RESEARCH CATCHMENTS
GENERAL DATA
Name |
Country |
Area |
Elevation range |
Catchment type |
Bedrock, soils |
Vegetation |
Slope range |
Typical slope aspects |
Liz |
CZ |
0.99 |
828-1074 |
Forested Mountain |
paragneiss |
forest 96%, (spruce 88%, larch 2%, beech 6%) |
8-28%, 17% |
NE 60%, E 40 % |
Uhlirska |
CZ |
1.87 |
775 - 866 |
Forested mountain |
granite |
coniferous forest, from 1983 to 1997 58% deforested (on clearings grass calamagrostis villosa and newly planted trees) |
3.5 % |
SW SE |
Kangasvaara |
FIN |
0.56 |
187-238 |
Forested lowland |
Granite and granodiorite, |
forest 100% |
|
|
Rudback |
FIN |
0.18 |
34-68 |
Forested lowland |
Granite, |
forest 100% |
|
|
Lange Bramke |
D |
0.76 |
543-700 |
Forested mountain |
sandstones and shales; podzolic braunearth |
Norwegian spruce 90%, grassland 10% |
|
SSE 45%, NNW 35%, E 10% |
Grosse Schacht |
D |
9.6 |
341-861 |
Forested, mountain |
quartzites, shales, diabase |
forest 90%, grassland 10% |
|
NNW 90% |
Ohebach (Krummbach) |
D |
0.895 |
117-156 |
Agricultural, hilly |
quaternary sediments (loess); clayey soils |
arable land 100% |
|
|
Eisenbach |
D |
4.24 |
117-156 |
Agricultural, hilly |
sandy moraines; braunearth |
arable land 70%, irrigated, fallow land 15% |
|
|
Brugga |
D |
40.0 |
438-1493, 986 |
Forested, mountain |
Gneiss, brown soils, debris |
forest 75%, pasture land 22 % urban areas 3% |
0-50 ° ,19 |
|
Hupselse Beek |
NL |
6.5 |
24-33 |
Agriculture |
sandy |
grassland 70%, arable 20%, forest 8% |
8% |
- |
Poelsbeek and Bolscherbeek |
NL |
41,23 |
12-30 |
Agriculture |
sandy |
grassland 48%, maize 20%, woodland 24%, residential 8% |
- |
- |
Olszanka |
PL |
24 |
164-191 |
Agricultural lowland |
sandy clays |
arable land 70% |
0-10 |
S50% |
Pozary |
PL |
19.6 |
72-103 |
Forested wetland lowland |
sandy soils |
forests 80% |
0-5 |
S-N |
Great Batorow Peatland |
PL |
1.2 |
706-783 |
Forested wetland mountain |
sandstone, marl |
forests 100% |
6 |
NE-N |
Stubbetorp |
S |
0.87 |
80-130 |
Forested lowland |
granitic bedrock 36%, till 46 %, gravel 5%, sand 8%, organic soil 5% |
coniferous forest 80%, bedrock 10%, mire 7%, deciduous forest 3% |
- |
- |
Jalovecký creek |
SK |
22.2 |
800-2178 |
Forested mountain |
granodiorite 21%, migmatite, schist, gneiss 48%, limestone and dolomite 7%, rocky podzol, rendzina |
coniferous forest 44%, dwarf pine 32%, sub-alpine and alpine meadows 24% |
2-58°, 30° |
NW 16%, W, SW 15%, S 14%, SE 17% |
DATA OF HYDROLOGICAL RELEVANCE
Name |
Hydrological research since |
P [mm] |
R [mm] |
E [mm] |
T [°C] |
If isotopic runoff separation used |
Mathematical models used in the catchment |
|
Old water contribution [%] |
Event type |
|||||||
Liz |
1976 |
851 |
324 |
527 |
6.3 |
- |
- |
SACRAMENTO, BROOK90, SWAP93 |
Uhlirska |
1982 |
1202 |
1034 |
168 |
5.1 |
- |
- |
BILAN, TOPMODEL, PROFILE, HBW-ETH, MAGIC, SWS2D |
Lange Bramke |
1949 |
1300 |
700 |
600 |
6.3 |
>90 |
Snowmelt Rainfall |
DIFGA, BROOK, SACRAMENTO, MIKE SHE |
Grosse Schacht |
1991 |
- |
- |
- |
- |
>80 |
Snowmelt Rainfall |
|
Ohebach (Krummbach) |
1995 |
750 |
225 |
525 |
9 |
>80 |
Rainfall |
|
Eisenbach |
1993 |
625 |
535 incl. irrig-ation water |
250 |
- |
>80 |
Rainfall |
SACRAMENTO, BROOK |
Brugga |
1994 |
1750 |
1230 |
530 |
6.3 |
60-90 |
Rainfall, snowmelt events Long-term data |
TOPMODEL, HBV, TAC, PRMS, HSPF |
Hupselse Beek |
1972 |
790 |
290 |
500 |
10.3 |
- |
- |
WAGENINGEN MODEL, GR4J |
Olszanka |
1975 |
560 |
120 |
498 |
7.5 |
|
|
LUTZ,WAKER-MAN, USLE,MUSLE |
Pozary |
1994 |
550 |
30 |
520 |
7.5 |
|
|
DYSP,DYSLIN,MODFLOW |
Great Batorow Peatland |
1998 |
- |
- |
- |
- |
|
|
SWAP |
Poelsbeek and Bolscherbeek |
1989 |
790 |
280 |
510 |
9.6 |
. |
- |
SIMGRO, MOGROW |
Jalovecký creek |
1986 |
1435 |
858 |
577 |
3.5 |
40-100 70-100 |
Snowmelt Rainfall |
SOIL, TOPMODEL, SACRAMENTO |
P, R, E - mean annual precipitation, runoff and evapotranspiration
T - mean annual air temperature at catchment mean elevation
Updated: 08.12.2000