The monitoring network within this area

Hydrionis holds 485,971 values from 30 gauges within it. Discharge is a property of a gauge and its reach, not of this drainage area, so this page reports the network and its records rather than a single figure.

30

Gauges

485,971

Values held

1909–2026

Record spans

26,568 km²

Area

Gauges within the Umeälven drainage basin

30 monitoring points, positioned as the publisher records them.

How low, how high and how variable this gauge runs

A hydrograph says what happened; these say how often. Read off SOLBERG's whole daily record between 1911 and 2019, they describe the shape of the record rather than any day in it — and they belong to this gauge and its reach, not to this drainage area.

2.030 m³/s

Q95 low flow

11.800 m³/s

Q50 median flow

79.100 m³/s

Q10 high flow

Largest day of each water year at SOLBERG

The highest daily mean discharge in each October-to-September water year, 1911–2017.

These are the largest daily means, not flood peaks. A peak lasting hours is averaged across a whole day here, so the true instantaneous maximum on the same day was higher — sometimes far higher on a fast-responding catchment. Flood frequency work needs a publisher's own instantaneous series; Hydrionis holds one for 2,236 American gauges and not for this one, so the two are never drawn together. A water year the gauge did not substantially cover produces no value at all rather than a low one.

View the data behind this chart

Underlying data
Period	SOLBERG (m³/s)
1911	111
1912	220
1913	255
1914	196
1915	177
1916	246
1917	164
1918	129
1919	255
1920	254
1921	263
1922	147
1923	230
1924	244
1925	244
1926	244
1927	105
1928	237
1929	274
1930	133
1931	160
1932	190
1933	270
1934	261
1935	169
1936	138
1937	340
1938	267
1939	191
1940	186
1941	183
1942	328
1943	220
1944	230
1945	211
1946	119
1947	204
1948	296
1949	296
1950	186
1951	214
1952	294
1953	199
1954	175
1955	223
1956	203
1957	235
1958	194
1959	209
1960	308
1961	127
1962	244
1963	164
1964	185
1965	201
1966	312
1967	274
1968	135
1969	204
1970	326
1971	259
1972	286
1973	180
1974	241
1975	267
1976	243
1977	230
1978	241
1979	292
1980	274
1981	235
1982	220
1983	288
1984	198
1985	169
1986	186
1987	209
1988	214
1989	198
1990	194
1991	265
1992	263
1993	166
1994	512
1995	174
1996	308
1997	203
1998	163
1999	210
2000	145
2001	177
2002	200
2003	253
2004	360
2005	129
2006	149
2007	157
2008	123
2009	305
2010	263
2011	187
2012	339
2013	251
2014	187
2015	186
2016	247
2017	321

The longest record here

Mean river flow at SOLBERG

Annual means of the daily record, 1911–2018. One gauge, not this drainage area.

Annual means computed by Hydrionis from the published daily record, drawn only for years with at least 300 days held. They summarise this gauge's own record and say nothing about any other watercourse in this area.

View the data behind this chart

Underlying data
Period	SOLBERG (m³/s)
1911	23.5
1912	17.7
1913	26.7
1914	29.6
1915	23.7
1916	20.8
1917	26.3
1918	29.2
1919	31.0
1920	36.9
1921	35.5
1922	32.1
1923	27.7
1924	29.1
1925	34.8
1926	26.1
1927	31.3
1928	21.6
1929	31.5
1930	31.4
1931	27.8
1932	31.1
1933	25.5
1934	36.3
1935	27.7
1936	26.3
1937	24.0
1938	34.1
1939	24.1
1940	26.0
1941	26.9
1942	27.2
1943	38.9
1944	29.2
1945	30.2
1946	29.0
1947	20.2
1948	31.8
1949	42.2
1950	31.8
1951	22.5
1952	26.3
1953	39.2
1954	25.1
1955	23.0
1956	23.2
1957	29.0
1958	33.1
1959	25.5
1960	22.7
1961	36.3
1962	23.0
1963	27.7
1964	30.5
1965	25.7
1966	27.3
1967	28.9
1968	23.8
1969	18.9
1970	21.8
1971	30.6
1972	33.2
1973	33.8
1974	28.1
1975	30.6
1976	28.0
1977	26.3
1978	28.3
1979	27.7
1980	21.1
1981	26.4
1982	27.7
1983	32.6
1984	33.9
1985	32.3
1986	25.7
1987	31.2
1988	28.6
1989	40.7
1990	39.4
1991	32.2
1992	34.0
1993	41.3
1994	22.5
1995	37.5
1996	22.4
1997	37.0
1998	38.8
1999	26.8
2000	34.3
2001	34.6
2002	30.5
2003	25.3
2004	33.8
2005	33.3
2006	21.0
2007	23.0
2008	19.5
2009	21.8
2010	25.3
2011	37.1
2012	29.8
2013	22.6
2014	24.8
2015	35.7
2016	24.0
2017	30.6
2018	29.2

Every gauge Hydrionis holds within this area

Gauges within the Umeälven and what each holds
Gauge	Measures	Values	Record
SOLBERG	mean river flow	39,680	1911–2019
HÄLLBACKEN	mean river flow	29,250	1910–1990
KARLSTEN	mean river flow	29,148	1919–1999
SORSELE	mean river flow	25,527	1909–1979
TÄNGVATTNET	mean river flow	25,444	1957–2026
SLÄTVIK	mean river flow	25,342	1911–1980
STORNORRFORS KRV	mean river flow	24,866	1958–2026
STORUMAN 2	mean river flow	24,866	1958–2026
HARRSELE KRV	mean river flow	24,776	1958–2026
GAUTRÄSK	mean river flow	23,276	1953–2026
FRÄKENVIK	mean river flow	18,610	1910–1961
SORSELE 2	mean river flow	17,290	1979–2026
STORJUKTAN TOTALT	mean river flow	17,255	1978–2026
GRANÅKER	mean river flow	17,227	1979–2026
SKIRKNÄS	mean river flow	16,935	1980–2026
NEDRE JOVATTNET	mean river flow	16,437	1956–2000
JUKTNÄS	mean river flow	15,705	1917–1959
UMASJÖ	mean river flow	13,821	1910–1948
LAISVALL	mean river flow	13,603	1989–2026
SANDNÄSUDDEN	mean river flow	13,241	1919–1955
DEGERFORS	mean river flow	10,227	1911–1938
GRANSELET 2	mean river flow	7,891	1979–2001
SLUSSFORS	mean river flow	7,672	1910–1931
BERGLUNDA	mean river flow	6,665	1923–1957
BJURÅKER	mean river flow	4,733	1919–1931
PENGFORS	mean river flow	4,475	1920–1932
DEGERFORS ÖVRE	mean river flow	4,263	1938–1949
VÄNNÄS	mean river flow	3,285	1910–1922
SOLBERG 2	mean river flow	2,634	2019–2026
BJÖRKSELE	mean river flow	1,827	1910–1916

How these gauges were attached to this water

Assigned by the publisher to a numbered basin Every gauge here is assigned to this drainage area by its own publisher, which issues the area an official code — 28000. A drainage area is not a river: it contains the tributaries as well as the main channel, and a gauge in it may be on any of them.

What each gauge’s link to this water rests on
Gauge	Evidence	Established
SOLBERG	Stated by the publisher on the record this gauge’s observations came from.	With the observations
HÄLLBACKEN	Stated by the publisher on the record this gauge’s observations came from.	With the observations
KARLSTEN	Stated by the publisher on the record this gauge’s observations came from.	With the observations
SORSELE	Stated by the publisher on the record this gauge’s observations came from.	With the observations
TÄNGVATTNET	Stated by the publisher on the record this gauge’s observations came from.	With the observations
SLÄTVIK	Stated by the publisher on the record this gauge’s observations came from.	With the observations
STORNORRFORS KRV	Stated by the publisher on the record this gauge’s observations came from.	With the observations
STORUMAN 2	Stated by the publisher on the record this gauge’s observations came from.	With the observations
HARRSELE KRV	Stated by the publisher on the record this gauge’s observations came from.	With the observations
GAUTRÄSK	Stated by the publisher on the record this gauge’s observations came from.	With the observations
FRÄKENVIK	Stated by the publisher on the record this gauge’s observations came from.	With the observations
SORSELE 2	Stated by the publisher on the record this gauge’s observations came from.	With the observations
STORJUKTAN TOTALT	Stated by the publisher on the record this gauge’s observations came from.	With the observations
GRANÅKER	Stated by the publisher on the record this gauge’s observations came from.	With the observations
SKIRKNÄS	Stated by the publisher on the record this gauge’s observations came from.	With the observations
NEDRE JOVATTNET	Stated by the publisher on the record this gauge’s observations came from.	With the observations
JUKTNÄS	Stated by the publisher on the record this gauge’s observations came from.	With the observations
UMASJÖ	Stated by the publisher on the record this gauge’s observations came from.	With the observations
LAISVALL	Stated by the publisher on the record this gauge’s observations came from.	With the observations
SANDNÄSUDDEN	Stated by the publisher on the record this gauge’s observations came from.	With the observations
DEGERFORS	Stated by the publisher on the record this gauge’s observations came from.	With the observations
GRANSELET 2	Stated by the publisher on the record this gauge’s observations came from.	With the observations
SLUSSFORS	Stated by the publisher on the record this gauge’s observations came from.	With the observations
BERGLUNDA	Stated by the publisher on the record this gauge’s observations came from.	With the observations
BJURÅKER	Stated by the publisher on the record this gauge’s observations came from.	With the observations
PENGFORS	Stated by the publisher on the record this gauge’s observations came from.	With the observations
DEGERFORS ÖVRE	Stated by the publisher on the record this gauge’s observations came from.	With the observations
VÄNNÄS	Stated by the publisher on the record this gauge’s observations came from.	With the observations
SOLBERG 2	Stated by the publisher on the record this gauge’s observations came from.	With the observations
BJÖRKSELE	Stated by the publisher on the record this gauge’s observations came from.	With the observations

What this record holds

Hydrionis decides which waters get a page, and which of those are offered to search, from what is actually held rather than from how the page reads. Five signals are counted; this record has 3 of them, which makes it a full profile.

Information-gain signals held for this water body
Signal	Held	Counts
Gauges holding a real record	30	yes, 3 or more
Years spanned	118	yes, 20 or more
Values held	485,971	yes, 1000 or more
Distinct measurements	1	no
Publishers measuring it	1	no
Official identifiers	2	recorded, not counted

Use this data

Machine-readable JSON /api/v1/observations/by-subject/se-smhi-436.json
How to cite this, and who you must credit
How these figures were produced
Request this at a different scale, format or geography

No bulk download is offered here, which is a licence position rather than a product one: at least one contributing publisher does not permit redistribution. The values can be read on the page, cited, and pointed to at source.

Attribution and citation

Attribution you are required to give

These are conditions of the licences the underlying data is published under. They are obligations to the publishers, not to Hydrionis, and they apply to you directly whether or not you mention Hydrionis at all.

Data from Sveriges meteorologiska och hydrologiska institut, used under CC BY 4.0.

Sveriges meteorologiska och hydrologiska institut — CC BY 4.0 (licence text)

Suggested citation for Hydrionis

Hydrionis (2026), Umeälven gauge records, accessed 2026-10-05, hydrionis.com/waters/sweden-umealven/

Cite Hydrionis where you rely on the compilation, the normalisation, the eligibility judgements or a chart. Where you use an unmodified published value, the publisher’s attribution is the one that is required; crediting Hydrionis as well is welcome and is not something Hydrionis can require of you.

Recommended, not required. Hydrionis does not claim rights over unmodified public data it relayed, and doing arithmetic on somebody else’s measurements does not make them Hydrionis’s. Cite the version and the access date: the Umeälven gauge records changes as publishers release and as methods are revised, and a citation without both cannot be checked later. Full guidance is on cite and reuse.

Where these figures come from

MeasuredMedium confidence2019-09-30

Source: SMHI — Swedish hydrological observations, 436. Licence: Open — attribution required (attribution required).

Method: Daily discharge exactly as SMHI publishes it, from its corrected archive. SMHI computes the daily value from its own sub-daily measurement and rating curves; Hydrionis does not recompute it, because a mean derived from whatever sub-daily data happens to be exposed would be a different statistic under the same name.

Checked and approved by SMHI except 2019-06-11 to 2019-09-30 (not yet checked). Station in the UMEÄLVEN main drainage basin, 1,084 km². Discharge is a property of this gauge and this reach, not of the river as a whole.

Retrieved 1 October 2026.