Editing Amazon River (section)

===[[Amazon Delta]]===
Water discharge of the Amazon with [[Tocantins River]]. Complete series from starting 1920.
{| class="wikitable mw-collapsible mw-collapsed" style="text-align:center;"
|+Average discharge (10<sup>3</sup> m<sup>3</sup>/s)
|-
!Year
!Discharge
! rowspan="49" |
!Year
!Discharge
|-
|2015
|210.9
|1967
|231
|-
|2014
|243.2
|1966
|237
|-
|2013
|230.9
|1965
|232
|-
|2012
|238.1
|1964
|218
|-
|2011
|233.8
|1963
|240
|-
|2010
|204.8
|1962
|220
|-
|2009
|260
|1961
|229
|-
|2008
|244.8
|1960
|207
|-
|2007
|226
|1959
|236
|-
|2006
|248.1
|1958
|229
|-
|2005
|206.7
|1957
|210
|-
|2004
|213.8
|1956
|230
|-
|2003
|205
|1955
|233
|-
|2002
|214
|1954
|238
|-
|2001
|216
|1953
|234
|-
|2000
|234
|1952
|223
|-
|1999
|212
|1951
|227
|-
|1998
|149
|1950
|230
|-
|1997
|201
|1949
|213
|-
|1996
|212
|1948
|228
|-
|1995
|195
|1947
|210
|-
|1994
|240
|1946
|222
|-
|1993
|218
|1945
|192
|-
|1992
|156
|1944
|220
|-
|1991
|218
|1943
|208
|-
|1990
|198
|1942
|200
|-
|1989
|230
|1941
|203
|-
|1988
|200
|1940
|208
|-
|1987
|180
|1939
|229
|-
|1986
|208
|1938
|200
|-
|1985
|240
|1937
|188
|-
|1984
|270
|1936
|183
|-
|1983
|186
|1935
|215
|-
|1982
|236
|1934
|230
|-
|1981
|202
|1933
|200
|-
|1980
|190
|1932
|214
|-
|1979
|224
|1931
|190
|-
|1978
|233
|1930
|209
|-
|1977
|232
|1929
|201
|-
|1976
|239
|1928
|208
|-
|1975
|242
|1927
|220
|-
|1974
|242
|1926
|202
|-
|1973
|224
|1925
|210
|-
|1972
|238
|1924
|222
|-
|1971
|235
|1923
|210
|-
|1970
|220
|1922
|219
|-
|1969
|211
|1921
|224
|-
|1968
|210
|1920
|200
|-
| colspan="5" |Source:<ref name="Fresh Surface Water">{{cite book|url=https://books.google.com/books/about/Fresh_Surface_Water_Volume_I.html?hl=hu&id=nleHCwAAQBAJ#v=onepage&q=orinoco%20river%20m3%2Fs&f=true|title=Fresh Surface Water|last=James|first=C. I. Dooge|isbn=978-1-84826-011-5|publisher=UNESCO|location=Oxford, United Kingdom|year=2009}}</ref><ref name="ANEEL — Agência Nacional de Energia Elétrica">{{cite web|url=https://www.gov.br/aneel/pt-br|title=ANEEL — Agência Nacional de Energia Elétrica}}</ref><ref name="Amazon basin water resources observation service">{{cite web |url=https://hybam.obs-mip.fr/ |title=Amazon basin water resources observation service |access-date=23 February 2023 |archive-date=8 September 2023 |archive-url=https://web.archive.org/web/20230908072837/https://hybam.obs-mip.fr/ |url-status=live }}</ref><ref name="Basin-Scale River Runoff Estimation From GRACE Gravity Satellites, Climate Models, and in Situ Observations: A Case study in the Amazon Basin">{{cite journal |title=Basin-Scale River Runoff Estimation From GRACE Gravity Satellites, Climate Models, and in Situ Observations: A Case study in the Amazon Basin |last1=Jianli |first1=Chen |last2=Byron |first2=Tapley |last3=Matt |first3=Rodell |last4=Ki-Weon |first4=Seo |last5=Clark |first5=Wilson |last6=Bridget K. |first6=Scanlon |last7=Yadu |first7=Pokhrel |journal=Water Resources Research |year=2020 |volume=56 |issue=10 |doi=10.1029/2020WR028032 |bibcode=2020WRR....5628032C |s2cid=224933962}}</ref> 
|}
{| class="wikitable mw-collapsible mw-collapsed" style="text-align:center;"
|+Monthly average discharge (m<sup>3</sup>/s)
! rowspan="2" |Month
! colspan="3" |Discharge
|-
![[Amazon River|Amazon]]
! rowspan="13" |
![[Pará River|Pará]]
|-
|JAN
|126,100
|7,300
|-
|FEB
|177,100
|14,200
|-
|MAR
|186,300
|18,200
|-
|APR
|201,300
|28,700
|-
|MAY
|236,600
|38,700
|-
|JUN
|275,600
|40,500
|-
|JUL
|296,900
|32,600
|-
|AUG
|288,500
|14,500
|-
|SEP
|262,500
|6,100
|-
|OCT
|227,000
|2,500
|-
|NOV
|118,800
|1,000
|-
|DEC
|82,400
|1,000
|-
| colspan="4" |
|-
|'''''Average'''''
|'''''206,600'''''
|
|'''''17,100'''''
|-
| colspan="4" |Source:<ref>{{cite book|last1=Charles J.|first1=Vörösmarty|last2=Berrien|first2=Moore|last3=Annette L.|first3=Grace|last4=M. Patricia|first4=Gildea|url=https://gmao.gsfc.nasa.gov/gmaoftp/sarith/ROUTING_MODEL/docs/Vorosmarty_1989.pdf|title=CONTINENTAL SCALE MODELS OF WATER BALANCE AND FLUVIAL TRANSPORT: AN APPLICATIONS TO SOUTH AMERICA|volume=3|pages=241–265|year=1989}}</ref>
|}