan, F. Manning; Christine, M. Mayer; Jonathan, M. Bossenbroek; Jeff, T. Tyson (2013). "Effects of water clarity on the length and abundance of age-0 yellow perch in the Western Basin of Lake Erie" (PDF). Journal of Great Lakes Research. 39 (2). IAGLR, ELSEVIER: 295–302. doi:10.1016/j.jglr.2013.03.010.
- ^ "Statistics for Detroit River at Fort Wayne at Detroit, MI - USGS Water Data for the Nation".
- ^ "The Detroit River: Its Restoration and Preservation".
- ^ "The St. Clair River Area of Concern" (PDF). www.friendsofstclair.ca.
- ^ Jan, A. Derecki; Frank, H. Quinn (1986). "Record St. Clair River Ice Jam of 1984" (PDF). Journal of Hydraulic Engineering. 112 (12). ASCE Manager of Journals: 1182–1194. doi:10.1061/(ASCE)0733-9429(1986)112:12(1182).
- ^ [3] (PDF; 2,2 MB)
- ^ a b c d e f Eric, Tilman. "Central West Coast".
- ^ Modeling the Ogooué river discharge based on multi-missions altimetry data. AGU Chapman Conference on Hydrologic Research in the Congo Basin. Washington DC. September 2018.
- ^ Joesron, Loebis (2008). Country Report Implementation of Demonstration Project Mamberamo River Basin Indonesia (PDF) (Report). Indonesian Hydrological Society.
- ^ [4](PDF; 17,5 MB)
- ^ Ernst, Loffler (1977). Geomorphology of Papua New Guinea (PDF).
- ^ Vladimir, Rogozhin; Alexander, Osadchiev; Olga, Konivalova (2023). "Structure and variability of the Pechora plume in the southeastern part of the Barents Sea". Frontiers in Marine Science. 10. doi:10.3389/fmars.2023.1052044.
- ^ a b c d e Eric, Tilman. "Northern Europe".
- ^ Hidetaka, Chikamori; Liu, Heng; Trevor, Daniel (2012). Cataloge of Rivers in Southeast Asia and the Pacific–Volume VI (PDF). Myanmar 1. Chindwin River (Report). Yokohama (Japan): UNESCO–IHP.
- ^ Sien Aun, Edwin Sia (2019). Microbial Ecology and Nutrient Dynamics of the Rajang River (PDF) (Doctor of Philosophy thesis). Australia: Faculty of Engineering, Computing and Science - Swinburne University of Technology. Archived from the original (PDF) on 9 January 2022. Retrieved 7 March 2022.
- ^ [5](PDF; 632 KB)
- ^ [6](PDF; 13,32 MB)
- ^ Bank erosion in Mekong Delta and Red River (Report). March 2004 – via ResearchGate.
- ^ a b c d Wilmar, Loaiza Cerón (2020). "Streamflow Intensification Driven by the Atlantic Multidecadal Oscillation (AMO) in the Atrato River Basin, Northwestern Colombia". Water. 12 (1): 216. Bibcode:2020Water..12..216L. doi:10.3390/w12010216. hdl:10251/176393.
- ^ "Chapter 14" (PDF). The Pacific and Caribbean Rivers of Colombia: Water Discharge, Sediment Transport and Dissolved Loads. Archived from the original (PDF) on 2012-03-25. Retrieved 2011-07-13.
- ^ Water Resources Management Africa Region (PDF; 10,0 MB)
- ^ [7](PDF; 10,0 MB)
- ^ a b c [8] (PDF; 5,4 MB)
- ^ Vivek, K. Arora; Aranildo, Lima; Rajesh, Shrestha (2025). "The effect of climate change on the simulated streamflow of six Canadian rivers based on the CanRCM4 regional climate model". Research Article. 29 (1): 291-312. Bibcode:2025HESS...29..291A. doi:10.5194/hess-29-291-2025.
- ^ Stadnyk, Tricia A.; Tefs, A.; Broesky, M.; Déry, S. J.; Myers, P. G.; Ridenour, N. A.; Koenig, K.; Vonderbank, L.; Gustafsson, D. (2021). "Changing freshwater contributions to the Arctic". Elementa: Science of the Anthropocene. 9 (1): 00098. Bibcode:2021EleSA...9...98S. doi:10.1525/elementa.2020.00098. S2CID 236682638.
- ^ Eric, Tilman. "Fraser".
- ^ [9](PDF; 10,91 MB)
- ^ Coe, Michael T.; Costa, Marcos Heil; Botta, Aurélie; Birkett, Charon (27 October 2002). "Long-term simulations of discharge and floods in the Amazon Basin". Journal of Geophysical Research: Atmospheres. 107 (D20): 8044. Bibcode:2002JGRD..107.8044C. doi:10.1029/2001JD000740.
- ^ a b Eric, Tilman. "East Hudson Bay".
- ^ Stephen, J. Déry; Tricia, A. Stadnyk; Matthew, K. MacDonald; Bunu, Gauli- Sharma (2016). "Recent trends and variability in river discharge across northern Canada" (PDF). Environmental Science. 20 (12): 4801-4818. Bibcode:2016HESS...20.4801D. doi:10.5194/hess-20-4801-2016.
- ^ Hydro-Québec and GENIVAR Groupe Conseil inc., Environmental Monitoring of the La Grande-2-A and La Grande-1 Projects. Abridged Summary Report 1987-2000. La Grande Winter plume. July 2005 (Online version Archived 5 June 2011 at the Wayback Machine
- ^ Eric, Tilman. "Upper Mississippi".
- ^ a b c d e Eric, Tilman. "Indian Peninsula".
- ^ a b [10](PDF; 6,49 MB)
- ^ a b [11](PDF; 17,36 MB)
- ^ "Porgera Joint Venture".
- ^ Jain, Sharad K.; Agarwal, Pushpendra K.; Singh, Vijay P. (2007). Hydrology and water resources of India. Springer. p. 341. ISBN 978-1-4020-5179-1. Retrieved 26 April 2011.
- ^ a b van Beek, E.; Bons, K.; Brinkman, J. (2013). "Final report Einlanden-Digul-Bikuma basin IWRM case study".
- ^ a b c Eric, Tilman. "Nile River".
- ^ Water accounting in the Nile River Basin (Report). FAO. 2021. p. 70. doi:10.4060/ca9895en. ISBN 978-92-5-132982-5.
- ^ a b [12](PDF; 32,02 MB)
- ^ a b c d Eric, Tilman. "Sumatra".
- ^ "Região Hidrográfica do São Francisco".
- ^ [13](PDF; 7,33 MB)
- ^ a b Hongjuan, Zhai; Meng, Wang; Dandan, Shen; Bo, Hu; Yajun, Li (2022). "Analysis of runoff variation and driving factors in the Minjiang River Basin over the last 60 years". Water and Clinate Change: 3675–3691. doi:10.2166/wcc.2022.218.
- ^ a b Rudy, Slingerland; Neal W., Driscoll; John D., Milliman; Scott R., Miller; Elizabeth A., Johnstone (2008). "Anatomy and growth of a Holocene clinothem in the Gulf of Papua". Journal of Geophysical Research: Earth Surface. 113. doi:10.1029/2006JF000628.
- ^ Eric, Tilman. "Rhine".
- ^ Rhine case study; Technical documents in hydrology: PC-CP series; Vol.:17; 2003
- ^ Eric, Tilman. "Missouri".
- ^ a b c d e f "River-Runoff Forcing Data–Arctic Ocean Model Intercomparison Project".
- ^ a b c [ https://ajsonline.org/article/60722.pdf](PDF; 1,55 MB)
- ^ a b Likens, Gene E. (2010). Biogeochemistry of Inland Waters. Academic Press. ISBN 978-0-12-381997-0.
- ^ a b c d e LOS RECURSOS HIDRAULICOS DE AMERICA LATINA (PDF; 2,84 MB)
- ^ a b c d e f Eric, Tilman. "Atlantic North Coast".
- ^ a b c d e f g h i j k l m n o p q r s t u A.Y., Hoekstra; M.M., Mekonnen (2011). Global water scarcity: the monthly blue water footprint compared to blue water availability for the world's major river basins (PDF). Value of Water Research Report Series NO. 53 (Report). Delft (Netherlands): UNESCO–IHE Institute for Water Education.
- ^ a b c d e Eric, Tilman. "Papua New Guinea".
- ^ a b Eric, Tilman. "Grijalva–Usumacinta".
- ^ a b c d [14](PDF; 26,7 MB)
- ^ [15](PDF; 6,62 MB)
- ^ a b c [16](PDF; 3,27 MB)
- ^ Nezhihovsky, R. A. (1981). Neva River and Neva Bay. Gidrometeoizdat.
- ^ a b c Eric, Tilman. "Heilong Jiang (Amur)".
- ^ a b c [17](PDF; 15,31 MB)
- ^ [18](PDF; 35,75 MB)}}
- ^ a b c d e f g Eric, Tilman. "Orinoco".
- ^ a b c d Eric, Tilman. "Arkansas White Red".
- ^ a b Eric, Tilman. "Atlantic East Coastal".
- ^ a b Rashid, Mahmood; Shaofeng, Jia; Aifeng, Lv; Shahid, Naeem (2024). "Environmental flow assessment, evaluation, and suggestions for dying riverine ecosystem of the transboundary Amudarya River, Central Asia". Ecological Indicators. 178 111419. Bibcode:2024EcInd.15811419M. doi:10.1016/j.ecolind.2023.111419.
- ^ "Amu-Darya - Chatly".
- ^ a b [19](PDF; 43,28 MB)
- ^ "Statistics for St. Marys River at Sault Ste. Marie, Ontario - USGS Water Data for the Nation".
- ^ «Вода России» – Анадырь
- ^ C. Prakash, Babu (2020). "A Significant Shift in Particulate Organic Matter Characteristics during Flooding of River Krishna, Eastern Peninsular India". Current Science. 118. doi:10.18520/cs/v118/i3/455-461.
- ^ Eric, Tilman. "Tennessee".
- ^ a b Eric, Tilman. "South Atlantic Gulf".
- ^ Vieira da Silva, Carlos; Morelli Tucci, Carlos Eduardo; Almir Cirilo, José; Pimentel da Silva, Luciene; Corrêa Roturno Filho, Otto; Le Guennec, Benoit (2006). "SIMULAÇÃO HIDROLÓGICA NA AMAZÔNIA: RIO MADEIRA".
- ^ a b c d e f g "Global Archive and Analysis System".
- ^ André, Calmont (2008). Frontière, frontières: la région du Maroni, entre la Guyane et le Surinam (Report). Espaces tropicaux. p. 205-219.
- ^ Eric, Tilman. "South West Coast".
- ^ Eric, Tilman. "North Atlantic Seaboard".
- ^ [20](PDF; 2,13 MB)
- ^ "Courantyne Delta" (PDF).
- ^ a b Eric, Tilman. "Pacific Ocean Seaboard".
- ^ [21](PDF; 9,99 MB)
- ^ "Sava Basin".
- ^ a b Eric, Tilman. "Bay of Bengal–West Coast".
- ^ [22] (PDF; 34,75 MB)
- ^ a b Eric, Tilman. "North Black Sea Coast".
- ^ a b c Eric, Tilman. "Viet Nam Coast".
- ^ a b [23](PDF; 2,67 MB)
- ^ PUERTO MARITIMO DE GUAYAQUIL (PDF; 13,93 MB)
- ^ a b c "Penelitian Strategi Pendayagunaan Sumber Daya Air Pada Wilayah Sungai Di Indonesia".
- ^ [24](PDF; 6,02 MB)
- ^ Anna, Gavioli; Giuseppe, Castaldelli; Stefania, Trasforini; Cesare, Puzzi; Maria, Pia Gervasio; Tommaso, Granata; Daniela, Colombo; Elisa, Soana (2024). "Global Warming and Fish Diversity Changes in the Po River (Northern Italy)". Environments. 11doi=10.3390/environments11100226.
- ^ Mauro, Marini; Federica, Grilli (2023). "The Role of Nitrogen and Phosphorus in Eutrophication of the Northern Adriatic Sea: History and Future Scenarios". Applied Sciences. doi:10.3390/app13169267.
- ^ a b Eric, Tilman. "Tigris–Euphrates".
- ^ a b Safaa, Al-Asadi; Abdulzahra, Alhello (2019). "General assessment of Shatt Al-Arab River, Iraq". International Journal of Water. 13: 360-375. doi:10.1504/IJW.2019.106049.
- ^ a b I. E., Issa; N. A., Al-Ansari; Govand, Sherwany; S., Knutsson (2014). "Expected Future of Water Resources within Tigris-Euphrates Rivers Basin, Iraq". Water Resource and Protection. 6: 421–432. doi:10.4236/jwarp.2014.65042.
{{cite journal}}: CS1 maint: unflagged free DOI (link) - ^ Assessing the Viability of Hydroelectric Power in Bangladesh (PDF; 0,48MB MB)
- ^ a b [25](PDF; 2,09 MB)
- ^ Eric, Tilman. "Papaloapan–Jamapa".
- ^ Eric, Tilman. "Chine Coast".
- ^ a b c Kevin, Telmer; Daniel, Stapper (2007). Evaluating and Monitoring Small Scale Gold Mining and Mercury Use: Building a Knowledge-base with Satellite Imagery and Field Work (PDF) (Report). University of Victoria.
- ^ a b c Eric, Tilman. "Madagascar".
- ^ a b c d e Eric, Tilman. "North Africa - West Coast".
- ^ [26](PDF; 28,91 MB)
- ^ Eric, Tilman. "Mid Atlantic".
- ^ Eric, Tilman. "Central East Coast".
- ^ Alejandro, Dussaillant-Jones; Wouter, Buytaert; Claudio, I. Meier; Fabián, Espinoza (2012). "Hydrological regime of remote catchments with extreme gradients under accelerated change: The Baker basin in Patagonia". Hydrological Sciences Journal: 1530‐1541. doi:10.1080/02626667.2012.726993.