List of tributaries of the Lippe

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Graphic representations

The following graphics are arranged in orographic order from bottom (source) to top (mouth).

The longest tributaries

The ten longest tributaries of the Lippe (length over 15 km) are:

Beke (Lippe) Alme (Lippe) Thune (Fluss) Glenne Trotzbach Quabbe (Fluss) Ahse Seseke Stever Hammbach (Lippe)

The tributaries with the largest catchment area

The 12 tributaries of the Lippe with the largest above-ground catchment area (at least 75 km²) are:

Alme (Lippe) Thune (Fluss) Heder Geseker Bach Glenne Gieseler (Fluss) Ahse Seseke Stever Sickingmühlenbach Rapphoffsmühlenbach Hammbach (Lippe) Einzugsgebiet

The most water-rich tributaries

The following is the MQ balance of the most important Lippe tributaries (see level values here ; *: rough estimates):

Lippe (Fluss) Pader Alme (Lippe) Geseker Bach Glenne Gieseler (Fluss) Ahse Seseke Stever Hammbach (Lippe) Abfluss

It can be seen in particular that the Pader and Alme, which flow one after the other, are the actual main rivers of the Lippe upper reaches.

Table of the main tributaries

All middle tributaries of the Lippe are listed below:

(For a better overview or for sorting downstream, hyphens have been inserted in the DGKZ numbers after the 278 - Lippe .)

to the section in the Lippe article

Surname



location



Length


[km]
Catchment
area

[km²]
Lippe-
km
(before
mouth)

Places
on the river

(*: source location / location near the source)

Estuarine
place

(in)
DGKZ



Thunebach right 6.7 17.6 218.8 snakes Bad Lippspringe 278-12
Steinbeke Left 10.5 25.4 218.3 Bad Lippspringe 278-14
Beke Left 17.6 49.9 214.6 * Altenbeken PB - Marienloh 278-16
Pader Left 4.5 60.7 209.6 * Paderborn PB- Neuhaus Castle 278-18
Alme Left 59.1 763.0 208.8 * BRI - Alme , Büren PB-Schloss Neuhaus 278-2
Tuna right 24.5 90.7 204.7 Schlangen- Kohlstädt , Schlangen , PB- Sennelager PB- sands 278-32
Upper gun Left 6.1 19.8 202.7 * PB- Elsen 278-336
Lower gunne Left 7.3 29.7 195.7 * Delbrück - Bentfeld Delbrück- Boke 278-36
Heder Left 11.8 83.9 191.8 * Salzkotten- Upsprunge , Salzkotten , Salzk.- Verne Salzkotten threshold 278-372
Geseker Bach Left 10.0 130.2 186.6 * Geseke LP - Garpels 278-38
Merschgraben right 11.9 12.5 177.8 Salzkotten- Mantinghausen LP- Lipperode 278-392
Lake Left 8.6 27.5 177.7 LP- Garpels LP- Esbeck 278-394
Scheinebach Left 8.9 13.3 177.5 * Geseke - Langeneicke LP Esbeck 278-396
Glenne right 45.5 324.6 170.3 Delbruck LP- Cappel 278-4
Gieseler Left 12.9 160.2 168.9 Erwitte - Bad Westernkotten , LP- Overhagen LP- Hellinghausen 278-52
Steinbach Left 9.4 12.6 163.9 LP- Benninghausen 278-54
Trotsbach Left 20.7 55.0 163.5 Anröchte - Altengeseke LP- Eickelborn 278-56
Quabbe right 16.6 74.2 146.9 Lippetal - Lippborg 278-58
Ahse Left 50.0 441.0 126.3 * Möhnesee - Echtrop , Bad Sassendorf , Lippetal- Oestinghausen Hamm 278-6
Geinegge right 9.4 26.6 121.7 * HAM - Bockum-Hövel HAM-Hövel 278-712
Wiescher Bach Left 11.1 37.0 118.6 * HAM- Rhynern HAM- Herringen 278-72
Beverbach Left 8.3 33.0 109.2 * HAM-Herringen Bergkamen - Rünthe 278-732
Horns right 12.6 42.4 109.0 * Ascheberg - Herbern Werne 278-74
Seseke Left 31.9 319.3 96.9 * Werl - Holtum , south Bönens , Kamen- Heeren-Werve , Kamen , Bergkamen - Oberaden Luenen 278-76
New Lüner Mühlenbach Left 5.8 10.9 93.3 DO - Brechte Luenen 278-7912
Schwarzbach Left 10.6 22.8 79.2 * LÜN - Brambauer , Waltrop Dates 278-792
Dattelner Mühlenbach Left 9.9 41.6 77.6 * Oer-Erkenschwick Dates 278-794
Gernebach Left 4.6 10.2 67.0 Dates- Ahsen 278-796
Stever right 58.0 924.1 54.8 * north of Nottuln , Nottuln- Appelhülsen , Senden , Lüdinghausen , Selm , Olfen , Haltern - Hullern Haltern am See 278-8
Sickingmühlenbach Left 13.8 79.0 46.0 * Oer-Erkenschwick- Oer , Marl - Sinsen Marl - Sickingmühle 278-92
Weierbach Left 7.2 13.1 39.1 Marl- Altmarl 278-936
Rapphofsmühlenbach Left 14.1 92.9 34.0 * Herten - Langenbochum , Herten - Bertlich , between GE - Hassel and Marl - Polsum Dorsten 278-94
Hammbach right 21.5 147.6 31.8 west of Dorsten- Rhades , Dorsten- Holsterhausen 278-96
Rustebach right 4.1 14.7 24.3 Schermbeck 278-972
Rehrbach Left 8.3 14.2 23.9 Schermbeck- Gahlen 278-974
Schermbecker Mühlenbach right 9.6 22.3 22.9 * west of Raesfeld - Erles Schermbeck 278-976
Dellbach right 8.2 22.3 19.4 Schermbeck dam 278-978
Gartrop Mühlenbach Left 11.9 24.6 19.3 Hünxe - Gartrop 278-98

Drains

Surname



location



Catchment
area

[km²]
EZG at the
level

[km²]
Lippe-
km
(before
mouth)

NNQ



MNQ



MQ



MHQ



HHQ



Mq
[= MQ / EZG]


Lippe / Neuhaus 1 not applicable 112.8 107.2 210.9 0.13 0.44 1.78 11.7 24.7 16.6
Pader Left 60.7 57.8 209.6 2.27 2.73 4.21 8.57 13.70 72.8
Alme Left 763.0 758.9 208.8 0.08 0.32 4.61 43.10 90.70 6.1
Geseker Bach (mathematical) Left 130.2 130.2 186.6 1.6 11.9
Glenne (arithmetical) right 324.6 324.6 170.3 3.9 11.9
Gieseler (mathematical) Left 160.2 160.2 168.9 1.9 11.9
Lippe / Kesseler 3 not applicable 2003.0 2003.0 152.8 2.51 6.42 23.4 111 540 11.7
Ahse Left 441.0 414.9 126.3 0.30 0.96 4.59 36.5 66.7 11.1
Seseke (mathematical) Left 319.3 319.3 96.9 1.3 4.0
Lippe / Leven not applicable 3324.6 3324.6 66.5 7.0 12.6 31.6 178 312 9.5
Stever right 924.1 531.0 54.6 0.03 0.23 5.5 72.5 128 10.3
Stever - up / down right 924.1 924.1 54.6 0.05 0.40 7.5 126.2 224 10.3
Lip / holders not applicable 4273.2 4273.2 54.1 6.3 13.1 39.2 245 550 9.0
Hammbach (mathematical) Left 147.6 147.6 31.8 1.3 8.8
Lippe / Schermbeck 1 not applicable 4783.0 4783.0 22.7 13.0 16.5 43.7 246 441 9.1

Individual evidence

  1. Stever from the lip level difference between Leven and Haltern, minus the areas near the lip, at Ahse the catchment area near the lip below the level with Mq of 5 l / skm² each down / extrapolated; all other values ​​extrapolated from the resulting MQ of the subsection.
  2. Classification according to the NRW water station, d. H. at least 10 km² catchment area
  3. a b c d Topographical Information Management, Cologne District Government, Department GEObasis NRW ( information )
  4. Topographical Information Management, Cologne District Government, Department GEObasis NRW ( Notes )
  5. Gewässerkundliches Jahrbuch Neuhaus 1 1972-2006 ( Memento of the original from March 4, 2016 in the Internet Archive ) Info: The archive link was inserted automatically and has not yet been checked. Please check the original and archive link according to the instructions and then remove this notice. - PDF, 329 kB @1@ 2Template: Webachiv / IABot / luadb.lds.nrw.de
  6. Lippe in front of the Pader mouth
  7. Specification "204.5" on the master data sheet does not correspond to the stationing!
  8. a b c The Lippe at the Kesseler Kesseler 3 gauge, minus the upper reaches, Alme and Pader, has an MQ increase of 12.7 m³ / s at a catchment area of ​​1066.5 km², which corresponds to an Mq of 11.9 l / skm². This was extrapolated to the rivers.
  9. Gewässerkundliches Jahrbuch Neuhaus 1 1910-2006 ( Memento of the original from March 4, 2016 in the Internet Archive ) Info: The archive link was inserted automatically and has not yet been checked. Please check the original and archive link according to the instructions and then remove this notice. - PDF, 266 kB @1@ 2Template: Webachiv / IABot / luadb.lds.nrw.de
  10. Information "148.1" on the master data sheet does not correspond to the stationing!
  11. The Lippe between the Kesseler 3 and Leven gauges has, minus Ahse, an MQ increase of 3.5 m³ / s with a catchment area increase of 880.6 km², which corresponds to an Mq of only 4.0 which is extrapolated to the Seseke catchment area has been.
  12. ↑ Hydrological Yearbook Leven 1960-2006 ( Memento of the original from April 4, 2016 in the Internet Archive ) Info: The archive link has been inserted automatically and has not yet been checked. Please check the original and archive link according to the instructions and then remove this notice. - PDF, 317 kB @1@ 2Template: Webachiv / IABot / luadb.lds.nrw.de
  13. Information "65.3" on the master data sheet does not correspond to the stationing!
  14. The Stever occupies 924.1 of 948.6 km² of the catchment area increase between the Levern and Haltern levels, the rest of the area close to the lip was downscaled for the MQ determination with an Mq of 5 l / skm². All other values ​​are proportionally extrapolated from the level of the Stever.
  15. ↑ Hydrological Yearbook Haltern 1951-2006 ( Memento of the original from March 4, 2016 in the Internet Archive ) Info: The archive link was inserted automatically and has not yet been checked. Please check the original and archive link according to the instructions and then remove this notice. - PDF, 313 kB @1@ 2Template: Webachiv / IABot / luadb.lds.nrw.de
  16. Specification "53.3" on the master data sheet does not correspond to the stationing!
  17. Between Haltern and Schermbeck 1, the Lippe has an MQ increase of 4.5 m³ / s with a catchment area increase of 509.8 km², which corresponds to an Mq of 8.8 l / skm², which was offset proportionally.
  18. ↑ Hydrological Yearbook Haltern 1965-2006  ( page no longer available , search in web archivesInfo: The link was automatically marked as defective. Please check the link according to the instructions and then remove this notice. - PDF, 257 kB@1@ 2Template: Toter Link / luadb.lds.nrw.de  
  19. Information "22.4" on the master data sheet does not correspond to the stationing!