Surface water - tables
The text is based on the chapter Surface water published in yearbook Prague Environment 2005.
(the text below is based on the chapter Surface water published in yearbook Prague Environment 2005)
Tab. Regularly monitored hydrometric profiles on water courses
Code | River/creek – sampling point | Stream km |
---|---|---|
1044 |
Vltava River in Vrané n. Vltavou |
70,10 |
1045 |
Vltava River in Podolí |
56,20 |
1046 |
Vltava River in Libčice |
28,20 |
1090 |
Berounka River in Lahovice |
0,60 |
BO01 |
Botič Stream in Nusle – Sekaninova Str. (limnigraph) |
1,50 |
BO11 |
Botič Stream downstream Hostivař Dam |
|
BO12 |
Botič Stream upstream Hostivař Dam |
|
CH00 |
Cholupický potok – křiž. s ul. Komořanskou |
0,60 |
CI00 |
Čimický potok - mouth into the Vltava River |
0,01 |
DL01 |
Dalejský potok - mouth into the Vltava River |
0,01 |
DL11 |
Dalejský Creek near Klukovice Amphitheatre |
|
DL12 |
Dalejský potok Řeporyje – Mládkova ul. |
|
DR00 |
Drahaňský potok – mouth into the Vltava River |
0,01 |
KO00 |
Komořanský potok – mouth into the Vltava River |
0,10 |
KU00 |
Kunratický potok – inflow into a pipeline (Nad malým mlýnem) |
0,44 |
KU02 |
Kunratický potok Krč (u Zámeckého rybníka) |
3,16 |
KU11 |
Kunratický potok pod Dolnomlýnským rybníkem |
|
KU12 |
Kunratický potok pod Šeberákem |
|
LE00 |
Letňanský potok – chateaux park |
|
LH00 |
Lhotecký potok – inflow into a pipeline (St. Čs. exilu) |
1,15 |
LI00 |
Libušský potok – inflow into a pipeline |
1,48 |
ML00 |
Mariánskolázeňský potok – mouth into the Vltava River |
0,01 |
MO01 |
Motolský potok – inflow into a pipeline |
4,75 |
RO01 |
Rokytka Voctářova (nám. dr. Holého – limnigraf) |
0,27 |
RO11 |
Rokytka pod Kyjským rybníkem |
|
RO12 |
Rokytka před Kyjským rybníkem |
|
RO14 |
Rokytka nad Počernickým rybníkem |
|
SP01 |
Šárecký potok – mouth into the Vltava River |
0,01 |
SP03 |
Šárecký potok pod Džbánem (Jenerálka) |
4,85 |
SP04 |
Šárecký potok před Džbánem |
10,95 |
SP07 |
Šárecký potok Jiviny pod hrází |
15,09 |
SP11 |
Šárecký potok před Strnadem |
|
ST01 |
Stodůlecký potok Prokopské údolí |
1,28 |
VR00 |
Vrutice – mouth into the Vltava River |
0,20 |
ZA00 |
Zátišský Creek – mouth into the Vltava River |
0,10 |
Source: ČHMÚ, Lesy hl. m. Prahy, MHMP
Tab. Average values of selected indicators (concentration in mg.l-1), 1994–2004
Hydrometric profile | 1994 | 1995 | 1996 | 1997 | 1998 | 1999 | 2000 | 2001 | 2002 | 2003 | 2004 | |
---|---|---|---|---|---|---|---|---|---|---|---|---|
BOD | ||||||||||||
1044 |
Vltava – Vrané |
2,78 |
2,34 |
2,04 |
2,48 |
2,48 |
2,27 |
2,49 |
2,06 |
1,76 |
2,14 |
1,53 |
1045 |
Vltava – Podolí |
3,92 |
2,87 |
2,55 |
3,13 |
3,88 |
2,58 |
3,41 |
1,74 |
2,14 |
2,53 |
2,21 |
1046 |
Vltava – Libčice |
4,83 |
4,31 |
4,03 |
5,00 |
4,46 |
4,53 |
4,42 |
3,30 |
2,98 |
3,05 |
2,87 |
1090 |
Berounka – Lahovice |
4,27 |
3,95 |
3,52 |
3,61 |
5,24 |
4,36 |
3,76 |
3,65 |
3,15 |
6,24 |
4,51 |
COD (Cr) | ||||||||||||
1044 |
Vltava – Vrané |
18,60 |
21,70 |
20,30 |
15,60 |
21,20 |
15,80 |
19,60 |
21,50 |
22,46 |
17,29 |
17,81 |
1045 |
Vltava – Podolí |
20,20 |
22,20 |
19,50 |
21,30 |
28,50 |
17,20 |
21,80 |
20,60 |
23,55 |
23,10 |
19,43 |
1046 |
Vltava – Libčice |
22,70 |
23,70 |
22,30 |
22,40 |
23,50 |
23,40 |
21,80 |
24,10 |
23,64 |
21,83 |
22,03 |
1090 |
Berounka – Lahovice |
28,30 |
27,40 |
26,60 |
25,80 |
31,10 |
20,30 |
20,90 |
20,80 |
19,18 |
23,92 |
20,33 |
NO3 | ||||||||||||
1044 |
Vltava – Vrané |
3,87 |
3,80 |
4,15 |
4,38 |
2,98 |
3,87 |
3,04 |
3,23 |
3,70 |
2,91 |
3,09 |
1045 |
Vltava – Podolí |
3,88 |
3,89 |
4,18 |
3,77 |
3,25 |
3,72 |
3,01 |
3,17 |
3,68 |
2,86 |
3,10 |
1046 |
Vltava – Libčice |
3,68 |
4,03 |
4,53 |
4,08 |
3,52 |
3,95 |
3,33 |
3,62 |
3,86 |
3,12 |
3,24 |
1090 |
Berounka – Lahovice |
6,15 |
4,65 |
5,01 |
3,88 |
3,48 |
3,48 |
3,43 |
4,01 |
4,16 |
2,64 |
2,84 |
Total phosphorus | ||||||||||||
1044 |
Vltava – Vrané |
0,16 |
0,10 |
0,13 |
0,11 |
0,11 |
0,11 |
0,13 |
0,16 |
0,10 |
0,11 |
0,10 |
1045 |
Vltava – Podolí |
0,17 |
0,13 |
0,14 |
0,15 |
0,17 |
0,13 |
0,20 |
0,18 |
0,15 |
0,14 |
0,13 |
1046 |
Vltava – Libčice |
0,33 |
0,19 |
0,23 |
0,28 |
0,35 |
0,25 |
0,27 |
0,24 |
0,27 |
0,21 |
0,19 |
1090 |
Berounka – Lahovice |
0,33 |
0,24 |
0,28 |
0,23 |
0,31 |
0,23 |
0,24 |
0,21 |
0,21 |
0,16 |
0,17 |
Flow rate [m3.s-1] | ||||||||||||
1044 |
Vltava – Vrané |
86,70 |
115,90 |
138,00 |
92,10 |
64,90 |
78,10 |
81,40 |
109,60 |
170,67 |
109,84 |
98,25 |
1045 |
Vltava – Podolí |
121,80 |
169,70 |
179,00 |
128,00 |
96,20 |
121,00 |
114,00 |
168,00 |
275,93 |
175,64 |
120,64 |
1046 |
Vltava – Libčice |
121,90 |
171,40 |
180,00 |
129,00 |
97,10 |
122,00 |
115,00 |
169,60 |
248,35 |
177,32 |
121,80 |
1090 |
Berounka – Lahovice |
34,90 |
49,80 |
39,90 |
35,60 |
35,40 |
41,50 |
31,30 |
42,00 |
67,38 |
51,16 |
23,42 |
Source: ČHMÚ, MHMP
Tab. Classes of water quality of surface water courses, 2003–2004
Indicator | VL 1044 |
VL 1045 |
VL 1046 |
BE 1090 |
BO 01 |
DL 01 |
KU 00 |
RO 01 |
SP 01 |
---|---|---|---|---|---|---|---|---|---|
A – GENERAL, PHISICAL AND CHEMICAL INDICATORS |
IV. |
III. |
IV. |
IV. |
IV. |
V. |
V. |
IV. |
V. |
Electrolytic conductivity |
I. |
I. |
II. |
II. |
IV. |
V. |
V. |
IV. |
IV. |
Dissolved matter |
I. |
I. |
I. |
II. |
0 |
0 |
0 |
0 |
0 |
Unsoluble matter |
II. |
II. |
II. |
III. |
II. |
V. |
IV. |
III. |
III. |
Dissolved oxygen |
I. |
I. |
I. |
I. |
I. |
I. |
I. |
I. |
I. |
Biochemical oxygen demand |
II. |
III. |
III. |
IV. |
III. |
III. |
III. |
IV. |
III. |
Chemical oxygen demand by permanganate |
II. |
II. |
III. |
III. |
0 |
0 |
0 |
0 |
0 |
Chemical oxygen demand by dichromate |
II. |
III. |
III. |
III. |
III. |
III. |
III. |
IV. |
III. |
Organic carbon |
II. |
III. |
III. |
III. |
III. |
V. |
III. |
IV. |
V. |
Absorbable organohalogens (AOX) |
IV. |
III. |
IV. |
III. |
II. |
III. |
III. |
III. |
III. |
Ammonia nitrogen |
I. |
I. |
II. |
II. |
II. |
II. |
II. |
IV. |
II. |
Nitrate nitrogen |
II. |
II. |
II. |
II. |
III. |
III. |
III. |
III. |
III. |
Total phosphorus |
III. |
III. |
III. |
III. |
III. |
IV. |
III. |
IV. |
IV. |
Chlorides |
I. |
I. |
I. |
I. |
III. |
III. |
IV. |
II. |
II. |
Sulphates |
I. |
I. |
I. |
I. |
II. |
III. |
III. |
III. |
III. |
Calcium |
I. |
I. |
I. |
I. |
I. |
II. |
I. |
I. |
I. |
Magnesium |
I. |
I. |
I. |
I. |
I. |
I. |
I. |
I. |
I. |
B – SPECIFIC ORGANIC COMPOUNDS |
II. |
II. |
II. |
II. |
III. |
IV. |
III. |
III. |
II. |
Dichlorobenzene – mixture of congeners |
0 |
0 |
0 |
0 |
0 |
0 |
0 |
0 |
0 |
Chlorobenzene |
I. |
I. |
I. |
I. |
0 |
0 |
0 |
0 |
0 |
1,2-dichloroethane |
I. |
I. |
II. |
I. |
0 |
0 |
0 |
0 |
0 |
Trichloroethene |
I. |
I. |
I. |
I. |
II. |
0 |
I. |
0 |
0 |
Tetrachloroethene |
I. |
I. |
II. |
I. |
I. |
0 |
0 |
0 |
0 |
Chloroform |
I. |
I. |
I. |
I. |
0 |
0 |
III. |
0 |
II. |
Tetrachloromethane |
I. |
I. |
I. |
I. |
0 |
0 |
0 |
0 |
0 |
Lindane |
I. |
I. |
I. |
I. |
0 |
0 |
0 |
0 |
0 |
Sum of PCB congeners |
I. |
I. |
I. |
II. |
0 |
IV. |
0 |
0 |
0 |
Sum of PAU (6 compounds) |
II. |
II. |
II. |
II. |
III. |
0 |
0 |
III. |
0 |
C – METALS AND METALLOIDS |
II. |
III. |
II. |
III. |
II. |
III. |
II. |
III. |
II. |
Chromium |
I. |
I. |
I. |
I. |
0 |
0 |
I. |
I. |
0 |
Manganese |
II. |
II. |
II. |
II. |
II. |
II. |
II. |
III. |
II. |
Iron |
II. |
III. |
II. |
III. |
I. |
III. |
II. |
II. |
II. |
Nickel |
II. |
II. |
II. |
II. |
I. |
I. |
I. |
II. |
0 |
Copper |
I. |
I. |
II. |
II. |
0 |
0 |
0 |
0 |
0 |
Zinc |
II. |
II. |
II. |
II. |
0 |
0 |
0 |
0 |
II. |
Cadmium |
I. |
II. |
II. |
II. |
0 |
III. |
0 |
0 |
0 |
Mercury |
I. |
I. |
I. |
I. |
0 |
0 |
0 |
0 |
0 |
Lead |
II. |
II. |
II. |
II. |
0 |
0 |
0 |
0 |
0 |
Arsenic |
II. |
II. |
II. |
II. |
II. |
II. |
II. |
II. |
I. |
D – MICROBILOGICAL AND BIOLOGICAL INDICATORS |
I. |
I. |
III. |
III. |
II. |
II. |
I. |
I. |
III. |
Faecal coliforms |
I. |
I. |
III. |
I. |
II. |
II. |
I. |
I. |
III. |
Enterococci |
0 |
0 |
0 |
0 |
0 |
0 |
0 |
0 |
0 |
Index of saprobic benthos |
0 |
0 |
0 |
III. |
0 |
0 |
0 |
0 |
0 |
Chlorophyll |
0 |
0 |
0 |
0 |
0 |
0 |
0 |
0 |
0 |
Source: ČHMÚ, Lesy hl. m. Prahy, MHMP
Tab. A - General physical and chemical indicators, concentrations and effluents, 2004
a) Concentrations
Code | Indicator | Unit | VL1044 | VL1045 | VL1046 | BE1090 | BO01 | KU02 | RO01 | SP07 |
---|---|---|---|---|---|---|---|---|---|---|
SPV |
Electrolytic conductivity |
mS.m-1 |
27,2000 |
32,8000 |
35,1000 |
42,5000 |
96,5000 |
111,0000 |
111,0000 |
110,0000 |
RL |
Dissolved matter |
mg.l-1 |
187,0000 |
215,0000 |
255,0000 |
292,0000 |
– |
– |
– |
– |
NRL |
Unsoluble matter |
mg.l-1 |
9,1700 |
17,3000 |
14,0000 |
22,0000 |
8,7200 |
18,7000 |
27,2000 |
46,8000 |
RO2 |
Dissolved oxygen |
mg.l-1 |
9,8600 |
10,5000 |
11,4000 |
12,5000 |
11,5000 |
10,6000 |
9,7600 |
8,8100 |
BSK |
Biochemical oxygen demand |
mg.l-1 |
1,5300 |
2,2100 |
2,8700 |
4,5100 |
3,7100 |
5,8000 |
7,5200 |
8,2700 |
CHM |
Chemical oxygen demand by permanganate |
mg.l-1 |
6,3500 |
6,3700 |
7,0000 |
6,2500 |
– |
– |
– |
– |
CHC |
Chemical oxygen demand by dichromate |
mg.l-1 |
17,8000 |
19,4000 |
22,0000 |
20,3000 |
22,1000 |
28,2000 |
36,8000 |
40,2000 |
TOC |
Organic carbon |
mg.l-1 |
8,1200 |
8,1700 |
9,3200 |
9,2400 |
9,6300 |
11,7000 |
14,2000 |
20,0000 |
AOX |
Absorbable organic halogens |
µg.l-1 |
18,5000 |
17,5000 |
20,0000 |
19,7000 |
14,9000 |
19,0000 |
22,0000 |
19,8000 |
NH4 |
Ammonia nitrogen |
mg.l-1 |
0,0325 |
0,0492 |
0,3320 |
0,0542 |
0,1480 |
0,2600 |
1,1300 |
0,7480 |
NO3 |
Nitrate nitrogen |
mg.l-1 |
3,0900 |
3,1000 |
3,2400 |
2,8400 |
3,2400 |
2,7400 |
3,0700 |
1,8100 |
PCL |
Total phosphorus |
mg.l-1 |
0,1000 |
0,1280 |
0,1900 |
0,1690 |
0,1670 |
0,2120 |
0,4430 |
0,5100 |
CL |
Chlorides |
mg.l-1 |
19,3000 |
23,4000 |
28,3000 |
34,2000 |
145,0000 |
168,0000 |
134,0000 |
137,0000 |
SO4 |
Sulphates |
mg.l-1 |
36,0000 |
45,0000 |
47,3000 |
59,0000 |
127,0000 |
155,0000 |
208,0000 |
192,0000 |
CA |
Calcium |
mg.l-1 |
26,8000 |
33,6000 |
34,8000 |
42,5000 |
86,8000 |
99,0000 |
107,0000 |
119,0000 |
MG |
Magnesium |
mg.l-1 |
6,8100 |
8,5200 |
8,3500 |
12,6000 |
20,0000 |
25,0000 |
26,3000 |
21,8000 |
Code | Indicator | Unit | VL1044 | VL1045 | VL1046 | BE1090 | BO01 | KU02 | RO01 | SP07 |
---|---|---|---|---|---|---|---|---|---|---|
PRT |
Flow rate |
m3.s-1 |
98,3000 |
121,0000 |
122,0000 |
23,4000 |
0,7540 |
0,0323 |
0,5660 |
0,1540 |
RL |
Dissolved matter |
t.r-1 |
621000,0000 |
847000,0000 |
1020000,0000 |
217000,0000 |
– |
– |
– |
– |
NRL |
Unsoluble matter |
t.r-1 |
19200,0000 |
75500,0000 |
47800,0000 |
14100,0000 |
252,0000 |
14,1000 |
471,0000 |
220,0000 |
RO2 |
Dissolved oxygen |
t.r-1 |
33800,0000 |
42900,0000 |
45800,0000 |
9720,0000 |
289,0000 |
12,0000 |
174,0000 |
51,2000 |
BSK |
Biochemical oxygen demand |
t.r-1 |
4910,0000 |
8000,0000 |
9530,0000 |
2850,0000 |
92,0000 |
5,2700 |
138,0000 |
41,7000 |
CHM |
Chemical oxygen demand by permanganate |
t.r-1 |
18700,0000 |
23600,0000 |
25600,0000 |
4340,0000 |
– |
– |
– |
– |
CHC |
Chemical oxygen demand by dichromate |
t.r-1 |
53000,0000 |
71900,0000 |
77100,0000 |
13800,0000 |
543,0000 |
24,7000 |
675,0000 |
184,0000 |
TOC |
Organic carbon |
t.r-1 |
24100,0000 |
30200,0000 |
34600,0000 |
6310,0000 |
233,0000 |
10,5000 |
251,0000 |
96,5000 |
AOX |
Absorbable organic halogens |
kg.r-1 |
60800,0000 |
71100,0000 |
79200,0000 |
13800,0000 |
395,0000 |
20,7000 |
421,0000 |
99,3000 |
NH4 |
Ammonia nitrogen |
t.r-1 |
134,0000 |
282,0000 |
1150,0000 |
60,7000 |
2,0400 |
0,4160 |
25,6000 |
3,3100 |
NO3 |
Nitrate nitrogen |
t.r-1 |
12000,0000 |
14400,0000 |
14700,0000 |
2460,0000 |
82,7000 |
3,6500 |
61,0000 |
10,0000 |
PCL |
Total phosphorus |
t.r-1 |
277,0000 |
488,0000 |
631,0000 |
113,0000 |
3,7200 |
0,1980 |
8,9000 |
2,8100 |
CL |
Chlorides |
t.r-1 |
63500,0000 |
93300,0000 |
106000,0000 |
25100,0000 |
4140,0000 |
241,0000 |
2540,0000 |
745,0000 |
SO4 |
Sulphates |
t.r-1 |
117000,0000 |
178000,0000 |
179000,0000 |
42600,0000 |
3160,0000 |
178,0000 |
3670,0000 |
963,0000 |
CA |
Calcium |
t.r-1 |
85400,0000 |
130000,0000 |
132000,0000 |
30800,0000 |
2110,0000 |
121,0000 |
1950,0000 |
581,0000 |
MG |
Magnesium |
t.r-1 |
21900,0000 |
33500,0000 |
31500,0000 |
9220,0000 |
476,0000 |
28,8000 |
467,0000 |
107,0000 |
Source: ČHMÚ, Lesy hl. m. Prahy, MHMP
Tab. B - Specific organic substances, concentration and effluents, 2004
a) Concentrations
Code | Name | Unit | VL1044 | VL1045 | VL1046 | BE1090 | BO01 | KU02 | RO01 | SP07 |
---|---|---|---|---|---|---|---|---|---|---|
CLB_2SUMA |
Dichlorobenzenes B19 – mixture |
ng.l-1 |
– |
– |
– |
– |
– |
– |
– |
– |
CLB_MCLB |
Chlorobenzene |
ng.l-1 |
0,0000 |
0,0000 |
0,0000 |
0,0000 |
– |
– |
– |
– |
CLC_12CLE |
1,2 - dichloroethane |
ng.l-1 |
0,0000 |
0,0000 |
0,0000 |
0,0000 |
– |
– |
– |
– |
CLC_3CLET |
Trichloroethene |
ng.l-1 |
0,0000 |
0,0000 |
5,0000 |
0,0000 |
33,2000 |
60,8000 |
– |
– |
CLC_4CLET |
Tetrachlorethene |
ng.l-1 |
0,0000 |
5,0000 |
142,0000 |
8,3300 |
0,0000 |
– |
– |
– |
CLC_CHCL3 |
Chloroform |
ng.l-1 |
0,0000 |
0,0000 |
48,3000 |
0,0000 |
0,0000 |
291,0000 |
– |
0,0000 |
CLC_CHCL4 |
Tetrachloromethane |
ng.l-1 |
0,0000 |
0,0000 |
0,0000 |
0,0000 |
– |
– |
– |
– |
PST_LIN |
Lindane |
ng.l-1 |
0,0000 |
0,0000 |
0,0000 |
0,0000 |
– |
– |
– |
– |
PCB_SUMA |
Sum of PCB congeners |
ng.l-1 |
0,0000 |
0,0000 |
0,0000 |
0,0000 |
– |
– |
– |
– |
PAU_SUMA |
Sum of PAH (6 compounds) |
ng.l-1 |
17,7000 |
24,9000 |
43,0000 |
23,0000 |
50,5000 |
– |
36,6000 |
– |
Code | Name | Unit | VL1044 | VL1045 | VL1046 | BE1090 | BO01 | KU02 | RO01 | SP07 |
---|---|---|---|---|---|---|---|---|---|---|
PRT |
Flow rate |
m3.s-1 |
98,3000 |
121,0000 |
122,0000 |
23,4000 |
0,7540 |
0,0323 |
0,5660 |
0,1540 |
CLB_2SUMA |
Dichlorobenzenes B19 – mixture |
g.r-1 |
– |
– |
– |
– |
– |
– |
– |
– |
CLB_MCLB |
Chlorobenzene |
g.r-1 |
0,0000 |
0,0000 |
0,0000 |
0,0000 |
– |
– |
– |
– |
CLC_12CLE |
1,2 - dichloroethane |
g.r-1 |
0,0000 |
0,0000 |
0,0000 |
0,0000 |
– |
– |
– |
– |
CLC_3CLET |
Trichloroethene |
g.r-1 |
0,0000 |
0,0000 |
13000,0000 |
0,0000 |
1300,0000 |
71,0000 |
– |
– |
CLC_4CLET |
Tetrachlorethene |
g.r-1 |
0,0000 |
16700,0000 |
614000,0000 |
6910,0000 |
0,0000 |
– |
– |
– |
CLC_CHCL3 |
Chloroform |
g.r-1 |
0,0000 |
0,0000 |
144000,0000 |
0,0000 |
0,0000 |
369,0000 |
– |
0,0000 |
CLC_CHCL4 |
Tetrachloromethane |
g.r-1 |
0,0000 |
0,0000 |
0,0000 |
0,0000 |
– |
– |
– |
– |
PST_LIN |
Lindane |
g.r-1 |
0,0000 |
0,0000 |
0,0000 |
0,0000 |
– |
– |
– |
– |
PCB_SUMA |
Sum of PCB congeners |
g.r-1 |
0,0000 |
0,0000 |
0,0000 |
0,0000 |
– |
– |
– |
– |
PAU_SUMA |
Sum of PAH (6 compounds) |
g.r-1 |
44400,0000 |
80900,0000 |
123000,0000 |
17000,0000 |
1330,0000 |
– |
609,0000 |
– |
Source: ČHMÚ, MHMP
Tab. C- Metals and metalloids, D - Microbiological and biological indicators, concentrations and effluents, 2004
a) Concentrations
Code | Indicator | Unit | VL1044 | VL1045 | VL1046 | BE1090 | BO01 | KU02 | RO01 | SP07 |
---|---|---|---|---|---|---|---|---|---|---|
CR |
Chromium |
µg.l-1 |
0,7000 |
0,8580 |
1,5600 |
1,5800 |
– |
0,0000 |
0,0000 |
– |
MN |
Manganese |
mg.l-1 |
0,0875 |
0,1030 |
0,0867 |
0,1070 |
0,0797 |
0,1700 |
0,2430 |
0,2300 |
FE |
Iron |
mg.l-1 |
0,2010 |
0,3630 |
0,3060 |
0,4680 |
0,1610 |
0,3420 |
0,4890 |
0,5150 |
NI |
Nickel |
µg.l-1 |
2,6700 |
2,9800 |
4,0800 |
4,1900 |
0,0000 |
0,0000 |
5,5200 |
– |
CU |
Copper |
µg.l-1 |
2,3700 |
2,8100 |
5,2800 |
3,5400 |
– |
– |
– |
– |
ZN |
Zinc |
µg.l-1 |
9,1700 |
23,3000 |
28,8000 |
10,8000 |
– |
– |
– |
7,6700 |
CD |
Cadmium |
µg.l-1 |
0,0267 |
0,1450 |
0,0775 |
0,2390 |
– |
– |
– |
– |
HG |
Mercury |
µg.l-1 |
0,0000 |
0,0000 |
0,0083 |
0,0000 |
– |
– |
– |
– |
PB |
Lead |
µg.l-1 |
1,1500 |
3,9000 |
2,0100 |
3,4500 |
– |
– |
– |
– |
AS |
Arsenic |
µg.l-1 |
2,7700 |
3,4700 |
3,2200 |
2,0900 |
0,3500 |
0,0000 |
0,9500 |
1,8000 |
FEK |
Faecal coliforms |
KTJ.ml-1 |
1,3300 |
6,1700 |
57,2000 |
9,7500 |
32,0000 |
27,0000 |
14,3000 |
3,0000 |
ENT |
Enterococci |
KTJ.ml-1 |
– |
– |
– |
– |
– |
– |
– |
– |
ISB |
Index of saprobic benthos |
– |
– |
– |
– |
– |
– |
– |
– |
|
CHL |
Chrophyll |
µg.l-1 |
– |
– |
– |
– |
– |
– |
– |
– |
Code | Indicator | Unit | VL1044 | VL1045 | VL1046 | BE1090 | BO01 | KU02 | RO01 | SP07 |
---|---|---|---|---|---|---|---|---|---|---|
PRT |
Flow rate |
m3.s-1 |
98,3000 |
121,0000 |
122,0000 |
23,4000 |
0,7540 |
0,0323 |
0,5660 |
0,1540 |
CR |
Chromium |
kg.r-1 |
2280,0000 |
3950,0000 |
5350,0000 |
1210,0000 |
– |
0,0000 |
0,0000 |
– |
MN |
Manganese |
t.r-1 |
238,0000 |
427,0000 |
319,0000 |
71,8000 |
2,1500 |
0,1920 |
4,4700 |
1,0000 |
FE |
Iron |
t.r-1 |
681,0000 |
1910,0000 |
1240,0000 |
354,0000 |
4,0200 |
0,2720 |
8,4200 |
2,2000 |
NI |
Nickel |
kg.r-1 |
8300,0000 |
11500,0000 |
13900,0000 |
3170,0000 |
0,0000 |
0,0000 |
96,7000 |
– |
CU |
Copper |
kg.r-1 |
7660,0000 |
11200,0000 |
17800,0000 |
2460,0000 |
– |
– |
– |
– |
ZN |
Zinc |
kg.r-1 |
31000,0000 |
117000,0000 |
101000,0000 |
9520,0000 |
– |
– |
– |
49,2000 |
CD |
Cadmium |
kg.r-1 |
68,4000 |
772,0000 |
243,0000 |
174,0000 |
– |
– |
– |
– |
HG |
Mercury |
kg.r-1 |
0,0000 |
0,0000 |
13,5000 |
0,0000 |
– |
– |
– |
– |
PB |
Lead |
kg.r-1 |
3060,0000 |
23700,0000 |
7410,0000 |
2450,0000 |
– |
– |
– |
– |
AS |
Arsenic |
kg.r-1 |
7450,0000 |
12500,0000 |
10500,0000 |
1370,0000 |
3,4900 |
0,0000 |
17,9000 |
4,5100 |
FEK |
Faecal coliforms |
10^12 j.r-1 |
4750,0000 |
27800,0000 |
191000,0000 |
9610,0000 |
657,0000 |
32,3000 |
228,0000 |
11,1000 |
ENT |
Enterococci |
10^12 j.r-1 |
– |
– |
– |
– |
– |
– |
– |
– |
CHL |
Chlorophyll |
kg.r-1 |
– |
– |
– |
– |
– |
– |
– |
– |
Source: ČHMÚ, MHMP