January 2007

Development of operational tools for
monitoring, laboratory and information
management
Objective 1: Review and assessment of TNMN
Final Report

AUTHORS

PREPARED BY:
Environmental Institute, s.r.o.

AUTHORS:
Jaroslav Slobodnik, Jarmila Makovinska

Environmental Institute, s.r.o.,

Okruzna 784/42, 972 41 Kos,
Slovak Republic

ei@ei.sk

DEVELOPMENT OF OPERATIONAL TOOLS FOR MONITORING, LABORATORY AND INFORMATION MANAGEMENT
Review and Assessment of TNMN Final Report
page 1

TABLE OF CONTENTS
ABBREVIATIONS ........................................................................................................... 2
1.
Objectives of the assignment ............................................................................... 3
2.
State of matter .................................................................................................. 4
3.
Proposal for Surveillance monitoring I: Monitoring of surface water status .................. 6
3.1.
Selection of monitoring sites ............................................................................ 6
3.2.
Quality elements and frequency of monitoring .................................................... 8
3.2.1. Parameters indicative of all biological quality elements ...................................... 9
3.2.2. Parameters indicative of all hydromorphological quality elements........................ 9
3.2.3. Parameters indicative of all general physico-chemical quality elements ...............12
3.2.4. Priority list pollutants and other pollutants discharged into the river basin or
sub-basin...................................................................................................12
4.
Proposal for Surveillance Monitoring II: Monitoring of specific pressures ....................15
4.1.
Selection of monitoring sites ...........................................................................15
4.2.
Quality elements and frequency of monitoring ...................................................16
4.2.1. Parameters indicative of selected biological quality elements .............................16
4.2.2. Parameters indicative of general physico-chemical quality elements and
priority list pollutants and other pollutants discharged into the river basin or
sub-basin...................................................................................................17
5.
Proposal for operational monitoring of surface water status .....................................19
5.1.
Selection of monitoring sites ...........................................................................19
5.2.
Quality elements and frequency of monitoring ...................................................19
REFERENCES ...............................................................................................................20
Annex 1: List of monitoring sites for Surveillance Monitoring I - monitoring of surface water status
Annex 2: List of quality elements and monitoring frequencies for Surveillance Monitoring I -
monitoring of surface water status
Annex 3: List of monitoring sites for Surveillance Monitoring II - monitoring of specific pressures
Annex 4: List of monitoring sites for Operational Monitoring
Annex 5: List of quality elements and monitoring frequencies for Operational Monitoring

LIST OF TABLES
Table 1: A rough estimate of the minimum number of SM 1 sites ......................................... 7
Table 2: Timeframe for monitoring .................................................................................. 8
Table 3: Quality elements and parameters surveillance monitoring hydromorphology
for rivers........................................................................................................11
Table 4: Quality elements and parameters surveillance monitoring hydromorphology
for coastal waters............................................................................................11
Table 5: List of priority substances .................................................................................13
Table 6: List of chemical quality elements to be used in SM 2 as well as their proposed
monitoring frequencies.....................................................................................18
UNDP/GEF DANUBE REGIONAL PROJECT

page 2

ABBREVIATIONS

AOX
Adsorbable Organic Halogens
DABLAS
Danube Black Sea Task Force Project
DOC
Dissolved Organic Carbon
DRB
Danube River Basin
DRP
Danube Regional Project
DRPC
Danube River Protection Convention
EC/EEA
European Commission / European Environment Agency
ECO EG
Ecological Expert Group
EG Expert
Group
EI Environmental
Institute
EQO
Environmental Quality Objectives
EQS
Environmental Quality Standards
EU European
Union
EU WFD
EU Water Framework Directive
GEF
Global Environment Facility
ICPDR
International Commission for the Protection of the Danube River
JDS
Joint Danube Survey
MLIM EG
Monitoring, Laboratory and Information Management Expert Group
OSS
Open Source Software
PHS
Priority Hazardous Substances
PS Priority
Substances
RBM EG
River Basin Management Expert Group
RBMP
River Basin Management Plan
TNMN
Trans-National Monitoring Network
TOC
Total Organic Carbon
UNDP
United Nations Development Programme
WFD CIS
WFD Common Implementation Strategy
WISE
Water Information System for Europe

ENVIRONMENTAL INSTITUTE / J. Slobodnik, J, Makovinska

Development of Operational Tools for Monitoring, Laboratory and Information Management
page 3

1. OBJECTIVES OF THE ASSIGNMENT
The objective of the assignment on Development of operational tools for monitoring, laboratory
and information management is the following:
> To review the current TNMN network taking into account the requirements of the ICPDR
and to provide a recommendation for the upgrade of the TNMN in line with the WFD and
other drivers including developments on data reporting at a European level (e.g. Water
Information System for Europe WISE);
> To develop a biological monitoring database in line with the recommendations of the
ICPDR's MLIM EG; and,
> To prepare harmonised water quality objectives and standards for nutrients leading to an
agreed water classification system (compliant with the WFD) for the Danube River Basin.
UNDP/GEF DANUBE REGIONAL PROJECT

Review and Assessment of TNMN Final Report
page 4

2. STATE
OF
MATTER
The Danube Regional Project (DRP) has been established to contribute to the sustainable human
development in the Danube River Basin (DRB) through reinforcing the capacities in the basin to
develop effective co-operation to ensure the protection of the Danube River. The objective of the
DRP is to complement the activities of the International Commission for the Protection of the
Danube River (ICPDR) to provide a regional approach to the development of national policies and
legislation and the definition of actions for nutrient reduction and pollution control in the DRB.
This project represents an activity within the DRP's objective of "Reinforcement of monitoring,
evaluation and information systems to control transboundary pollution, and to reduce nutrients and
harmful substances" and aims primarily to assist the ICPDR's Monitoring and Assessment Expert
Group (MA EG) with the development (or upgrade) of operational tools necessary for the water
quality management. Specifically this is to: review, and where necessary, upgrade the Trans-
National Monitoring Network (TNMN) to reflect the changes in monitoring under the EU Water
Framework Directive and other drivers; to develop and assist with implementing a biological
database; and, to prepare harmonised water quality objectives and standards for nutrients for the
Danube River Basin. This assignment builds on previous work undertaken by the MLIM EG and in
Phase 1 of the UNDP/GEF Danube Regional Project.
The proposal for the revision of TNMN was presented to the MA EG at its 1st meeting (1st Progress
Report) and an opinion of the Danube monitoring experts was requested. To ensure an effective
feedback from the MA EG, four small drafting groups were then created to deal with particular
issues of the TNMN revision (Monitoring Strategy, Hydromorphology, Biology, Chemistry). The
drafting groups were asked to propose revision of the TNMN concept presented by UNDP/GEF and
to send it to the Secretariat by 30 April. However, in the meantime, the Drafting Group on
Monitoring Strategy revised substantially the major philosophy of the original TNMN concept. This
caused a delay in responses from the other Drafting Groups and did not enable the UNDP/GEF
Project Team to keep the originally planned time schedule.
At the 2nd MA EG meeting in May 2006 following aspects of the new TNMN revision (Strategy for
the development of WFD compliant monitoring programmes at the basin-wide level) were
addressed:
>
The number of sampling sites in each proposed type of the surveillance monitoring can
be up to 100, which may theoretically lead to 200 sites altogether; however, as the
sites for both types of monitoring may be the same, the real number of sites will be
lower.
>
There is a major difference between the surveillance monitoring of specific pressures
(SM2) and the operational monitoring SM2 will continue even though a good status
will be achieved.
>
The operational monitoring will provide information on the status/compliance of the
water bodies; the list of monitoring sites for each relevant water body should be
attached.
>
Harmonized reporting on the status of a water body can be problematic as there are at
present practically no agreed common metrics for BQE (reference given to IC exercise);
In the initial phase the status assessment will be based on the national methods used
for preparation of national reports.
>
Monitoring of trends is required by WFD and the monitoring frequency once in six years
is insufficient for this purpose that is why it is recommended to continue with the
current TNMN frequency in SM2.
ENVIRONMENTAL INSTITUTE / J. Slobodnik, J, Makovinska

Development of Operational Tools for Monitoring, Laboratory and Information Management
page 5

>
The surveillance monitoring of ecological status (SM1) will focus on water bodies we
need to nominate the relevant water bodies and to list the monitoring sites for those
bodies.
>
In case of SM2, every relevant river crossing a national border should have a
monitoring station.
>
SM1 was agreed to be carried out once in six years; the countries will decide in which
year of the 6-year cycle they will monitor. Reporting will be performed in the 6th year of
the cycle.
>
In future, there will be a revision of water body delineation (Germany, Austria).
Based on the above-mentioned comments the Drafting Group on Monitoring Strategy finalized the
TNMN Strategy Paper (version 6.4).
The MA EG at its 2nd meeting asked the UNDP/GEF DRP to continue with its assistance to the TNMN
upgrade taking into account the latest outcomes from the Drafting Group as well as the reporting
needs of the EU WFD. In reference to this request the UNDP/GEF DRP agreed to extend its support
activities to the MA EG.
In the initial phase of the contract extension activities the project team prepared two reporting
templates for the Surveillance Monitoring of Surface Water Status and for the Operational
Monitoring. The data fields in the templates were focussed on the basic characteristics of the
monitoring sites and on description of the monitoring variables (quality elements, frequencies,
analytical methodologies). A guiding document for preparation of the templates was Reporting
Sheets for Reporting Monitoring Requirements prepared by EC DG ENV. The templates were
distributed to the MA EG members in September 2006. The responses to the enquiry received until
15 October 2006 were used for preparation of 5th Progress Report and distributed to the MA EG.
The MA EG at its 3rd meeting discussed the technical details provided in the 5th Progress Report and
decided upon the monitoring variables for Surveillance monitoring of specific pressures (SM2). All
those decisions were referred to during revision of Chapter 4 of this report.
The proposals for Surveillance monitoring of surface water status (SM1) and Operational
monitoring have informational character and can be used by national monitoring experts as a help
during design of surveillance and operational monitoring networks at the country level.
The philosophy that was referred to during preparation of the final version of Chapter 4 in this
report corresponds with the TNMN Strategy Paper version 7.x.
Based on the agreements of the 3rd MA EG meeting and collecting the information on monitoring
sites and monitoring variables the consultants prepared a final version of the report, which was
submitted to the ICPDR. The ICPDR at its 9th Ordinary Meeting in December 2006 endorsed the
Summary Report to EU on monitoring programmes designed under Article 8 ("WFD Roof report on
Monitoring"). The MA EG was mandated to prepare the final draft (version 2) of the Summary
Report to EU on monitoring programmes designed under Article 8 ("WFD Roof report on
Monitoring") for submission to the European Commission by completing the annexes with the lists
of monitoring sites based on information not available in November 2006. These annexes, which
represent an essential outcome of this project activity, were updated by the Project Team in
January 2007 and submitted to the 4th MA EG. The MA EG at its 4th meeting made a final review of
the design of monitoring programmes and proposed minor changes to it. All those changes were
incorporated into this report to produce its final version. The revision of TNMN as proposed by the
TNMN Strategy Paper and by this report was also endorsed by the River Basin Management Expert
Group of the ICPDR.
UNDP/GEF DANUBE REGIONAL PROJECT

Review and Assessment of TNMN Final Report
page 6

3. PROPOSAL
FOR
SURVEILLANCE MONITORING I:
MONITORING OF SURFACE WATER STATUS
The design of surveillance monitoring I (SM 1) is based on WFD Annex V, 1.3.1. The monitoring
network is based on the national surveillance monitoring networks and the operating conditions are
harmonized between the national and basin-wide levels to minimise the efforts and maximise the
benefits. The criteria for selecting monitoring points have been modified to meet the scale of the
Danube River Basin District. Surveillance monitoring I will be carried out to provide an assessment
of the overall surface water status in the Danube River Basin District.

3.1. Selection of monitoring sites
Surveillance monitoring will be carried out on a sufficient number of surface water bodies to
provide an assessment of the overall surface water status within each catchment or sub-catchment
within the Danube River Basin District. The selection of monitoring sites is based on the criteria
given in WFD Annex V, 1.3.1., but has been modified to address the large scale of the Danube
River Basin District. According to the agreed strategy the Contracting Parties should select the
monitoring sites primarily in those water bodies, in which the rate of water flow is significant within
the river basin district as a whole; each river shown in the Danube River Basin District overview
map shall have at least one monitoring site applying the following criteria:
>
rivers with catchments of 4000 km² < x < 8000 km² shall have one surveillance
monitoring site;
>
rivers with catchments > 8000 km² shall include one monitoring point per 8000 km²;
>
the Danube River shall have at least one monitoring site in each Danube river section
type.
For the considerations on selection of the monitoring sites also an additional set of criteria, which
are in line with the WFD, was recommended:
>
Significant bodies of water cross a Contracting Parties State boundary;
>
Sites identified under the Information Exchange Decision 77/795/EEC; and
>
at such other sites as are required to estimate the pollutant load which is transferred
across the Contracting Parties state boundaries, and which is transferred into the
marine environment.

Applying the basic geographical criteria as mentioned above and referring to the sub basins as
given in the Roof report 2004 the following indicative table was prepared that provides a rough
estimate of the minimum number of SM 1 sites:
ENVIRONMENTAL INSTITUTE / J. Slobodnik, J, Makovinska

Development of Operational Tools for Monitoring, Laboratory and Information Management
page 7

Table 1: A rough estimate of the minimum number of SM 1 sites
River Mouth
at
Length
Size of
Average
Minimum #
Danube
[km]
catchment
discharge
Monitoring
[rkm]
[km²]1
[m³/s]
Points
Danube River
0
2,780
801,463
6,460
10
Lech 2,497
254

4,125
115
1
Naab 2,385
191
5,530

49
1
Isar 2,282
283
8,964
174
1
Inn 2,225
515
26,130
735
3
Traun 2,125
153
4,257
150
1
Enns 2,112
254
6,185
200
1
Morava/March 1,880 329 26,658
119
3
Raab/Rába
2
311
10,113
88
1
Vah
1,766
398
18,296
161
2
Hron
1,716
278
5,463
55
1
Ipel/Ipoly 1,708
197
5,108
22 1
Sió3
1,498
121
9,216
39
1
Drau/Drava 1,382
893
41,238 577 5
Tysa/Tisza/Tisa 1,214
966 157,186
794

20
Sava 1,170
861
95,719
1,564
12
Tamis/Timis 1,154 359 10,147 47
1
Morava (CS)
1,103
430
37,444
232
5
Timok 846
180
4,630
31

1
Jiu 694
339
10,080

86
1
Iskar 636
368
8,684
54
1
Olt 604
615
24,050
174
3
Yantra 537
285
7,879
47
1
Arges 432
350
12,550
71
1
Ialomita 244
417
10,350
45 1
Siret 155
559
47,610
240
6
Prut 132
950
27,540
110
3
TOTAL

88
1 For the purpose of comparison the size of the catchments was calculated using GIS on the basis of the DRBD
overview map. These values may differ slightly from the official data, because other methods of calculation
have been used.
2 The Raab/Rába flows into the Mosoni Duna, an arm of the Danube, at rkm 14.
3 Sió River is the outflowing river of Lake Balaton, which has in itself a catchment area of 5,737 km². The total
catchment area of Lake Balaton and Sió River is 14,953 km².

Using the templates prepared on a basis of a WFD reporting sheets an enquiry was organized in
2006/2007 to collect the national nominations for the SM 1 sites. The list of the SM1 sampling sites
in the Danube River Basin District is presented in Annex 1.

UNDP/GEF DANUBE REGIONAL PROJECT

Review and Assessment of TNMN Final Report
page 8

3.2. Quality elements and frequency of monitoring
The selection of quality elements results from the requirements for surveillance monitoring as
defined in Annex V, 1.3.1. WFD. Surveillance monitoring will be carried out for each monitoring site
for a period of one year during the period covered by a river basin management plan for
>
parameters indicative of all biological quality elements,
>
parameters indicative of all hydromorphological quality elements,
>
parameters indicative of all general physico-chemical quality elements,
>
priority list pollutants which are discharged into the river basin or sub-basin, and
>
other pollutants discharged in significant quantities in the river basin or sub-basin,
unless the previous surveillance monitoring exercise showed that the body concerned reached good
status and there is no evidence from the review of impact of human activity in Annex II that the
impacts on the body have changed. In these cases, surveillance monitoring will be carried out once
every three river basin management plans.
Surveillance monitoring I has to be undertaken for at least a period of one year during the period
of a RBMP. The deadline for the first RBMP is 22 December 2009. The monitoring programmes
must start by 22 December 2006. The first results will be needed for the first draft RBMP to be
published at the end of 2008, and then for the finalised RBMPs at the end of 2009. This is a formal
requirement of WFD. As for the minimum requirements on monitoring frequencies for all quality
elements, monitoring shall be carried out at least once during the surveillance monitoring period.
Table 2: Timeframe for monitoring
Quality element
Rivers
Lakes
Transitional
Coastal
Biological
Phytoplankton
6 months
6 months
6 months
6 months
Other aquatic flora
3 years
3 years
3 years
3 years
Macro invertebrates
3 years
3 years
3 years
3 years
Fish
3 years
3 years
3 years

Hydromorphological
Continuity 6
years

Hydrology continuous
1
month

Morphology
6 years
6 years
6 years
6 years
Physico-chemical
Thermal conditions
3 months
3 months
3 months
3 months
Oxygenation
3 months
3 months
3 months
3 months
Salinity
3 months
3 months
3 months

Nutrient status
3 months
3 months
3 months
3 months
Acidification status
3 months
3 months

Other pollutants
3 months
3 months
3 months
3 months
Priority substances
1 month
1 month
1 month
1 month

WFD Monitoring Guidance points out that some determinands and quality elements will be very
variable (natural, anthropogenically caused and due to sampling error) in particular water bodies. A
lot of monitoring in terms of numbers of sites and frequency of monitoring might thus be required
to obtain high or sufficient levels of confidence and precision in a water body's status. There will of
course be a cost implication for Member States for the required monitoring. It is likely therefore,
that the levels of confidence and precision achievable will be balanced against the costs, i.e. an
ENVIRONMENTAL INSTITUTE / J. Slobodnik, J, Makovinska

Development of Operational Tools for Monitoring, Laboratory and Information Management
page 9

assessment of the cost-effectiveness of the monitoring programme may be undertaken. In short,
the provision of reliable information from monitoring programmes will allow measures to be
effectively and efficiently targeted.

3.2.1. Parameters indicative of all biological quality elements
For rivers, the biological parameters chosen to be indicative of the status of each biological element
such as the aquatic flora, macro-invertebrates and fish must be monitored for. For example, in the
case of the aquatic flora, the parameters might be (i) presence or absence of indicator species or
(ii) the population structure. WFD indicates that monitoring of the biological quality elements must
be at an appropriate taxonomic level to achieve adequate confidence and precision in the
classification of the quality elements.
A basic design of surveillance parameters for biological quality elements for consideration is as
follows:
>
Phytoplankton: Chlorophyll (biomass), species composition and abundance.
Determination down to species level.
>
Phytobenthos (diatom algae): Species composition and abundance. Determination
down to species level.
>
Macrophytes (water plants): Species composition and abundance. Determination down
to species level. Abundance per growth form (submerged, floating, emerged water
plants, flab, duckweed and riparian plants).
>
Benthic invertebrates: Species composition and abundance. Determination down to
species level.
>
Fish: Species composition, abundance and age structure. The use of the Austrian Fish
Index and EFI to be considered.
The List of biological quality elements reported by Danube countries to be used in SM 1 as well as
their monitoring frequencies applied at the national level are given in Annex 2.

3.2.2. Parameters indicative of all hydromorphological quality elements
Surveillance monitoring shall be carried out for each monitoring site for a period of one year during
the period covered by a river basin management plan for parameters indicative of all
hydromorphological quality elements. Hydromorphological elements supporting the biological
elements listed in WFD are following:
>
Hydrological regime
o quantity and dynamics of water flow
o connection to groundwater bodies
>
River continuity
>
Morphological conditions
o river depth and width variation
o structure and substrate of the river bed
o structure of the riparian zone
According to the Roof report 2004, the most important hydromorphological pressures are related to
hydropower use, navigation and flood defence measures. In this report it is also stressed that:
UNDP/GEF DANUBE REGIONAL PROJECT

Review and Assessment of TNMN Final Report
page 10

>
Methods for the assessment of significant hydromorphological alterations need to be
harmonised. A type-specific approach would be advisable.
>
Further research is needed on the link between hydromorphological pressures and the
response of the biota. Ecological classification systems should be developed in a way to
also assess hydromorphological degradation. Common methods would be needed (e.g.
common sampling method, common approach for the analysis and interpretation of
results, stressor specific multimetric classification systems).
>
Future monitoring networks need to include sites that are "at risk" of failing to reach
the environmental objectives due to impacts from hydromorphological pressures.
At present, the analysis of hydromorphological quality elements within TNMN is limited only to
quantity of water flow. To comply with WFD, TNMN has to be amended with a regular analysis of a
full set of hydromorphological parameters. More important, at this point, is setting of a jointly
harmonized methodological approach throughout the whole Danube River Basin.
Proposal for selection of hydromorphological quality elements for rivers as given in the WFD
Monitoring Guidance is presented below. The mandatory quality elements specified in Annex V.1.2
are indicated in blue; the recommended quality elements are in orange.

The tables below represent an example of parameters for monitoring in respect of surveillance
monitoring hydromorphology in flowing and coastal waters. The Dutch Monitoring Guidance was
applied as the source document.
The compulsory quality elements from the Water Framework Directive are taken as a starting point
for the tables. One or more indicators are given for each quality element. There are two types of
indicators. On the one hand there are indicators that basically represent the hydromorphological
functioning (such as depth division, water balance); on the other hand there are a number of
indicators that are strongly linked to human intervention (such as % length of artificial
embankment).
ENVIRONMENTAL INSTITUTE / J. Slobodnik, J, Makovinska

Development of Operational Tools for Monitoring, Laboratory and Information Management
page 11

Table 3: Quality elements and parameters surveillance monitoring hydromorphology for
rivers
Quality
Sub-elements
Parameter
element
Continuity

Number, location and possibility to cross barriers
Accessibility/connectivity for fish
Hydrological
Quantity and dynamics
Water level
regime
of the water flow
Discharge, current velocity
Degree of free run-off
Degree of natural discharge pattern
Connection
with
Groundwater level
groundwater bodies
Morphological
Variation of depth and
River course
conditions
width of the river
Cross section and degree of naturalness

Structure and substrate Presence of artificial river bed
of the river bed
Degree of naturalness in substrate composition
of the river bed
Erosion/sedimentation structures

Structure of the
Presence of embankment zone
riparian zone
Land use of embankments
Land use of flood plain/river valley
Possibility for entirely natural inundation
Possibility for entirely natural meandering

Table 4: Quality elements and parameters surveillance monitoring hydromorphology for
coastal waters.
Quality element S ub-elements
Parameter
Tidal regime
General
1. Tidal amplitude
2. Discharge flow of freshwater

Velocity wave
3. Wave climate category

Dominant direction of
4. Dominant direction of flow and current velocity
flow
Continuity

Morphology General

Depth variation
5. Water depth variation
6. Hypsometric curve or depth division

Structure and substrate
7. Type of soil (natural, artificial)
of bed
8. Composition of substrate

Structure of the tidal
9. Type of inter tidal area (banks, tidal flats, dry
zone
shoal)
10. Type of bank (natural, artificial)
11. Coast and embankment zone
12. Land use of tidal zone

All the parameters shown above should be taken as an example only. At present, there is a
discussion on specification of appropriate hydromorphological parameters for the Joint Danube
Survey 2, which is to be performed in 2007. The parameters that will be agreed for that purpose
UNDP/GEF DANUBE REGIONAL PROJECT

Review and Assessment of TNMN Final Report
page 12

could afterwards serve as a basis for final agreement on the parameters indicative of all
hydromorphological quality elements for the SM 1.
The List of hydromorphological quality elements reported by Danube countries to be used in SM 1
as well as their monitoring frequencies applied at the national level are given in Annex 2.

3.2.3. Parameters indicative of all general physico-chemical quality elements
Proposal for selection of physico-chemical quality elements for rivers as given in the WFD
Monitoring Guidance is presented below. The mandatory quality elements specified in Annex V.1.2
are indicated in blue; the recommended quality elements are in orange.

The List of physico-chemical quality elements reported by Danube countries to be used in SM 1 as
well as their monitoring frequencies applied at the national level are given in Annex 2.

3.2.4. Priority list pollutants and other pollutants discharged into the river
basin or sub-basin.
These substances are described in the WFD. Substances in this list need not be monitored if it can
be explained that they are not present in the river basin (on the basis of monitoring or discharge
data, for example). Until such an explanation will be available from the results of national
screenings all the 33 priority substances identified in the Decision No. 2455/2001/EC should be on
the list of determinands:
ENVIRONMENTAL INSTITUTE / J. Slobodnik, J, Makovinska

Development of Operational Tools for Monitoring, Laboratory and Information Management
page 13

Table 5: List of priority substances
CAS
number
(2)
EU number (3)
Name of priority substances or
groups of substances
15972-60-8 240-110-8
Alachlor
120-12-7
204-371-1
Anthracene
1912-24-9
217-617-8
Atrazine
71-43-2
200-753-7
Benzene

not applicable
not applicable
Brominated diphenylethers

7440-43-9
231-152-8
Cadmium and its compounds
85535-84-8 287-476-5
C10-13-chloroalkanes
470-90-6
207-432-0
Chlorfenvinphos
2921-88-2
220-864-4
Chlorpyrifos
107-06-2
203-458-1
1,2-Dichloroethane
75-09-2
200-838-9
Dichloromethane
117-81-7
204-211-0
Di(2-ethylhexyl)phthalate
(DEHP)
330-54-1
206-354-4
Diuron
115-29-7
204-079-4
Endosulfan
959-98-8
not
applicable (alpha-endosulfan)
206-44-0
205-912-4
Fluoranthene
118-74-1
204-273-9
Hexachlorobenzene
87-68-3
201-765-5
Hexachlorobutadiene
608-73-1
210-158-9
Hexachlorocyclohexane
58-89-9
200-401-2
(gamma-isomer,
Lindane)
34123-59-6 251-835-4
Isoproturon

7439-92-1
231-100-4
Lead and its compounds

7439-97-6
231-106-7
Mercury and its compounds
91-20-3
202-049-5
Naphthalene

7440-02-0
231-111-4
Nickel and its compounds
25154-52-3 246-672-0
Nonylphenols
104-40-5
203-199-4
(4-(para)-nonylphenol)
1806-26-4
217-302-5
Octylphenols
140-66-9
not
applicable (para-tert-octylphenol)
608-93-5
210-172-5
Pentachlorobenzene
87-86-5
201-778-6
Pentachlorophenol

not applicable
not applicable
Polyaromatic hydrocarbons
50-32-8
200-028-5
(Benzo(a)pyrene)
205-99-2
205-911-9
(Benzo(b)fluoranthene)
191-24-2
205-883-8
(Benzo(g,h,i)perylene)
207-08-9
205-916-6
(Benzo(k)fluoranthene)
193-39-5
205-893-2
(Indeno(1,2,3-cd)pyrene)
122-34-9
204-535-2
Simazine
688-73-3
211-704-4
Tributyltin
compounds
36643-28-4 not
applicable (Tributyltin-cation)
12002-48-1 234-413-4
Trichlorobenzenes
120-82-1
204-428-0
(1,2,4-Trichlorobenzene)
67-66-3
200-663-8
Trichloromethane
(Chloroform)
1582-09-8
216-428-8
Trifluralin

UNDP/GEF DANUBE REGIONAL PROJECT

Review and Assessment of TNMN Final Report
page 14

Other polluting substances
There is still a lack of clarity about the definition of 'other polluting substances'. A proposal for an
EC Directive on environmental quality standards and pollution control in the field of water policy
lists eight other pollutants: DDT, Aldrin, Dieldrin, Endrin, Isodrin, Carbontetrachloride,
Trichloroethylene and Tetrachloroethylene.
Moreover, for each river basin, the international commission should establish a list of the relevant
substances that also determine the choice of substances in the river basin if they are discharged.
The ICPDR agreed on the additional priority substances out of which following determinands belong
into this category: Arsenic, Copper, Zinc and Chromium.
The priority and other polluting substances reported by Danube countries to be used in SM 1 as
well as their monitoring frequencies applied at the national level are given in Annex 2.
ENVIRONMENTAL INSTITUTE / J. Slobodnik, J, Makovinska

Development of Operational Tools for Monitoring, Laboratory and Information Management
page 15

4. PROPOSAL
FOR
SURVEILLANCE MONITORING II:
MONITORING OF SPECIFIC PRESSURES
TNMN Strategy Paper explains that Surveillance Monitoring II (SM 2) is supplementary to
Surveillance Monitoring I and aims at monitoring of specific pressures of basin-wide importance.
This monitoring programme has somewhat the character of operational monitoring sensu WFD,
since it is geared to monitor specific pressures and trends. On the other hand it is conceived as a
long-term monitoring scheme (in general no exclusion of sites as it is foreseen for WFD operational
monitoring). It is, therefore, classified as pressure-specific surveillance monitoring. Selected quality
elements or specific determinands will be monitored at higher frequencies than in Surveillance
Monitoring I while other quality elements will not be monitored at all. A denser monitoring
programme is needed on specific pressures in the Danube River Basin District in order to allow a
sound and stable long-term trend assessment of specific pollutants and to achieve a sound
estimation of pollutant loads being transferred across states of Contracting Parties and into the
Black Sea.
Surveillance Monitoring II is based on the old TNMN and will be fitted to respond to the pressures
of basin-wide importance identified in the Danube Basin Analysis Report (Part A).
The monitoring network is based on the national monitoring networks and the operating conditions
are harmonized between the national and basin-wide levels to minimise the efforts and maximise
the benefits.
The objective of the Surveillance monitoring of specific pressures is to provide an assessment of
long-term trends of specific pollutants and create a sound basis for estimating loads being
transferred into the marine environment. Monitoring will provide information for:
>
Supplementing and validating the risk assessment detailed in the Danube Basin
Analysis (WFD Roof Report 2004) according to Annex II of WFD;
>
Efficient and effective design of future monitoring programmes;
>
Assessment of long-term changes resulting from widespread anthropogenic activity.

4.1. Selection of monitoring sites
The selection of monitoring sites is based on the following criteria:
>
Monitoring sites that have been monitored in the past and are therefore suitable for
long-term trend analysis; these include sites:
o Located just upstream/downstream of an international border;
o Located upstream of confluences between Danube and main tributaries or main
tributaries and larger sub-tributaries (to enable estimation of mass balances);
o Located downstream of the major point sources;
o Located to control important water uses.
>
Sites required to estimate pollutant loads (e.g. of nutrients or priority pollutants) which
are transferred across boundaries of Contracting Parties, and which are transferred into
the marine environment.
An enquiry was made in the Danube countries in cooperation with the MA EG during 2005/2006
with the view of collecting the candidate sites for SM 2. For nomination of the sites it was required
UNDP/GEF DANUBE REGIONAL PROJECT

Review and Assessment of TNMN Final Report
page 16

that the existing monitoring sites of TNMN should be reviewed in light of the new requirements and
in view of the altered objectives for pressure-specific monitoring as identified in the Danube Basin
Analysis Report (WFD Report 2004). The presented selection of sampling points is based on the
current TNMN monitoring sites. A list of the monitoring sites is presented in Annex 3.

4.2. Quality elements and frequency of monitoring
The physico-chemical determinands and biological quality elements were selected based on the
current monitoring of TNMN and the monitoring needs of WFD.
The collected data and assessments will be site-specific, not water body specific. The monitoring
programme will be designed in a way in order to allow nutrient modelling with the trans-national
"Danube Water Quality Model".
The monitoring programmes will address the pressures of basin-wide importance identified in the
Danube Basin Analysis Report (Part A):
>
Organic pollution
>
Nutrient pollution
>
Hydromorphological alterations
>
Hazardous substances
At this stage the surveillance monitoring of specific pressures will not include hydromorphological
quality elements. A concerted hydromorphological monitoring will be performed during the second
Joint Danube Survey in 2007. An experience gathered during that exercise will serve as a basis for
future considerations on incorporation of hydromorphological quality elements into SM 2.

4.2.1. Parameters indicative of selected biological quality elements
To cover pressures of basin-wide importance as organic pollution, nutrient pollution and general
degradation of the river, following biological quality elements are proposed for SM2:
>
Phytoplankton
>
Benthic invertebrates
>
Phytobenthos (benthic diatoms)

PHYTOPLANKTON - chlorophyll-a
For the SM2 the quantitative analysis phytoplankton biomass is proposed. The concentration of
the chlorophyll-a (µg.L-1) has a long tradition and the long term results are available. Sampling
frequency should be at least once a month within the vegetation period (April - September).
Samples should be taken bellow water surface - up to 0,5 m of the water column. The method of
analysis is ISO 10260: 1992 Water quality Measurement of biochemical parameter
Spectrometric determination of the chlorophyll-a concentration. The agreed frequency is once in a
month during the vegetation period.

BENTHIC MACROINVERTEBRATES - Saprobic index and number of families
Timing of the sampling should be focussed preferably to the low flow and autumn period due to the
stable water regime (once a year). The natural substrate of the large rivers is recommended for
ENVIRONMENTAL INSTITUTE / J. Slobodnik, J, Makovinska

Development of Operational Tools for Monitoring, Laboratory and Information Management
page 17

sampling. Preferably quantitative sampling should be done. Kick net can be used similarly as
described for small rivers. Other quantitative samplers can be used as, e.g., described in ISO 9391
(Sampling in deep waters for macro-invertebrates - guidance on the use of colonization, qualitative
and quantitative sampling). A selection of the method depends on the depth of the river, on the
type of substrate and other factors. The sample should be sieved through a mesh of 500 µm. As
detailed as possible identification of the benthic invertebrates is recommended. The agreed metrics
are as follows:
Mandatory parameters: Saprobic index and number of families are (1 x year, annually); Both
Pantle&Buck and Zelinka&Marvan SI are acceptable since the differences in results provided by
these two methods are considered not to be significant.
Optional parameters: ASPT and EPT taxa.

PHYTOBENTHOS (benthic diatoms) an optional parameter
Sampling should be focussed preferably to the autumn period due to the stable water regime as in
the case of macro-invertebrates (once a year). Areas of the river bed with naturally occurring hard
surfaces (e.g. large pebbles, cobbles, boulders) are recommended wherever possible (EN 13946:
Guidance standard for routing sampling and pre-treatment of benthic diatoms from rivers). Riffles
are preferred for the sampling. Determination of the diatoms should be to the species level (EN
14407: Guidance standard for identification, enumeration and interpretation of benthic diatom
samples from running waters). IBD index (probability of the occurrence within seven scale water
quality classes), IPS index (sensibility to the pollution) and EPI-D index (tolerance or resistance of
the species to the pollution level) are suggested to be used for assessment.

4.2.2. Parameters indicative of general physico-chemical quality elements and
priority list pollutants and other pollutants discharged into the river
basin or sub-basin
WFD Monitoring Guidance points out that some determinands and quality elements will be very
variable (natural, anthropogenically caused and due to sampling error) in particular water bodies. A
lot of monitoring in terms of numbers of sites and frequency of monitoring might thus be required
to obtain high or sufficient levels of confidence and precision in a water body's status. There will of
course be a cost implication for Member States for the required monitoring. It is likely therefore,
that the levels of confidence and precision achievable will be balanced against the costs, i.e. an
assessment of the cost-effectiveness of the monitoring programme may be undertaken. In short,
the provision of reliable information from monitoring programmes will allow measures to be
effectively and efficiently targeted.
As regards sampling frequencies in future TNMN, the TNMN Strategy Paper proposes that the
minimum requirement given in the WFD for the surveillance monitoring may not always be
adequate to achieve an acceptable level of confidence and precision in an assessment of certain
quality elements. The Directive for such cases enables to increase the frequencies of at least some
surveillance monitoring parameters and monitor more than once every sixth year at those
surveillance sites designed to detect long-term changes.
Therefore, it seems reasonable to increase for selected quality elements the surveillance frequency
of the monitoring cycle within the TNMN in order to provide a sound picture on the status of the
basin. The sampling frequency used in TNMN at present enables to preserve the current level of
long-term considerations and trend assumptions, as well as to maintain current statistical
confidence interval. Continuing the operation of TNMN on an annual basis would result in
UNDP/GEF DANUBE REGIONAL PROJECT

Review and Assessment of TNMN Final Report
page 18

achievement of a sound and stable overview on the status of surface waters in the Danube River
Basin. Depending on the specific quality elements an "increase" in sampling frequency may be the
maintenance of the current sampling frequency. The current practice to perform monthly sampling
for chemical determinands proved to be satisfactory for achieving statistical confidence (calculation
of 90 percentile and mean values) at reasonable costs. It is also recommended to maintain the
current sampling frequency for TNMN load assessment programme 26 times per year.
The current list of TNMN determinands was applied as a primary source for proposal of the new list
of chemical determinands for the surveillance monitoring of specific pressures. The reason for this
was an intention to maintain and extend the valuable information, which has been collected in the
TNMN database. Following documents, activities and formal commitments were taken into account
as supplementary factors:
>
The Danube List of Priority Substances
>
WFD Guidance Document No. 7 on Monitoring
>
Joint Danube Survey
>
Aquaterra Danube Survey
>
ICPDR reporting obligations to Black Sea Commission
Moreover, the considerations on the target determinand set were also based on:
>
Knowledge of use patterns of a substance (quantity and locations);
>
Pathways for inputs (diffuse and/or point source);
>
Existing information on potential ecological impacts;
>
Risk assessment performed in line with the Annex II of WFD;
>
Potential existing indications of toxic impacts (primarily using the outcomes of the 6th
EU Framework Programme project AQUATERRA).
The first draft list of chemical determinands with a respective justification was proposed in the 1st
Progress report. Afterwards, the Drafting Group on Chemistry commented and amended this
proposal. Based on these inputs the final draft list was elaborated.
The list of chemical quality elements to be used in SM 2 as well as their proposed monitoring
frequencies are shown below.
Owing to the fact that during flooding events substantial portions of the annual loads of suspended
solids and nutrients are transported it would be worth to consider increased sampling frequencies
for these parameters during flooding.
Monitoring in Reni for the load assessment programme is based on a special list agreed with the
Black Sea Commission. In this case the heavy metals should be reported as total.

Table 6: List of chemical quality elements to be used in SM 2 as well as their proposed
monitoring frequencies

Surveillance Monitoring 2
Water
Water

concentrations
load assessment
Parameter

Flow
anually / 12 x per year
daily
Temperature
anually / 12 x per year
ENVIRONMENTAL INSTITUTE / J. Slobodnik, J, Makovinska
Transparency (1)
anually / 12 x per year
Suspended Solids (5)
anually / 12 x per year
anually / 26 x per year
Dissolved Oxygen
anually / 12 x per year
pH (5)
anually / 12 x per year

Development of Operational Tools for Monitoring, Laboratory and Information Management
page 19

5. PROPOSAL
FOR
OPERATIONAL MONITORING OF SURFACE
WATER STATUS
The design of operational monitoring is based on WFD Annex V, 1.3.2. and will be carried out at
the national level. The operational monitoring will be undertaken in order to
>
establish the status of those bodies identified as being at risk of failing to meet their
environmental objectives, and
>
assess any changes in the status of such bodies resulting from the programmes of
measures.

5.1. Selection of monitoring sites
Operational monitoring has to be undertaken for all water bodies that have been identified as being
at risk of failing the relevant environmental objectives under Article 4 (review of the environmental
impact of human activities (Annex II) and/or from the results of the surveillance monitoring).
Monitoring must also be carried out for all bodies into which priority substances are discharged.
The operational monitoring, however, has certain specificity; it is focused only on relevant
parameters (i.e. indicating risk of failure) and it expires once a good status was achieved. On the
other hand, new monitoring sites may become necessary when new pressures arise so that water
bodies are no longer in the good status. EU Member States can amend their operational monitoring
programmes during the duration of a River Basin Management Plan where an impact is found not
to be significant or the relevant pressure is removed, and the ecological status is no longer less
than good.
Using the templates prepared on a basis of a WFD reporting sheets an enquiry was organized in
2006/2007 to collect the national nominations for the operational monitoring sites. The list of the
sampling sites for the operational monitoring in the Danube River Basin District is presented in
Annex 4.

5.2. Quality elements and frequency of monitoring
The selection of parameters for the operational monitoring is individual for a particular sampling
site that represents an affected water body.
The sampling frequency is not constant as this monitoring is expected to be operational only for a
limited time. Therefore, the overall outgoing information from an operational monitoring on a
basin-wide level will be variable in time and space and its structure would not fit very well with the
proposed frame for the surveillance TNMN focused on the long-term perspectives.
For these reasons the TNMN Strategy Paper does not define the needs for operational monitoring
any further. The details of implementing operational monitoring are therefore strictly a national
task. The working list of the quality elements for the operational monitoring at particular sites is
presented in Annex 4. Further information on monitoring methods as well as on the sampling
frequencies is given in Annex 5.

UNDP/GEF DANUBE REGIONAL PROJECT

Review and Assessment of TNMN Final Report
page 20

REFERENCES
DIRECTIVE 2000/60/EC OF THE EUROPEAN PARLIAMENT AND OF THE COUNCIL of 23 October
2000 establishing a framework for Community action in the field of water policy (Water
Framework Directive).
The Danube River Basin District. River basin characteristics, impact of human activities and
economic analysis required under Article 5, Annex II and Annex III, and inventory of protected
areas required under Article 6, Annex IV of the EU Water Framework Directive (2000/60/EC).
Part A Basin-wide overview (Short: "Danube Basin Analysis (WFD Roof Report 2004)") 18
March 2005. ICPDR, Vienna, Austria.
Guidance document No 7: Monitoring under the Water Framework Directive, Common
Implementation Strategy for the Water Framework Directive (2000/60/EC), © European
Communities, 2003.
"Harmonisation and streamlining the ICPDR reporting and information collection needs in line
with the EU directives and national obligations", WRc PLC Report to UNDP-GEF Danube Regional
Project, Report No.: UNDP-GEF 29032005, 8 April 2005, Authors: T. J. Lack and S. C. Nixon.
Reporting for Water Concept document: Towards a Shared Water Information System for
Europe (WISE), Common Implementation Strategy for the Water Framework Directive, Brussels,
January 2004.
J. Slobodník, A. Schmidt-Kloiber, J. Adamková, J. Makovinská, B. Vogel, B. Csányi (2003):
"Preparation of a proposal for connection/operational link of the data collected during the Joint
Danube Survey into ICPDR Information System, with particular attention to biological
database". UNDP/GEF Danube Regional Project. Strengthening the Implementation Capacities
for Nutrient Reduction and Transboundary Cooperation in the Danube River Basin. Project
Component 2.2: Support for TNMN and EMIS Inventory Harmonisation.
"Overall Approach to the Classification of Ecological Status and Ecological Potential". Working
Group 2A Ecological Status (ECOSTAT), November 2003.
"Guidance on establishing reference conditions and ecological status class boundaries for inland
surface waters". Produced by Working Group 2.3 Reference conditions for inland surface waters
(REFCOND), 30 April 2003.
Relationships between ecological and chemical status of surface waters. Contract No.: SSPI-CT-
2003-502158 REBECCA WP4 Rivers Deliverable D6: Report on existing methods and
relationships linking pressures, chemistry and biology in rivers. December 2004. SIXTH
FRAMEWORK PROGRAMME SPECIFIC TARGETED RESEARCH OR INNOVATION PROJECT
REBECCA.
ENVIRONMENTAL INSTITUTE / J. Slobodnik, J, Makovinska

Development of Operational Tools for Monitoring, Laboratory and Information Management

ANNEX 1: LIST OF MONITORING SITES FOR
SURVEILLANCE MONITORING I - MONITORING OF
SURFACE WATER STATUS
UNDP/GEF DANUBE REGIONAL PROJECT

SURVEILLANCE MONITORING 1
Template description
Attribute name
Description of the attribute
Values and codelists
Example values
RIVER
Name of the river
Danube
NAME
Locally used name of the sampling station
Jochenstein
LONGITUDE
Coordinates should be given in decimal
degrees in ETRS89
LATITUDE
Coordinates should be given in decimal
degrees in ETRS89
ALTITUDE
Altitude in metres
290
RKM
River kilometer
2204
PROFILE
Location in profile; left, middle, right
L, M, R
L
CATCH_AR
Total area of the catchment upstream the
77086
sampling point in km2
TNMN_CODE
TNMN code (if TNMN site)
L2130
EIONET
Code of the station in the EIONET
DE_RV_BY11
IED 77/795/EWG
Code of the station in the monitoring network in
G12
accordance with the Information Exchange
Decision 77/795/EWG
WB
Code for water body according to Article 5
DE1_134693_157710
report (Roof Report)
DRBC_CODE
Code for common water type in the Danube
Eastern Alpine Foothills
River Basin
Danube (Danube Section
Type 3)
SURVEIL
Is it a surveillance site in the national
Yes = Y, No = N
Y
programme?
OPERAT
Is it also an operational site in the national
Yes = Y, No = N
Y
programme?
REFERENCE
Is the sampling site a reference site?
Yes = Y, No = N
N
IC
Is the sampling site part of the intercalibration Yes = Y, No = N
N
network?
RISK
Is the water body at risk or possibliy at risk?
Yes = Y, No = N
Y
RISK CAT
Risk category
HYMO = hydromorphology, ORGP = organic HYMO
pollution, NUTR = nutrients, PSUB = priority
substances, OTH = other
MODIFIED
Is the water body heavily modified?
Yes = Y, No = N, ND = not decided
ND
SHARED
Is it a shared water body between countries?
Yes = Y, No = N
Y
PROTECTED
Is the monitoring site in a protected area?
Yes = Y, No = N
N
(RAMSAR and World Heritage Convention,
UNESCO/MAB and/or IUCN category II or
Natura 2000 site with a size of > 1000 ha).
EU-DIRECTIVES
Is it a monitoring site for other EU-directives
76/464/EWG, Nitrate-
(76/464/EWG, "Nitrate-Directive", Fish-
Directive
Directive"...)?
OTHER_MON
Is the monitoring site part of other existing
Yes = Y, No = N
Y
monitoring networks?
QUANTITY
Is quantitative data available (from which
Y, station: Achleiten
gauging station...)?
PHP
Is it possible to analyze phytoplankton?
Yes = Y, No = N
Y
MAPH
Is it possible to analyze macrophytes?
Yes = Y, No = N
Y
MZB
Is it possible to analyze macrozoobenthos?
Yes = Y, No = N
Y
PHB
Is it possible to analyze phytobenthos?
Yes = Y, No = N
Y
FISH
Is it possible to analyze fish?
Yes = Y, No = N
Y
COMPLIANCE
For which biological quality elements are
MZB = macrozoobenthos, PHB =
MZB
available data compliant with WFD?
phytobenthos, PHP = phytoplankton, MAPH
= macrophyta, FISH = fish
PS_EMISSION
Is information available of emission for priority
N
substances to this water body?
HYMO
Is data available on hydromorphology?
Y

RIVER
NAME
LONGITUDE
LATITUDE
ALTITUDE RKM
PROFIL CATCH_AR TNMN_CODE EIONET
IED
WB
DRBC_CODE SURVEI OPERA REFERE IC
RISK RISK CAT
MODIFIE SHARED PROTEC EU-DIRECTIVES
OTHER_MON QUANTITY
PHP MAPH MZB PHB FISH COMPLIANC PS_EMIS HYMO
E
77/795/EWG
L
T
NCE
D
TED
E
SION
Germany
Danube Jochenstein Kraftwerk
4625861
5377251
290
2204
L
77086
L2130
DE_RV_BY11
G12 DE1_134693_1577
Eastern Alpine Foothills
Y
Y
N
N
Y
HYMO
ND
N
N
76/464EWG,
Y
Y, station:
Y
Y
Y
Y
Y
MZB, PHB,
P
Y
Oberwasser
10 Danube (Danube Section
Nitrate-Directive
Achleiten
PHP, MAPH,
Type 3)
FISH
Naab
Heitzenhofen Brücke
4495800
5443320
337
18
5426
DE_RV_BY16
DE14_5843_88511
Y
Y
N
N
Y
NUTR
N
N
N
76/464EWG,
Y
Y, station:
Y
Y
Y
Y
Y
MZB, PHB,
P
Y
Nitrate-Directive
Heitzenhofen
PHP, MAPH,
FISH
Isar
Plattling Br. B 8
4565060
5404160
316
9,1
8839
DE_RV_BY17
DE16_3962_77990
Y
Y
N
N
Y
HYMO
Y
N
76/464EWG,
Y
Y, station:
N
Y
Y
Y
Y
MZB, PHB,
P
Y
Nitrate-Directive
Plattling
MAPH, FISH
Inn
Passau-Ingling CH: 4606160; CH: 5380360;
300
4,2
26049
DE_RV_BY20
DE18_4560_67807
Y
Y
N
N
Y
HYMO
Y
N
N
76/464EWG,
Y
Y, station:
N
Y
Y
Y
Y
MZB, PHB,
P
Y
Chemistry:
BIO:4606057 BIO: 5380760
Nitrate-Directive
Passau-Ingling
MAPH, FISH
Oberwasser; Biology
Unterwasser
Danube Chemistry: Deggendorf CH: 4570578; CH: 5410161;
307
2284,6
38125
DE1_183099_2552
Eastern Alpine Foothills
Y
Y
N
N
Y
HYMO
Y
N
N
76/464EWG,
Y
Y, station:
Y
Y
Y
Y
Y
MZB, PHB,
P
Y
Br. B11; Biology: oh BIO: 4568509 BIO: 5411352
18 Danube (Danube Section
Nitrate-Directive
Pfelling
PHP, MAPH,
Deggendorf km 2287
Type 2)
FISH
Danube
Chemistry: Kelheim CH: 4490200; CH: 5419940;
340
CH:
22950
DE_RV_BY24
DE1_341486_3494
Eastern Alpine Foothills
Y
N
N
N
N
N
N
N
Y
Y: station:
Y
Y
Y
Y
Y
MZB, PHB,
P
Y
Pegel; Biology: Klösterl BIO: 4489284 BIO: 5419446
2414,8;
61 Danube (Danube Section
Kelheim
PHP, MAPH,
BIO:241
Type 2)
FISH
6
Danube
Chemistry: Dillingen CH: 4389417; CH: 5382266;
420
CH:
11315
L2140
DE_RV_BY09
DE1_437941_5145
Eastern Alpine Foothills
Y
Y
N
N
Y
HYMO
Y
N
N
76/464EWG,
Y
Y:station:
Y
Y
Y
Y
Y
MZB, PHB,
P
Y
Messstation; Biology
BIO:4415719 BIO: 5399239
2538;
53 Danube (Danube Section
Nitrate-Directive
Dillingen
PHP, MAPH,
Schäfstall Pegel
BIO:250
Type 2)
FISH
5
Danube
Niederaltaich, uh.
4574239
5404540
307
2276,2
DE1_183099_2552
Eastern Alpine Foothills
Y
Y
N
N
Y
HYMO
Y
N
N
Y Y, station: Pege
Y
Y
Y
Y
Y
MZB, PHB,
P
Y
Isarmündung
18 Danube (Danube Section
Hofkirchen
PHP, MAPH,
Type 2)
FISH
Lech
Feldheim KW-OW
4420744
5399437
398
1,5
3926
DE_RV_BY13
DE12_0_19594
Y
Y
N
N
Y
HYMO
Y
N
N
76/464EWG,
Y
Y, KW Rain
Y
N
N
N
Y
PHP, FISH
P
Y
Nitrate-Directive
Wertach
Ettringen Wehr UW
4400765
5330357
681
40,2
681
DE124_0_8000
Y
Y
N
N
Y
HYMO, NUTR
Y
N
N
Y
Y: station:
N
Y
Y
Y
Y
MZB, PHB,
P
Y
Türkheim
PHP, MAPH,
FISH
Lech Augsburg Hochablass
4421205
5356810
483
47
2350
DE12_39106_4689
Y
Y
N
N
Y
HYMO
Y
N
N
Y
Y, station:
N
Y
Y
Y
Y
MZB, PHB,
P
Y
6
Haunstetten
PHP, MAPH,
FISH
Danube
Wiblingen upstream
3571597
5359039
470
2589
5384
DE_RV_BW20
BW_6-05
Eastern Alpine Foothills
Y
N
N
N
Y
HYMO
N
N
76/464EWG,
Y
Y
Y
Y
Y
Y
MZB, PHB,
P
Y
mouth of Iller
Danube (Danube Section
Nitrate-Directive
PHP, MAPH,
Type 1)
FISH
Austria
Drau
Lavamünd
14,94353639
46,64110026
348
5,71
L
11040
- AT_RV_21500097
21500097
_
Y
N
N
N
N
Y
N
N
76/464/EWG
?
Y
N
Y
Y
Y
Y
PHB, MZB
N
Y
Nitrate-Directive
Fish-Directive
Thaya
Bernhardsthal
16,88986836
48,71639567
155
16,2
R
12490
- AT_RV_31100037
-
_
Y
Y
N
N
Y
HYMO
ND
Y
Y
76/464/EWG Y (GGK A-CZ)
Y
Y
Y
Y
Y
Y
PHB, MZB
N
Y
ORGP
Nitrate-Directive
NUTR
OTH
March
Marchegg
16,91707
48,28035
135
15
R
26655
- AT_RV_31100077
-
_
Y
Y
N
N
N
ND
Y
Y
76/464/EWG
N
Y
Y
Y
Y
Y
Y
PHB, MZB
N
Y
Nitrate-Directive
Inn
Ingling
13,4369015
48,55454013
295
3,8
M
26048
- AT_RV_40502037
-
_
Y
Y
N
N
Y
HYMO
Y
Y
N
76/464/EWG
N
Y
N
Y
Y
Y
Y
PHB, MZB
N
Y
Nitrate-Directive
Fish-Directive
Donau
Jochenstein
13,70720311
48,5197913
290
2203,8
M
77020
L2220 AT_RV_40607017
40607017
Western Alpine Foothills
Y
Y
N
N
Y
HYMO
Y
N
N
76/464/EWG
Y
Y
N
Y
Y
Y
Y
PHB, MZB
N
Y
Danube (Danube Section
Nitrate-Directive (Regensburger
Type 2)
Fish-Directive
Vertrag)
Donau
Hainburg
16,99244606
48,164744
138
1879,9
R
49535
- AT_RV_31000377
31000377
_
Y
Y
N
N
Y
OTH
N
N
Y
76/464/EWG
Y
Y
Y
Y
Y
Y
Y
PHB, MZB
N
Y
Fish-Directive
Donau
Enghagen
14,51233404
48,24018113
241
2113
R
83992
- AT_RV_40907057
40907057
Eastern Alpine Foothills
Y
N
N
N
Y
HYMO
Y
N
N
76/464/EWG
N
Y
N
Y
Y
Y
Y
PHB, MZB
N
Y
Danube (Danube Section
Fish-Directive
Type 3)
Traun
Ebelsberg
14,36065653
48,26906699
251
1,6
L
4275
- AT_RV_40709117
-
_
Y
Y
N
N
Y
HYMO
Y
N
N
76/464/EWG
N
Y
N
Y
Y
Y
Y
PHB, MZB
N
Y
Nitrate-Directive
Donau
Nußdorf
16,37025717
48,26233018
163
1934,7
R
101700
L2180 AT_RV_92001017
-
Lower Alpine Foothills
Y
N
N
N
N
Y
N
N
76/464/EWG
N
Y
N
Y
Y
Y
Y
PHB, MZB
N
Y
Danube (Danube Section
Nitrate-Directive
Type 4)
Fish-Directive
Mur
Spielfeld
15,64138156
46,70816114
244
57,93
M
9480
- AT_RV_61400137
61400137
_
Y
Y
N
N
Y
HYMO
Y
N
N
76/464/EWG
Y (GGK A-
Y
N
Y
Y
Y
Y
PHB, MZB
N
Y
Nitrate-Directive
SLO)
Salzach
Oberndorf
12,93321002
47,93966207
387
47,1
M
6120
- AT_RV_54110087
54110087
_
Y
Y
N
N
Y
HYMO
ND
Y
N
76/464/EWG
N
Y
N
Y
Y
Y
Y
PHB, MZB
N
Y
Nitrate-Directive
Fish-Directive
Inn
Erl/Kufstein
12,16378578
47,70142578
460
204,03
R
9822
- AT_RV_73200987
73200987
_
Y
Y
N
N
Y
HYMO
Y
N
N
76/464/EWG
N
Y
N
Y
Y
Y
Y
PHB, MZB
N
Y
Nitrate-Directive
Fish-Directive
Enns
Pyburg
14,53375446
48,22807393
249
6071
- AT_RV_30800027
-
_
Y
Y
N
N
Y
HYMO
Y
N
N
76/464/EWG
N
Y
N
Y
Y
Y
Y
PHB, MZB
N
Y
ORGP
Fish-Directive
NUTR

RIVER
NAME
LONGITUDE
LATITUDE
ALTITUDE RKM
PROFIL CATCH_AR TNMN_CODE EIONET
IED
WB
DRBC_CODE SURVEI OPERA REFERE IC
RISK RISK CAT
MODIFIE SHARED PROTEC EU-DIRECTIVES
OTHER_MON QUANTITY
PHP MAPH MZB PHB FISH COMPLIANC PS_EMIS HYMO
E
77/795/EWG
L
T
NCE
D
TED
E
SION
Czech Republic
Morava
Lanzhot
16,9885
48,6863
150
79
M
9725
L2100
CZ _040
CZ _040 41049000 /CZ178/
1000_11_15
Y
Y
N
N
Y HYMO,NUTR,O
ND
Y
Y
76/464/EWG,
Y
Y, station
Y
Y
Y
Y
Y
MZB
Y
Y
M174
RGP
Fisch Directive
Lanzhot
Morava
Kromeriz
17,4017
49,3025
194
193
R
7022
CZ_1135
40794000 /CZ_142/
1000_11_17
Y
Y
N
N
Y HYMO,NUTR,O
ND
N
N
Y
Y, station
Y
Y
Y
Y
Y
MZB
Y
Y
M136
RGP
Kromeriz
Morava
Raskov
16,9128
50,0411
322,8
R
349,76
40163020
1000_9_2
Y
N
N
N
Y
?
ND
N
N
Y
Y
Y
Y
Y
Y
MZB
Y
Y
/CZ_24/M010
Morava
Cernovir 17,2532
49,6136
237
M
3028,78
40440000
/CZ_69/
1000_9_7
Y
Y
N
N
Y
?
ND
N
N
Y
Y
Y
Y
Y
Y
MZB
Y
Y
M056
Morava
Blatec
17,2726
49,5336
225,7
R
3395,7
40440000
1000_9_7
Y
N
N
N
Y
?
ND
N
N
Y
Y
Y
Y
Y
Y
MZB
Y
Y
/CZ_69/M056
Morava
Nedakonice
17,3905
49,0184
150,4
R
8759,86
40939110
1000_10_17
Y
N
N
N
Y
?
ND
N
N
Y
Y
Y
Y
Y
Y
MZB
Y
Y
/CZ_178/M171
Dyje
Pohansko
16,8555
48,8033
155
17
M
1254,0
L2120
CZ_0402
CZ_0402 41993000 /CZ_283/
1000_11_18
Y
Y
N
N
Y HYMO,NUTR,O
ND
Y
Y
76/464/EWG,
Y
Y, station
Y
Y
Y
Y
Y
MZB
Y
Y
D126
RGP
Fisch Directive
Breclav-Ladna
Dyje
Podhradi
15,6915
48,90326
203,3
R
1750
41126000 /CZ_186/
1000_9_6
Y
Y
N
N
Y
?
ND
N
N
Y
Y
Y
D009
Dyje
Jevisovka
16,4751
48,8297
88,5
L
3448,53
41272040
1000_11_15
Y
N
N
N
Y
?
ND
N
N
Y
Y
Y
/CZ_202/D027
Svratka
Vir
16,3322
49,5509
112,2
L
475,16
CZ_1176
41344000 /CZ_209/
1000_9_2
Y
Y
N
N
Y
?
ND
N
N
Y
Y
Y
Y
Y
Y
MZB
Y
Y
D037
Svratka
Vranovice
16,6185
48,9502
11,9
M
4083,67
41651080 /CZ_275/
1000_11_15
Y
Y
N
N
Y
?
ND
N
N
Y
Y
Y
D078
Svratka
Rajhrad
16,62
49,0938
35,1
L
3078,87
41559030 /CZ_227/
1000_11_12
Y
Y
N
N
Y
?
ND
N
N
Y
Y
Y
D063
Slovakia
Morava
Devín
16,97595945
48,1876772
145
1
M
26574,991
M128021D
no
SKM0002
1000_ 11_ 18
Y
Y
N
N
Y HYMO, ORGP,
N
Y
Y
76/464EWG
Y
Y
Y
Y
Y
Y
N
MZB,
Y
Y
NUTR
PHP,MAPH,
PHB
Danube
Bratislava
17,1039669
48,13923191
128
1869
L,M,R
131329
L1840
D002051D
yes
SKD0016
Lower Alpine Foothills
Y
Y
N
N
Y
HYMO, NUTR,
Y
N
Y
76/464EWG
Y
Y
Y
Y
Y
Y
N
MZB,
Y
Y
Danube (Danube Section
PSUB
PHP,MAPH,
Type 4)
PHB
Danube
Medvedov
17,65198723
47,79354244
108
1806
M
132168
L1860
D017000D
no
SKD0017
Lower Alpine Foothills
Y
Y
N
Y(R-
Y
HYMO
Y
Y
N
N
Y
Y
Y
Y
Y
Y
N
MZB,
Y
Y
Danube (Danube Section
E6)
PHP,MAPH,
Type 4)
PHB
Danube
Komarno
18,12030171
47,75116909
103
1768
M
151961
L1870
D034051D
no
SKD0018
Lower Alpine Foothills
Y
Y
N
Y(R-
Y
HYMO
Y
Y
Y
N
Y
Y
Y
Y
Y
Y
N
MZB,
Y
Y
Danube (Danube Section
E6)
PHP,MAPH,
Type 4)
PHB
Váh
Komarno
18,14232589
47,76091143
106
1
M
19661
L1960
V787501D
yes
SKV0027
1000_ 11_ 18
Y
Y
N
N
Y
HYMO, ORGP
Y
N
Y
76/464EWG
Y
N
Y
Y
Y
Y
N
MZB,
Y
Y
PHP,MAPH,
PHB
Hron
Kamenica
18,72334
47,82608
114
1,7
M
5416,83
R365010D
yes
SKR0005
1000_ 11_ 18
Y
Y
N
N
Y HYMO, ORGP,
Y
Y
Y
76/464EWG
Y
N
Y
Y
Y
Y
N
MZB,
Y
Y
NUTR
PHP,MAPH,
PHB
Ipel
Salka
18,76256
47,88596
110
12
M
5060,34
I283000D
yes
SKI0004
1000_ 11_ 18
Y
Y
N
N
Y HYMO, ORGP,
N
Y
Y
76/464EWG
Y
Y
Y
Y
Y
Y
N
MZB,
Y
Y
NUTR
PHP,MAPH,
PHB
Hungary
Danube
Medve/Medvedov
474737
173906
108
1806.2
M
131605
L1470
HU_RV_01FF02
yes HU_RW_AAA626_
Danube Section Type 4
Y
Y
N
N
Y
HYMO, SP
Y
Y
N
77/795/EWG
Y
Y
Y
Y
Y
Y
Y
Y
1790-1850_S
Danube
Komarom/Komarno
474504
180715
103
1766.8
LMR
150820
L1475
HU_RV_01FF07
no HU_RW_AAA626_
Danube Section Type 5
Y
Y
N
Y(R-
Y
SP
Y
Y
N
N
Y
Y
Y
Y
Y
Y
Y
Y
1708-1790_M
E6)
Danube
Szob
474838
185132
1708.0
LMR
183350
L1490
HU_RV_02FR51
no HU_RW_AAA626_
Danube Section Type 5
Y
Y
N
N
Y
SP
N
Y
N
N
Y
Y
Y
Y
Y
Y
Y
Y
1481-1708_M
Danube
Dunafoldvar
464838
185600
1560.6
LMR
188700
L1520
HU_RV_03FF06
no HU_RW_AAA626_
Danube Section Type 5
Y
Y
N
N
Y
SP
N
N
N
N
Y
Y
Y
Y
Y
Y
Y
Y
1481-1708_M
Danube
Hercegszanto
455454
184816
1433.0
LMR
211503
L1540
HU_RV_03FF01
yes HU_RW_AAA626_
Danube Section Type 6
Y
Y
N
Y(R-
Y
SP
N
Y
N
77/795/EWG
Y
Y
Y
Y
Y
Y
Y
Y
1433-1481_S
E6)
Sio
Szekszard-Palank
462247
184313
13.4
M
14693
L1604
HU_RV_04FF11
no HU_RW_AAB026_
Great Hungarian Plain
Y
Y
N
N
Y
HYMO, SP
Y
N
N
N
Y
Y
Y
Y
Y
Y
Y
Y
0000-0079_S
Drava
Dravaszabolcs
454703
181202
68.0
M
35764
L1610
HU_RV_05FF18
ys HU_RW_AAB256_
Great Hungarian Plain
Y
Y
N
N
Y
SP
N
Y
N
77/795/EWG
Y
Y
Y
Y
Y
Y
Y
Y
0070-0199_S
Sajo
Sajopuspoki
481659
202023
123.5
M
3224
L1770
HU_RV_08FF10
yes HU_RW_AAB659_
Great Hungarian Plain
Y
Y
N
Y
Y
SP
N
Y
N
N
Y
Y
Y
Y
Y
Y
Y
Y
0069-0125_S
Tisza
Tiszasziget
461108
200617
162.5
LMR
138498
L1700
HU_RV_11FF12
yes HU_RW_AAA506_
Great Hungarian Plain
Y
Y
N
N
Y
HYMO, SP
Y
Y
N
77/795/EWG
Y
Y
Y
Y
Y
Y
Y
Y
0160-0243_S
Tisza
Tiszabecs
480615
224947
744.3
L
yes HU_RW_AAA506_
Great Hungarian Plain
Y
Y
N
Y
Y
SP
N
Y
N
77/795/EWG
Y
Y
Y
Y
Y
Y
Y
Y
1724-0745_S
Szamos
Csenger
475125
224044
45.4
L
15780
HU_RV_07FF09
yes HU_RW_AAA856_
Great Hungarian Plain
Y
Y
N
N
Y
SP
N
Y
N
77/795/EWG
Y
Y
Y
Y
Y
Y
Y
Y
0000-0050_S
Sebes-Koros
Korosszakal
470113
213922
58.6
R
2413
HU_RV_12FF03
yes HU_RW_AAB680_
Great Hungarian Plain
Y
Y
N
N
Y
SP
Y
Y
N
77/795/EWG
Y
Y
Y
Y
Y
Y
Y
Y
0015-0058_S
Fekete-
Sarkad
464138
212548
15.9
R
3750
HU_RV_12FF02
no HU_RW_AAA250_
Great Hungarian Plain
Y
Y
N
N
Y
SP
Y
Y
N
N
Y
Y
Y
Y
Y
Y
Y
Y
Koros
0000-0020_S
Feher-Koros
Gyulavari
463744
212005
9.3
R
4240
HU_RV_12FF01
no HU_RW_AAA510_
Great Hungarian Plain
Y
Y
N
N
Y
SP
Y
Y
N
N
Y
Y
Y
Y
Y
Y
Y
Y
0000-0010_S
Maros
Nagylak
460942
204212
29.1
L
27818
HU_RV_11FF21
no HU_RW_AAA835_
Great Hungarian Plain
Y
Y
N
N
Y
SP
N
Y
N
N
Y
Y
Y
Y
Y
Y
Y
Y
0032-0050_S

RIVER
NAME
LONGITUDE
LATITUDE
ALTITUDE RKM
PROFIL CATCH_AR TNMN_CODE EIONET
IED
WB
DRBC_CODE SURVEI OPERA REFERE IC
RISK RISK CAT
MODIFIE SHARED PROTEC EU-DIRECTIVES
OTHER_MON QUANTITY
PHP MAPH MZB PHB FISH COMPLIANC PS_EMIS HYMO
E
77/795/EWG
L
T
NCE
D
TED
E
SION
Bosnia&Herzegovina
Sava
Gradiska
17º15'19"
45º8'58"
93
458
M
40850
L2280
BA_SA_3,
Y
Y
N
N
Y
HYMO, OTH
Y
Y
N
N
Y
Y, station:
Y
Y
Y
Y
Y
MZB, PHP
N
N
(WB_Type_1.15)
Gradiska
UNA
Kozarska Dubica
16º51'15"
45º13'32"
94
16
M
9300
L2290
BA_UNA_1,
Y
Y
N
N
Y
NUTH, OTH
Y
Y
N
N
Y
Y, station: K.
Y
Y
Y
Y
Y
MZB, PHP
N
N
(WB_Type_2.14)
Dubica
VRBAS
Razboj
17º29'48"
45º5'329"
90
6,7
M
6020
L3000
BA_VRB_1,
Y
Y
N
N
Y
HYMO, OTH
Y
N
N
N
Y
Y, station:
Y
Y
Y
Y
Y
MZB, PHP
N
N
(WB_Type_2.14)
Razboj
BOSNA
Modrica
18º25'58"
45º3'13"
87
6
M
10400
L3100
BA_BOS_1,
Y
Y
N
N
Y
HYMO, NUTR,
Y
N
N
N
Y
Y, station:
Y
Y
Y
Y
Y
MZB, PHP
N
N
(WB_Type_2.14)
OTH
Modrica
DRINA
Foca
18º45'10"
43º28'31"
398
323
M
5590
BA_DR_7,
Y
Y
N
N
N
N
Y
N
N
N
Y Y, station: Foca
Y
Y
Y
Y
Y
MZB, PHP
N
N
(WB_Type_2.4)
DRINA
Badovinci
19º20'55"
44º46'49"
90
17
M
19930
BA_DR_1,
Y
Y
N
N
Y
HYMO, NUTR,
Y
Y
N
N
Y
Y, station:
Y
Y
Y
Y
Y
MZB, PHP
N
N
(WB_Type_1.14)
OTH
Badovinci
SAVA
Raca
19º215'13"
44º51'12"
81
175
M
64960
BA_SA_1,
Y
Y
N
N
Y
HYMO, NUTR,
Y
Y
N
N
Y
Y, station:S.
Y
Y
Y
Y
Y
MZB, PHP
N
N
(WB_Type_1.15)
OTH
Raca
UNA
Novi Grad
16º21'57"
45º0'55"
134
80
M
3200
BA_UNA_2,
Y
Y
N
N
N
N
Y
N
N
Y
Y, station: Nov
Y
Y
Y
Y
Y
MZB, PHP
N
N
(WB_Type_3.1)
Grad
BOSNA
Usora
18º4'34"
447º39'319"
149
82
M
6750
BA_BOS_2,
Y
Y
N
N
Y
HYMO, NUTR,
Y
N
N
N
Y Y, station: Usora
Y
Y
Y
Y
Y
MZB, PHP
N
N
(WB_Type_2.14)
OTH
Romania
BARLAD
Umbraresti
27,45000076
45,70000076
27,5
0
M
7330
RO_RV_104
RO_XII_1_78_WB3
Eastern Plains
Y
Y
N
N
Y HYMO, ORGP,
N
N
N
Fish-Directive
N
Y
Y
Y
Y
Y
Y
N
Y
N
NUTR, PSUB
BUZAU
Racovita
27,46666718
45,29999924
18,9
0
M
5240
RO_RV_109
RO_XII_1.82_WB8
Pontic Province
Y
Y
N
N
Y
ORGP, NUTR
N
N
N
Fish-Directive
N
Y
Y
Y
Y
Y
Y
N
N
N
SOMES
Rastoci
23,53333282
47,34999847
198,9
184
M
9704
RO_RV_11
RO_II_1.WB7
Transylvania Plateau
Y
Y
N
N
Y HYMO, ORGP,
N
N
N
Fish-Directive,
N
Y
Y
Y
Y
Y
Y
N
N
N
RO08a
NUTR, PSUB
Habitats Directive
SIRET
Sendreni
28,0256
45,40277863
2,4
0
M
44438
L0380
RO_RV_110
RO_XII_1WB9
Pontic Province
Y
Y
N
N
Y
HYMO
N
N
N
Fish-Directive
Y
Y
Y
Y
Y
Y
Y
N
Y
Y
JIJIA
Chiperesti
27,76666641
47,1166687
29,9
0
M
5610
RO_RV_117
RO_XIII_1_15_WB
Eastern Plains
Y
Y
N
N
Y HYMO, ORGP,
N
N
N
Fish-Directive
N
Y
Y
Y
Y
Y
Y
N
N
N
5
NUTR, PSUB
PRUT
Giurgiulesti
28,21
45,4694
1,8
0
M
27480
L0420
RO_RV_119
RO_XIII_WB1
Pontic Province
Y
Y
N
N
Y HYMO, ORGP,
N
Y
Y
Fish-Directive,
Y
Y
Y
Y
Y
Y
Y
N
Y
Y
NUTR, PSUB
Habitats Directive
Danube
Bazias
21,39444351
44,79916763
58
1071
L,M,R
570896
L0020
RO_RV_120
RO_XIV_WB3
Carpathian ecoregion
Y
Y
N
Y
Y
HYMO, NUTR,
N
Y
N
Fish-Directive
Y
Y
Y
Y
Y
Y
Y
N
Y
N
PSUB
Danube
Chiciu-Silistra
27,24388885
44,12166595
13
375
L,M,R
698600
L0280
RO_RV_123
RO_XXI
Pontic Province
N
Y
Y
Y
Y HYMO, ORGP,
N
Y
N
N
Y
Y
Y
Y
Y
Y
Y
N
Y
N
NUTR, PSUB
Danube
Grindu-Reni
28,22611046
45,48055649
4
132
L,M,R
805700
L0430
RO_RV_124
RO_XXI
Pontic Province
Y
Y
N
N
Y HYMO, ORGP,
N
Y
N
Fish-Directive
Y
Y
Y
Y
Y
Y
Y
N
Y
N
NUTR, PSUB
Danube
Periprava-Valcov
29,60861015
45,41166687
1
18
L,M,R
817000
L0450
RO_RV_125
RO_TT01
Pontic Province
Y
Y
Y
N
Y
ORGP, NUTR,
N
Y
Y
Fish-Directive,
Y
Y
Y
Y
Y
Y
Y
N
Y
N
PSUB
Habitats Directive
SOMES
Oar (border)
22,86666679
47,78333282
118
0
M
15740
RO_RV_15
RO_II_1.WB11
Hungarian Lowlands
Y
Y
N
N
Y HYMO, ORGP,
N
N
N
Fish-Directive
Y
Y
Y
Y
Y
Y
Y
N
Y
N
RO13a
NUTR, PSUB
CRISUL
Varsand
21,33333206
46,6166687
88,9
0
M
4240
RO_RV_18
RO_3.1_WB6
Hungarian Lowlands
Y
Y
N
N
Y
ORGP, NUTR,
N
N
N
Fish-Directive
Y
Y
Y
Y
Y
Y
Y
N
N
N
ALB
PSUB
CRISUL
Zerind
21,51666641
46,6166687
86,4
0
M
3750
RO_RV_20
RO_3.1.42_WB5
Hungarian Lowlands
Y
N
Y
N
N
N
N
N
N
Fish-Directive
Y
Y
Y
Y
Y
Y
N
N
N
N
NEGRU
MURES
Ungheni
24,45000076
46,48333359
330
528
M
4298
RO_RV_25
RO_IV_1WB6
Transylvania Plateau
Y
Y
N
N
Y
ORGP, NUTR
N
N
N
Fish-Directive,
N
Y
Y
Y
Y
Y
Y
N
N
N
Nitrate-Directive
TARNAVE
Mihalt
23,71666718
46,15000153
226,5
0
M
6151
RO_RV_32
RO_IV_1WB6
Transylvania Plateau
Y
Y
N
N
Y
ORGP, NUTR,
N
N
N
Fish-Directive
N
Y
Y
Y
Y
Y
Y
N
N
N
PSUB
MURES
Alba Iulia
23,58333206
46,06666565
241,1
346
M
17964
RO_RV_33
RO_IV_1WB6
Transylvania Plateau
Y
Y
N
N
Y
ORGP, NUTR,
N
N
N
Fish-Directive,
N
Y
Y
Y
Y
Y
Y
N
N
N
PSUB
Nitrate-Directive
MURES
Nadlac
20,66666794
46,1333313
85,6
0
M
27818
RO_RV_39
RO_IV_1WB13
Hungarian Lowlands
Y
Y
Y
N
Y
ORGP, NUTR
N
N
N
Fish-Directive,
Y
Y
Y
Y
Y
Y
Y
N
N
N
Habitats Directive
TIMIS
Graniceri
20,88333321
45,43333435
72,1
0
M
5673
RO_RV_44
RO_V.2-8
Hungarian Lowlands
N
N
N
N
N
N
N
N
N
N
Y
Y
N
N
N
N
N
N
N
N
JIU
Zaval
23,83333206
43,83333206
30,9
0
M
10046
RO_RV_52
RO_VII_WB181
Pontic Province
Y
Y
N
N
Y HYMO, ORGP,
N
N
N
Fish-Directive
N
Y
Y
Y
Y
Y
Y
N
N
N
NUTR, PSUB
OLT
Carta (Arpas)
24,58277893
45,79083252
360
265
M
10462
RO_RV_60
RO_VI.9
Carpathian ecoregion
Y
Y
N
N
Y
NUTR, PSUB
Y
N
N
Fish-Directive
N
Y
Y
Y
Y
Y
Y
N
N
Y
OLT
Izbiceni
24,66666794
43,81666565
32
0
M
24050
RO_RV_67
RO_VI.13
Pontic Province
Y
Y
Y
N
Y
ORGP, NUTR,
N
N
N
Fish-Directive,
N
Y
Y
Y
Y
Y
Y
N
N
N
PSUB
Nitrate-Directive
VEDEA
upstream Danube
25,64999962
43,70000076
20
0
M
5430
RO_RV_69
RO_IX.1_8
Pontic Province
Y
Y
N
N
Y
NUTR
N
N
N
Fish-Directive
N
Y
Y
Y
Y
Y
Y
N
N
N
ARGES
conf. Danube
26,61777878
44,07666779
14
0
M
12550
L0250
RO_RV_81
RO_X.1_14
Pontic Province
Y
Y
N
N
Y
ORGP, NUTR
N
N
N
Fish-Directive,
Y
Y
Y
Y
Y
Y
Y
N
N
N
Nitrate-Directive
IALOMITA
Tandarei
27,66666794
44,6333313
8,5
0
M
10309
RO_RV_87
RO_XI_1_WB12
Pontic Province
Y
Y
N
N
Y
ORGP, NUTR
N
N
N
Fish-Directive
N
Y
Y
Y
Y
Y
Y
N
N
N
BISTRITA
upstream Bacau
26,89999962
46,6166687
140
0
M
7039
RO_RV_95
Eastern Plains
Y
Y
N
N
Y
ORGP
Y
N
N
Fish-Directive,
N
Y
Y
Y
Y
Y
Y
N
N
N
Nitrate-Directive
SIRET
Galbeni (Racatau)
26,95000076
46,45000076
115,6
228
M
19492
RO_RV_96
Eastern Plains
Y
Y
N
N
Y
ORGP
Y
N
N
Fish-Directive,
N
Y
Y
Y
Y
Y
Y
N
N
N
Nitrate-Directive
TROTUS
Adjud
27,18333244
46,1333313
85,6
0
M
4456
RO_RV_98
Eastern Plains
Y
Y
N
N
Y
N
N
N
N
N
Y
Y
Y
Y
Y
Y
N
N
N
Moldova
r.Prut
s.Lipcani
48160
26500
130
658
L
8750
L2230
MD_I_WB1
Y
N
N
N
N Y
N
Y
Y,
hydrologica
Y
Y
Y
MZB,PHP
Y
Y
station
r.Prut
s.Costesti
48749
255850
557
L
MD_I_WB2
Y
N
Y
HYMO
Y
Y
N
Y
Y, hydrologica
Y
Y
Y
MZB,PHP
N
Y
station
r.Prut
s.Braniste
546
L
MD_I_WB3
Y
Y
Y
HYMO
Y
Y
N
Y
Y, hydrologica
Y
Y
Y
MZB,PHP
N
Y
station
r.Prut
s.Valea Mare
387
L
MD_I_WB4
Y
Y
N
NUTR
N
Y
N
Y
Y,station,
Y
Y
Y
MZB,PHP,M
Y
Y
Ungheni
APH
r.Prut
s.Giurgiulesti
452810
281236
0
L
26500
L2270
MD_I_WB5
Y
Y
N
NUTR, ORGP
N
Y
N
Y Y,station, Brinza
Y
Y
Y
MZB,PHP,M
Y
Y
APH

SURVEILLANCE MONITORING 1
Template description
Attribute name
Description of the attribute
Values and codelists
Example values
RIVER
Name of the river
Danube
NAME
Locally used name of the sampling station
Jochenstein
LONGITUDE
Coordinates should be given in decimal degrees
in ETRS89
LATITUDE
Coordinates should be given in decimal degrees
in ETRS89
ALTITUDE
Altitude in metres
290
RKM
River kilometer
2204
PROFILE
Location in profile; left, middle, right
L, M, R
L
CATCH_AR
Total area of the catchment upstream the
77086
sampling point in km2
TNMN_CODE
TNMN code (if TNMN site)
L2130
EIONET
Code of the station in the EIONET
DE_RV_BY11
IED 77/795/EWG
Code of the station in the monitoring network in
G12
accordance with the Information Exchange
Decision 77/795/EWG
WB
Code for water body according to Article 5 report
DE1_134693_157710
(Roof Report)
DRBC_CODE
Code for common water type in the Danube River
Eastern Alpine Foothills
Basin
Danube (Danube Section Type
3)
SURVEIL
Is it a surveillance site in the national programme? Yes = Y, No = N
Y
OPERAT
Is it also an operational site in the national
Yes = Y, No = N
Y
programme?
REFERENCE
Is the sampling site a reference site?
Yes = Y, No = N
N
IC
Is the sampling site part of the intercalibration
Yes = Y, No = N
N
network?
RISK
Is the water body at risk or possibliy at risk?
Yes = Y, No = N
Y
RISK CAT
Risk category
HYMO = hydromorphology, HYMO
ORGP = organic pollution,
NUTR = nutrients, PSUB =
priority substances, OTH =
other
MODIFIED
Is the water body heavily modified?
Yes = Y, No = N, ND = not
ND
decided
SHARED
Is it a shared water body between countries?
Yes = Y, No = N
Y
PROTECTED
Is the monitoring site in a protected area?
Yes = Y, No = N
N
(RAMSAR and World Heritage Convention,
UNESCO/MAB and/or IUCN category II or Natura
2000 site with a size of > 1000 ha).
EU-DIRECTIVES
Is it a monitoring site for other EU-directives
76/464/EWG, Nitrate-Directive
(76/464/EWG, "Nitrate-Directive", Fish-
Directive"...)?
OTHER_MON
Is the monitoring site part of other existing
Yes = Y, No = N
Y
monitoring networks?
QUANTITY
Is quantitative data available (from which gauging
Y, station: Achleiten
station...)?
PHP
Is it possible to analyze phytoplankton?
Yes = Y, No = N
Y
MA
Is it possible to analyze macroalgae
Y
MZB
Is it possible to analyze macrozoobenthos?
Yes = Y, No = N
Y
ANGS
Is it possible to analyze angiosperm?
Yes = Y, No = N
Y
FISH
Is it possible to analyze fish?
Yes = Y, No = N
Y
COMPLIANCE
For which biological quality elements are available MZB = macrozoobenthos,
MZB
data compliant with WFD?
PHB = phytobenthos, PHP =
phytoplankton, MAPH =
macrophyta, FISH = fish
PS_EMISSION
Is information available of emission for priority
N
substances to this water body?
HYMO
Is data available on hydromorphology?
Y

RIVER
NAME
LONGITUDE LATITUDE
ALTITUD RKM
PROFILE
CATCH_AR TNMN_CO EIONET
IED
WB
DRBC_CODE SURVEI OPERAT REFEREN IC
RISK RISK
MODIFIED SHARED PROTECTED EU-
OTHER_MON QUANTITY PHP
MA
MZB ANGS FISH COMPLIANCE PS_EMISSIO HYMO
E
DE
77/795/EWG
L
CE
CAT
DIRECTIVES
N
Romania
Black Sea
Golf Musura - Bara
29,78333
45,1675
0
5 m/ 20 m/ 12
Chilia-Periboina Black Sea
Y
Y
N N
Y ORGP,
N
Y
Y
Habitats
Y
Y
Y
Y
Y
Y
N
N
N
Sulina
miles
NUTR,
Directive
PSUB
Black Sea
Gura Buhaz
28,74361
44,39722
0
0 m/ 5 m/ 20 m
Periboina-Singol Black Sea
Y
Y
N N
Y NUTR,
N
N
Y
Habitats
Y
Y
Y
Y
Y
Y
N
N
N
Cape
PSUB
Directive
Black Sea
Pescarie Constanta
28,675
44,22417
0
0 m/ 5 m/ 20 m
Singol Cape-
Black Sea
Y
Y
N N
Y ORGP,
N
N
N
Y
Y
Y
Y
Y
Y
N
N
N
Nord
Eforie Nord
NUTR,
PSUB
Black Sea
Vama Veche
28,58833
43,75
0
0 m/ 5 m/ 20 m/
Eforie Nord-
Black Sea
Y
Y
Y N
Y HYMO,
N
N
Y
Habitats
Y
Y
Y
Y
Y
Y
N
N
N
12 miles
Vama Veche
NUTR
Directive

Development of Operational Tools for Monitoring, Laboratory and Information Management

ANNEX 2: LIST OF QUALITY ELEMENTS AND
MONITORING FREQUENCIES FOR SURVEILLANCE
MONITORING I - MONITORING OF SURFACE WATER
STATUS

UNDP/GEF DANUBE REGIONAL PROJECT

Quality elements - Germany
Information on quality elements to be measured within the NATIONAL SURVEILLANCE MONITORING
Taxonomic
Standards for sampling (ISO,
Method available? level
Unit for biological data*
Frequency within a year
Investigation turnus**
EN, CEN...)***
Macrozoobenthos
Y
species
Individuals
1 Every three years
CEN when available
Macrophytes
Y
species
Abundance class 1-5 (
1 Every three years
CEN when available
Phytobenthos
Y
species
%
1 Every three years
CEN when available
Phytoplankton
Y
species
Individuals/ml and zells/ml
7 Every three years
CEN when available
Fish
Y
species
Individuals
1 Every three years
CEN when available
* Examples for biological units:
**Examples for turnus
*** CEN are drafted
Individuals
Annual
Individuals/m2
Every two years
%
Every three years
Abundance class 1-7
Once during period of RBMP
Abundance class 1-5
Presence/absence
Turnus (how often during the
Frequency / year Determinands (list)
period of RBMP)
Thermal conditions
24 temerature
6
Oxygenation
24 O2, BOD 5
6
Salinity
24 Cl
6
Nutrient status
24 NO3-N, NH4-N, Ptotal, o-PO4-P
6
Acidification status
24 pH-value
6
Priority substances
12 see draft daughter directive
1
Other pollutants
4-12 Bavarian list according to "Bayerische Gewässerbestandsaufnahme- und -
1
Frequency
Unit
Description
Water flow (quantity/dynamics)
continously
m3/s
Connection to groundwater bodies
River continuity
Once during period of RBMP
not decided
River depth/width variation
Once during period of RBMP
not decided
River bed (structure/substrate)
Once during period of RBMP
not decided
Structure of riparian zone
Once during period of RBMP
not decided
Other parameters
Once during period of RBMP
not decided

Quality elements - Austria
Information on quality elements to be measured within the NATIONAL SURVEILLANCE MONITORING
Standards for sampling (CEN...)***
Method available? Taxonomic level
Unit for biological data*
Frequency within a year
Investigation turnus**
Standards for sampling (ISO, EN,
CEN...)***
Macrozoobenthos
yes (1)
species level
individuals / m2 (3)
1 x year
Every three years
national method
Macrophytes
yes
species level
Abundance class 1-5 (3) 1 x year
once during period of RBMP
national method
Phytobenthos
yes
species level
% '(3)
1 x year
Every three years
national method
Phytoplankton
no (2)
-
µg / l
12 x year
Annual
Fish
yes
species level
Individuals / ha (3)
1 x year
Every three years
CEN
* Examples for biological units:
**Examples for turnus
*** CEN are drafted
Individuals
Annual
Individuals/m2
Every two years
%
Every three years
Abundance class 1-7
Once during period of RBMP
Abundance class 1-5
presence/absence
(1) national method is available, but adaptations will be necessary
(2) no WFD compliant method available - low relevance of this BQE in the Austrian Danube, method is only measurement of Chlorophyll
(3) units for the evaluation of the ecological status are different indices and metrics that are calculated with the abundance units given here
Frequency / year Determinants (list)
Turnus (how often during the
period of RBMP)
Thermal conditions
12-24/year
water temperature
annual
Oxygenation
12-24/year
diss. Oxygen, BOD,
annual
Salinity
12-24/year
chloride
annual
Nutrient status
12-24/year
NO3-N, NH4-N, o-PO4-P,
annual
totalP, total P dissolved
Acidification status
12-24/year
pH
annual
Priority substances
12/year
list of 33 substances
once during period of RBMP
Other pollutants
12/year
list of some 50 substances
once during period of RBMP
of national relevance
Frequency
Unit
Description
Water flow (quantity/dynamics)
12-24/year
m3/s
annual
Connection to groundwater bodies
River continuity
1x/year
assessment scale
is part of the national morphology
once during period of RBMP
according to method
assessment system
River depth/width variation
1x/year
assessment scale
is part of the national morphology
once during period of RBMP
according to method
assessment system
River bed (structure/substrate)
1x/year
assessment scale
is part of the national morphology
once during period of RBMP
according to method
assessment system
Structure of riparian zone
1x/year
assessment scale
is part of the national morphology
once during period of RBMP
according to method
assessment system
Other parameters
1x/year
assessment scale
is part of the national morphology
once during period of RBMP
according to method
assessment system

Quality elements - Czech Republic
Information on quality elements to be measured within the NATIONAL SURVEILLANCE MONITORING
Method available? Taxonomic level
Unit for biological data*
Frequency within a year
Investigation turnus** Standards for sampling (ISO, EN,
CEN...)***
Macrozoobenthos
approved
species predominantly
individuals
2x
3y
national method
Macrophytes
approved
species predominantly
Abundance class 5
1x
3y
national method
Phytobenthos
approved
species predominantly
Abundance class 7
3x
3y
national method
Phytoplankton
approved
species predominantly
individuals /1ml
3x
3y
national method
Fish
approved
species predominantly
individuals
1x
3y
national method
* Examples for biological units:
**Examples for turnus
*** CEN are drafted
Individuals
Annual
Individuals/m2
Every two years
%
Every three years
Abundance class 1-7
Once during period of RBMP
Abundance class 1-5
Presence/absence
Frequency / year Determinands (list)
Turnus (how often during the period
of RBMP)
Thermal conditions
12/year
water temperature
every three years during period of
first RBMP
Oxygenation
12/year
diss. Oxigen, BOD,COD
every three years during period of
first RBMP
Salinity
12/year
chloride
every three years during period of
first RBMP
Nutrient status
12/year
NO3-N, NH4-N, total N, o-PO4-P, total P dissolved, Sillicate
every three years during period of
first RBMP
Acidification status
12/year
pH, alkalinity
every three years during period of
first RBMP
Priority substances
12/year
list of 33 substances
every three years during period of
first RBMP
Other pollutants
12/year
pesticides, heavy metals, complexing substances
every three years during period of
first RBMP
Frequency
Unit
Description
Water flow (quantity/dynamics)
once during period of RBMP
m3/s
Connection to groundwater bodies
once during period of RBMP
not decided yet
River continuity
once during period of RBMP
not decided yet
River depth/width variation
once during period of RBMP
not decided yet
River bed (structure/substrate)
once during period of RBMP
not decided yet
Structure of riparian zone
once during period of RBMP
not decided yet
Other parameters

Quality elements - Slovakia
Information on quality elements as it is planned on a national level
Method available? Taxonomic
Unit for biological data*
Frequency within a year
Investigation turnus**
Standards for sampling
level
(CEN...)***
Macrozoobenthos
Y
species level
Individuals/ 1.25 m2
2 x year
every three years
AQEM
Macrophytes
Y
species level
Relative plant mass
1 x year
every three years
STN EN 14148
Phytobenthos
Y
species level
Relative abundance
1 x year
every three years
STN EN 13946
Phytoplankton
Y
species level
Cells/1ml, µg/l
6 x year
every three years
STN 830532
Fish
N
species level
CPUE
not decided yet
not decided yet
STN EN 14011
* examples for biological units:
**examples for turnus
*** CEN are drafted
Individuals
annual
Individuals/m2
every two years
%
every three years
Abundance class 1-7
once during period of RBMP
Abundance class 1-5
presence/absence
Frequency / year Determinants
Turnus (how often during
the period of RBMP)
Thermal conditions
12/year
water temperture
annual
Oxygenation
12-25/year
diss. Oxygen, BOD, COD
annual
Salinity
12-25/year
Ca, Mg, chloride, sulphates, conductivity
annual
Nutrient status
12-25year
NO2-N, NO3-N, NH4-N, total N, o-PO4-P, totalP, total P dissolved
annual
Acidification status
12/year
Alkalinity, Acidity, pH
annual
Priority substances
12/year
list of 33 substances
once during period of
RBMP
Other pollutants
4-12/year
other relevant substances
once during period of
RBMP
12-25year
suspended solids
annual
Frequency
Unit
Description
Water flow (quantity/dynamics)
continuous
m3/s
Connection to groundwater bodies
Once during period of RBMP
River continuity
Once during period of RBMP
River depth/width variation
Once during period of RBMP
River bed (structure/substrate)
Once during period of RBMP
Structure of riparian zone
Once during period of RBMP
Other parameters
Once during period of RBMP

Quality elements - Hungary
Information on quality elements to be measured within the NATIONAL SURVEILLANCE MONITORING
Method available? Taxonomic level
Unit for biological data*
Frequency within a year
Investigation turnus**
Standards for sampling (ISO, EN,
CEN...)***
Macrozoobenthos
Y
species
Individuals/m2, abundance
2 Annual
AQEM, modified AQEM for large
class 1-5
rivers
Macrophytes
Y
species
Covered area, %
1 Annual
*** CEN are drafted
Phytobenthos
Y
species
Not decided yet
1 Annual
*** CEN are drafted
Phytoplankton
Y
species
No. of cells/ml
6 (in vegetation period)
Annual
*** CEN are drafted
Fish
Y
species
CPUE, abundance class 1-5
1 Once during period of RBMP *** CEN are drafted
* Examples for biological units:
**Examples for turnus
*** CEN are drafted
Individuals
Annual
Individuals/m2
Every two years
%
Every three years
Abundance class 1-7
Once during period of RBMP
Abundance class 1-5
Presence/absence
Frequency / year
Determinands (list)
Turnus (how often during the
period of RBMP)
Thermal conditions
26 Water temperature
annual
Oxygenation
26 DO, Oxygen Saturation, COD-ps, COD-cr, TOC, BOD-5
annual
Salinity
min 1
conductivity, general compounds, ionic compounds, etc.
annual
Nutrient status
26 TP, PO4-P, TN, NO3-N, NO2-N, NH4-N
annual
Acidification status
min 1
pH, Alkalinity
annual
Priority substances
12 Organic pollutants from the priority list
Once during period of RBMP
Other pollutants
12 Heavy metals (8 ompounds)
annual
Frequency
Unit
Description
Water flow (quantity/dynamics)
daily
m3/s
Connection to groundwater bodies
not decided yet
not decided yet
River continuity
not decided yet
not decided yet
River depth/width variation
not decided yet
not decided yet
River bed (structure/substrate)
not decided yet
not decided yet
Structure of riparian zone
not decided yet
not decided yet
Other parameters
not decided yet
not decided yet

Quality elements - Slovenia
Information on quality elements to be measured within the NATIONAL SURVEILLANCE MONITORING
Standards for sampling
(CEN...)***
Method available?
Taxonomic level
Unit for biological data*
Frequency within a year
Investigation turnus**
Standards for sampling (ISO,
EN, CEN...)***
Macrozoobenthos
agreed
species/genus
individuals / m2
1 x year
Every three years
national method (2)
Macrophytes
under development
species
Abundance class 1-5
1 x year
Once during period of RBMP CEN
Phytobenthos
agreed
species
%
1 x year
Every three years
CEN
Phytoplankton
no (1)
species
individuals/ml
6 x year
Annual
CEN
Fish
under development
species
Individuals
1 x year
Once during period of RBMP CEN
* Examples for biological units:
**Examples for turnus
*** CEN are drafted
Individuals
Annual
Individuals/m2
Every two years
%
Every three years
Abundance class 1-7
Once during period of RBMP
Abundance class 1-5
presence/absence
(1) no WFD compliant method available - low relevance of this BQE in Slovenian Rivers
(2) compliant with CEN standard
Frequency / year
Determinants (list)
Turnus (how often during the
period of RBMP)
Thermal conditions
4-12/year
water temperature
annual
Oxygenation
4-12/year
O2, BOD-5, COD
annual
Salinity
4-12/year
conductivity
annual
Nutrient status
4-12/year
NO3-N, NO2-N, NH4-N, o-
annual
PO4-P, total P
Acidification status
4-12/year
pH
annual
Priority substances
12/year
list of 33 priority substances
once during period of RBMP
Other pollutants
4-12/year
list of nationaly relevant
once during period of RBMP
substances
Frequency
Unit
Description
Water flow (quantity/dynamics)
continuously m3/s
annual
Connection to groundwater bodies
will be part of the morphology assessment system, which is not ready for action yet
River continuity
will be part of the morphology assessment system, which is not ready for action yet
River depth/width variation
will be part of the morphology assessment system, which is not ready for action yet
River bed (structure/substrate)
will be part of the morphology assessment system, which is not ready for action yet
Structure of riparian zone
will be part of the morphology assessment system, which is not ready for action yet
Other parameters
will be part of the morphology assessment system, which is not ready for action yet

Quality elements - Croatia
Information on quality elements to be measured within the NATIONAL SURVEILLANCE MONITORING
Method available? Taxonomic level
Unit for biological data*
Frequency within a year
Investigation turnus**
Standards for sampling
(ISO, EN, CEN...)***
Macrozoobenthos
Internal manual
species
Abundeance class 1,3,5
2
Every year
ISO 7828
Macrophytes
N
species
Not decided yet
Not decided yet
Every year
Phytobenthos
Internal manual
species
Abundeance class 1,3,5
2
Every year
Phytoplankton
Internal manual
species
Abundeance class 1,3,5
4-8
Every year
Fish
N
species
Not decided yet
Not decided yet
Not decided yet
* Examples for biological units:
**Examples for turnus
*** CEN are drafted
Individuals
Annual
Individuals/m2
Every two years
%
Every three years
Abundance class 1-7
Once during period of RBMP
Abundance class 1-5
Presence/absence
Frequency / year Determinands (list)
Turnus (how often during
the period of RBMP)
Thermal conditions
4-26
Water temperature
Not decided yet
Oxygenation
4-26
DO, Oxygen Saturation, COD, BOD, PI
Not decided yet
Salinity
4-26
conductivity, Ca, Mg, Na, K
Not decided yet
Nutrient status
4-26
TP, TN, NO3 (-N) + NO2 (-N), NH4 (-N), PO4-P (dissolved)
Not decided yet
Acidification status
4-26
pH, Alkalinity
Not decided yet
Priority substances
2-12
8 metals, 10 organic compounds
Not decided yet
Other pollutants
2-12
mineral oils
Not decided yet
Frequency
Unit
Description
Water flow (quantity/dynamics)
26/year
m3/s
Connection to groundwater bodies
not decided yet
not decided yet
River continuity
not decided yet
not decided yet
River depth/width variation
not decided yet
not decided yet
River bed (structure/substrate)
not decided yet
not decided yet
Structure of riparian zone
not decided yet
not decided yet
Other parameters
not decided yet
not decided yet

Quality elements -Serbia
Information on quality elements to be measured within the NATIONAL SURVEILLANCE MONITORING
Method available? Taxonomic level
Unit for biological data*
Frequency within a year
Investigation turnus**
Standards for sampling (ISO,
EN, CEN...)***
Macrozoobenthos
Y
species
Abundeance class 1-7
2 Every three years
CEN
Macrophytes
N
species
Not decided yet
1 Every three years
Phytobenthos
N
species
Not decided yet
2 Every three years
Phytoplankton
N
species
Not decided yet
2 Every three years
Fish
N
species
Not decided yet
1 Every three years
* Examples for biological units:
**Examples for turnus
*** CEN are drafted
Individuals
Annual
Individuals/m2
Every two years
%
Every three years
Abundance class 1-7
Once during period of RBMP
Abundance class 1-5
Presence/absence
Frequency / year Determinands (list)
Turnus (how often during the
period of RBMP)
Thermal conditions
12_24
Water temperature
annual
Oxygenation
12_24
DO, Oxygen Saturation
annual
Salinity
12_24
conductivity, ca concentration
annual
Nutrient status
12_24
TP, TN, NO3 (-N) + NO2 (-N), NH4 (-N), PO4-P, (dissolved)
annual
Acidification status
12_24
pH, Alkaliniaty
annual
Priority substances
Atrazine, Benzene, Lead (and its compounds), Mercury (and its compounds), Nickel (and its compounds),
annual
Other pollutants
4_24
Pesticides (50), Heavy metals (11), complexking substances
annual
Frequency
Unit
Description
Water flow (quantity/dynamics)
continuously
m3/s
6-12/year
m/s
Connection to groundwater bodies
not decided yet
not decided yet
River continuity
not decided yet
not decided yet
River depth/width variation
6-12/year
m2
6-12/year
m3/s
River bed (structure/substrate)
not decided yet
not decided yet
Structure of riparian zone
not decided yet
not decided yet
Other parameters
not decided yet
not decided yet

Quality elements - Bosnia and Herzegovina
Information on quality elements to be measured within the NATIONAL SURVEILLANCE MONITORING
Method available? Taxonomic level
Unit for biological data*
Frequency within a year
Investigation turnus**
Standards for sampling
(ISO, EN, CEN...)***
Macrozoobenthos
species predomonantly
abundance 1-7
4x
annual
Macrophytes
not decided yet
not decided yet
not decided yet
not decided yet
Phytobenthos
not decided yet
not decided yet
not decided yet
not decided yet
Phytoplankton
species predomonantly
abundance 1-7
4x
annual
Fish
species
not decided yet
1x
Once during period of RBMP
* Examples for biological units:
**Examples for turnus
*** CEN are drafted
Individuals
Annual
Individuals/m2
Every two years
%
Every three years
Abundance class 1-7
Once during period of RBMP
Abundance class 1-5
Presence/absence
Frequency / year
Determinands (list)
Turnus (how often during
the period of RBMP)
Thermal conditions
12/year
Water temperature
6x
Oxygenation
12/year
DO, Oxygen saturation
6x
Salinity
12/year
conductivity, Ca concentration
6x
Nutrient status
12/year
TP, TN, NO3-N+NO2-N, NH4-N, PO4-P, PO4-P (dissolved)
6x
Acidification status
12/year
pH, Alkalinity
6x
Priority substances
1/year
list of 33 substances
6x
Other pollutants
not decided yet
not decided yet
6x
Frequency
Unit
Description
Water flow (quantity/dynamics)
12/year
m3/s
Connection to groundwater bodies
not decided yet
not decided yet
River continuity
once during period RBMP not decided yet
River depth/width variation
not decided yet
not decided yet
River bed (structure/substrate)
not decided yet
not decided yet
Structure of riparian zone
not decided yet
not decided yet
Other parameters
not decided yet
not decided yet

Quality elements - Romania
Information on quality elements to be measured within the NATIONAL SURVEILLANCE MONITORING
Method available?
Taxonomic level
Unit for biological data*
Frequency within a year
Investigation turnus**
National method, CEN are drafted
Macrozoobenthos
first draft (Dec. 2006) species level
Individuals, abundance
3/year
every three years during
National method, CEN are drafted
class 1-7
period of first RBMP
Macrophytes
first draft (July. 2007) species level
Individuals/m2, abundance 1/year
every three years during
National method, CEN are drafted
class 1-7
period of first RBMP
Phytobenthos
first draft (Dec. 2006
species level
Individuals/m2, abundance 3/year
every three years during
National method, CEN are drafted
to July 2007)
class 1-7
period of first RBMP
Phytoplankton
first draft
species level
Individuals/ m3, abundance 4/year
every three years during
National method
class 1-7
period of first RBMP
Fish
first draft (July. 2007) species level
Individuals
1/year
every three years during
National method
period of first RBMP
* Examples for biological units:
**Examples for turnus
*** CEN are drafted
Individuals
Annual
Individuals/m2
Every two years
%
Every three years
Abundance class 1-7
Once during period of RBMP
Abundance class 1-5
Presence/absence
Frequency / year
Determinands (list)
Turnus (how often during the period
of RBMP)
Thermal conditions
4/year
water temperture
every three years during period of
first RBMP
Oxygenation
4/year
diss. Oxygen, BOD, COD
every three years during period of
first RBMP
Salinity
4/year
Na, K, Ca, Cl, SO4, Mg
every three years during period of
first RBMP
Nutrient status
4/year
NO2-N, NO3-N, NH4-N, total N, o-PO4-P, totalP, chlorophyll A, Silicate
every three years during period of
first RBMP
Acidification status
4/year
every three years during period of
first RBMP
Priority substances
12/year
list of 33 substances, List I, List II
every three years during period of
first RBMP
Other pollutants
4/year
other substances
every three years during period of
first RBMP
Frequency
Unit
Description
Water flow (quantity/dynamics)
continuous
m3/s
Connection to groundwater bodies
-
River continuity
every six years
not decided yet
River depth/width variation
every six years
not decided yet
River bed (structure/substrate)
every six years
not decided yet
Structure of riparian zone
every six years
not decided yet
Other parameters
once during period of RBMP not decided yet

Quality elements - Romania Coastal
Information on quality elements to be measured within the NATIONAL SURVEILLANCE MONITORING
Method available?
Taxonomic
Unit for biological data*
Frequency within a year
Investigation turnus**
Standards for sampling (ISO, EN,
level
CEN...)***
Macrozoobenthos
first draft (Dec. 2006) species level
Individuals, abundance
3/year
every three years during
National method, CEN are drafted
class 1-7
period of first RBMP
Macrophytes
first draft (July. 2007) species level
Individuals/m2, abundance 1/year
every three years during
National method, CEN are drafted
class 1-7
period of first RBMP
Phytobenthos
first draft (Dec. 2006 species level
Individuals/m2, abundance 3/year
every three years during
National method, CEN are drafted
to July 2007)
class 1-7
period of first RBMP
Phytoplankton
first draft
species level
Individuals/ m3, abundance 4/year
every three years during
National method
class 1-7
period of first RBMP
Fish
first draft (July. 2007) species level
Individuals
1/year
every three years during
National method
period of first RBMP
* Examples for biological units:
**Examples for turnus
*** CEN are drafted
Individuals
Annual
Individuals/m2
Every two years
%
Every three years
Abundance class 1-7
Once during period of RBMP
Abundance class 1-5
Presence/absence
Frequency / year
Determinands (list)
Turnus (how often during the period
of RBMP)
Thermal conditions
4/year
water temperture
every three years during period of
first RBMP
Oxygenation
4/year
diss. Oxygen, BOD, COD
every three years during period of
OD (%,) TOC, DOC
first RBMP
Salinity
4/year
Na, K, Ca, Cl, SO4, Mg
every three years during period of
Salinity based on electrical
first RBMP
conductivity
Nutrient status
4/year
NO2-N, NO3-N, NH4-N, total N, o-PO4-P, totalP, chlorophyll A, Silicate
every three years during period of
NO3+NO2
first RBMP
Acidification status
4/year
pH, alkalinity
every three years during period of
first RBMP
Priority substances
12/year
OCP, PCBs, Chloro-Benzenes, THMs, Naphtalene , Hg, Cd, Pb, Ni)
every three years during period of
first RBMP
Other pollutants
4/year
HM (Fe, Mn, Zn, Cu , Cr, As), Phenol Index, ANADET, Cyanides, Petroleum Hydrocarbons, Triazines, every three years during period of
Benzene)
first RBMP
Transparency
4/year
Transparency (Secchi Disk), Turbidity, Colour, Suspended Solids
every three years during period of
first RBMP
Frequency
Unit
Description

Quality elements - Moldova
Information on quality elements to be measured within the NATIONAL SURVEILLANCE MONITORING
Method available?
Taxonomic level
Unit for biological data* Frequency within a year
Investigation turnus**
National method, CEN are drafted
Macrozoobenthos
species level
Individuals/1m2
3/year
every three years during
National method, CEN are drafted
period of first RBMP
Macrophytes
species level
Not decided yet
1/3year
every three years during
National method, CEN are drafted
period of first RBMP
Phytobenthos
species level
Not decided yet
3/year
every three years during
National method, CEN are drafted
period of first RBMP
Phytoplankton
species level
Individuals/ m3,
4/year
every three years during
National method
period of first RBMP
Fish
National method
* Examples for biological units:
**Examples for turnus
*** CEN are drafted
Individuals
Annual
Individuals/m2
Every two years
%
Every three years
Abundance class 1-7
Once during period of RBMP
Abundance class 1-5
Presence/absence
Frequency / year
Determinands (list)
Turnus (how often during the
period of RBMP)
Thermal conditions 4/year
water temperture
every three years during period of
first RBMP
Oxygenation
4/year
diss. Oxygen, BOD, COD
every three years during period of
first RBMP
Salinity
4/year
Na, K, Ca, Cl, SO4, Mg
every three years during period of
first RBMP
Nutrient status
4/year
NO2-N, NO3-N, NH4-N, total N, o-PO4-P, totalP, chlorophyll A, Silicate
every three years during period of
first RBMP
Acidification status
4/year
every three years during period of
first RBMP
Priority substances 12/year
list of 33 substances, List I, List II
every three years during period of
first RBMP
Other pollutants
4/year
other substances
every three years during period of
first RBMP
Frequency
Unit
Description
Water flow (quantity/dynamics)
continuous
m3/s
Connection to groundwater bodies
-
River continuity
every six years
not decided yet
River depth/width variation
every six years
not decided yet
River bed (structure/substrate)
every six years
not decided yet
Structure of riparian zone
every six years
not decided yet
Other parameters
once during period of RBMP
not decided yet

Development of Operational Tools for Monitoring, Laboratory and Information Management

ANNEX 3: LIST OF MONITORING SITES FOR
SURVEILLANCE MONITORING II - MONITORING OF
SPECIFIC PRESSURES

UNDP/GEF DANUBE REGIONAL PROJECT

SURVEILLANCE MONITORING II
Information
curren
TNMN code
Coun
Location in
Catchment
Exchange
Code for WB (Roof
No
t load
River
Name of site
x coord.
y coord.
Altitude
(if TNMN
Code EIONET
DRBCode for common water type
try
profile
in km2
Decision
Report)
AP
site)
77/795/EWG
1
DE
Danube
Jochenstein KW-OW
483116
134214
290
L
77086
L2130
DE_RV_BY11
G12
DE1_134693_157710
Eastern Alpine Foothills Danube (Danube Section
Type 3)
2
DE
Danube
Dillingen-Messstation
4389313
5382254
420
R
11315
L2140
DE_RV_BY09
DE1_437941_514553
Eastern Alpine Foothills Danube (Danube Section
Type 2)
3
DE
Inn Kirchdorf-Bruecke
4509558,02 5293742,8
194,5
L
9905
L2150
DE_RV_BY21
DE18_183539_216151
4
DE
Salzach
Laufen-Messstation
4569801
5311701
390
R
6113
L2160
DE_RV_BY22
DE186_0_58295
5
AT
Danube
Jochenstein
48 31 16
13 42 14
290
M
77086
L2220
yes
AT_3030700
Section Type 3: Eastern Alpine Foothills Danube
6
AT
Danube
Enghagen
48 14 33
14 29 44
241
R
82992
L2200
yes
AT_4103600
Section Type 3: Eastern Alpine Foothills Danube
7
AT
Danube
Wien-Nussdorf
48 15 45
16 22 15
159
R
101700
L2180
no
AT_4090300
Section Type 4: Lower Alpine Foothills Danube
8
AT
Danube
Hainburg
48 10 02
16 58 54
135
R
131411
L2170
yes
AT_4090402
Section Type 4: Lower Alpine Foothills Danube
9
CZ
Morava
Lanzhot
3646589,42 5396860,43
150
R
9725
CZ1
CZ0401
yes
CZ_41049000
1000_11_15
10
CZ
Dyje Pohansko
3638593,98 5401035,52
155
R
12540
CZ
2
CZ0402
yes
CZ_41993000
1000_11_18
11
SK
Danube
Bratislava
17,1039669 48,1392319
128
L,M,R
131329
L1840
D002051D
yes
SKD0016
Lower Alpine Foothills Danube (Danube Section Type
4)
12
SK
Danube
Medvedov
17,6519872 47,7935424
108
M
132168
L1860
D017000D
no
SKD0017
Lower Alpine Foothills Danube (Danube Section Type
4)
13
SK
Danube
Komarno
18,1203017 47,7511691
103
M
151961
L1870
D034051D
no
SKD0018
Lower Alpine Foothills Danube (Danube Section Type
4)
14
SK
Váh
Komarno
18,1423259 47,7609114
106
M
19661
L1960
V787501D
yes
SKV0027
1000_ 11_ 18
HU_RW_AAA626_1790-
15
HU
Danube
Medve/Medvedov
474737
173906
M
131605
L1470
HU_RV_01FF02
Lower Alpine Foothills Danube (Danube Section Type
1850_S
4)
HU_RW_AAA626_1708-
16
HU
Danube
Komarom/Komarno
474504
180715
LMR
150820
L1475
HU_RV_01FF07
Hungarian Danube Band (Danube Section Type 5)
1790_M
HU_RW_AAA626_1481-
17
HU
Danube
Szob
474838
185132
LMR
183350
L1490
HU_RV_02FR51
Hungarian Danube Band (Danube Section Type 5)
1708_M
HU_RW_AAA626_1481-
18
HU
Danube
Dunafoldvar
464838
185600
LMR
188700
L1520
HU_RV_03FF06
Hungarian Danube Band (Danube Section Type 5)
1708_M
HU_RW_AAA626_1433-
19
HU
Danube
Hercegszanto
455454
184816
LMR
211503
L1540
HU_RV_03FF01
Pannonian Plain Danube (Danube Section Type 6)
1481_S
HU_RW_AAB026_0000-
20
HU
Sio
Szekszard-Palank
462247
184313
M
14693
L1604
HU_RV_04FF11
0079_S
HU_RW_AAB256_0070-
21
HU
Drava
Dravaszabolcs
454703
181202
M
35764
L1610
HU_RV_05FF18
0199_S
HU_RW_AAB659_0069-
22
HU
Tisza/Sajo
Sajopuspoki
481659
202023
M
3224
L1770
HU_RV_08FF10
0125_S
HU_RW_AAA506_0160-
23
HU
Tisza
Tiszasziget
461108
200617
LMR
138498
L1700
HU_RV_11FF12
0243_S
HU_RW_AAA506_1724-
24
HU
Tisza
Tiszabecs
480615
224947
LMR
138498
L1700
0745_S
HU_RW_AAA856_0000-
25
HU
Szamos
Csenger
475125
224044
HU_RV_07FF09
0050_S
HU_RW_AAB680_0015-
26
HU
Sebes-Koros
Korosszakal
470113
213922
HU_RV_12FF03
0058_S
HU_RW_AAA250_0000-
27
HU
Fekete-Koros
Sarkad
464138
212548
HU_RV_12FF02
0020_S
HU_RW_AAA510_0000-
28
HU
Feher-Koros
Gyulavari
463744
212005
HU_RV_12FF01
0010_S
HU_RW_AAA835_0032-
29
HU
Maros
Nagylak
460942
204212
HU_RV_11FF21
0050_S
30
SLO
Drava
Ormoz
5140540
5589180
186
L
15379
L1390
SI_RV_2200
2199
31
SLO
Sava
Jesenice na Dolenjskem
5079861
5554108
137
R
10149
L1330
SI_RV_3860
3860

Information
curren
TNMN code
Coun
Location in
Catchment
Exchange
Code for WB (Roof
No
t load
River
Name of site
x coord.
y coord.
Altitude
(if TNMN
Code EIONET
DRBCode for common water type
try
profile
in km2
Decision
Report)
AP
site)
77/795/EWG
WB were not defined for
HR_Type 10/ Lowland very large rivers,
32
HR
Danube
Batina 2681137
5082781
86
M
210250
L1315
HR_29010
no
RR
Danube (Danube Section Type 6)
WB were not defined for
HR_Type 10/ Lowland very large rivers,
33
HR
Danube
Borovo
2693774
5028274
79
R
243147
L1320
HR_25071
no
RR
Danube (Danube Section Type 6)
WB were not defined for
HR_Type 7a/Lowland wery large rivers,
34
HR
Drava
Ormoz
2473815
5138872
M
L 1300
HR_29160
no
RR
Drava and Mura (1000_11_12)
WB were not defined for
HR_Type 7a/Lowland wery large rivers,
35
HR
Drava
Botovo
2534181
5120973
125
M
31038
L1240
HR_29130
no
RR
Drava and Mura (1000_11_12)
WB were not defined for
HR_Type 9a/Lowland wery large rivers,
36
HR
Drava
Donji Miholjac
2632597
5071385
90
M
37142
L1250
HR_29111
no
RR
Drava lower part (1000_11_12)
WB were not defined for
HR_Type 7b/Lowland wery large rivers,
37
HR
Sava
Jesenice/D
2437657
5078936
135
R
10834
L1220
HR_10017
no
RR
Sava upper part (1000_11_13)
WB were not defined for HR_Type 8/Lowland wery large rivers, Sava
38
HR
Sava
us. Una/ Jasenovac
2532497
5012640
96
L
30953
L1150
HR_10010
no
RR
medium part (1000_11_12)
WB were not defined for
HR_Type 9b/Lowland wery large rivers,
39
HR
Sava
Zupanja 2673873
4989519
85
L
62890
L1060
HR_10001
no
RR
Sava lower part (1000_11_12)
40
RS
Danube
Bezdan
455115
185152
83,15
L
210250
L2350
CS_D9
41
RS
Danube
Bogojevo
453149
190502
80,41
L
251253
L2360
CS_D8
42
RS
Danube
Novi Sad
401503
195140
74,52
R
254085
L2370
CS_D8
43
RS
Danube
Zemun
445057
202502
70,76
R
412762
L2380
CS_D6
44
RS
Danube
Pancevo
445125
203638
70,14
L
525009
L2390
CS_D5
45
RS
Danube
Banatska Palanka
444906
212004
68,58
M
568648
L2400
CS_D4
46
RS
Danube
Tekija
444156
222525
R
574307
L2410
CS_D3
47
RS
Danube
Radujevac
441551
224110
R
577085
CS_D1
48
RS
Danube
Backa Palanka
451514
193136
L
253737
L2430
CS_D_8
49
RS
Tisza
Martonos
460559
200351
75,54
R
140130
L2440
CS_TIS_2
50
RS
Tisza
Novi Becej
453510
200824
74,03
L
145415
L2450
CS_TIS_2
51
RS
Tisza
Titel
451152
201910
72,55
M
157147
L2460
CS_TIS_1
52
RS
Sava
Jamena
445240
190521
77,67
L
64073
L2470
CS_SA_3
53
RS
Sava
Sremska Mitrovica
445802
193626
75,24
L
87996
L2480
CS_SA_2
54
RS
Sava
Sabac
444612
194217
74,22
R
89490
L2490
CS_SA_2
55
RS
Sava
Ostruznica
444318
201851
R
L2500
CS_SA_1
56
RS
Velika Morava
Ljubicevski Most
443506
210815
75,09
R
37320
L2510
CS_VMOR_2
57
BA
Sava
Gradiska
17º15'19"
45º8'58"
93
M
40850
L2280
BA_SA_3, (WB_Type_1.15)
58
BA
UNA
Kozarska Dubica
16º51'15"
45º13'32"
94
M
9300
L2290
BA_UNA_1, (WB_Type_2.14)
59
BA
VRBAS
Razboj
17º29'48"
45º5'329"
90
M
6020
L3000
BA_VRB_1, (WB_Type_2.14)
60
BA
BOSNA
Modrica
18º25'58"
45º3'13"
87
M
10400
L3100
BA_BOS_1, (WB_Type_2.14)
61
BA
DRINA
Foca
18º45'10"
43º28'31"
398
M
5590
BA_DR_7, (WB_Type_2.4)
62
BA
DRINA
Badovinci
19º20'55"
44º46'49"
90
M
19930
BA_DR_1, (WB_Type_1.14)
63
BA
SAVA
Raca
19º215'13"
44º51'12"
81
M
64960
BA_SA_1, (WB_Type_1.15)
64
BA
UNA
Novi Grad
16º21'57"
45º0'55"
134
M
3200
BA_UNA_2, (WB_Type_3.1)
65
BA
BOSNA
Usora
18º4'34"
447º39'319"
149
M
6750
BA_BOS_2, (WB_Type_2.14)
66
BG
Danube
Novo selo harbour
44,1619
22,7944
27
L M R
584900
BG01
67
BG
Danube
Lom
43.8352
23.2698
22,89
R
588860

68
BG
Danube
Orjahovo
43.7286
23.9969
21,56
R
607260
69
BG
Danube
Bajkal
43.7118
24.4244
20
R
608820
BG02
70
BG
Danube
Nikopol
43.7005
24.9273
17,23
R
648620

71
BG
Danube
Svishtov
43.6041
25.4103
15,1
R
650340
BG03
72
BG
Danube upstream
Russe
43.7864
25.9132
N/A
R
669900
BG04
73
BG
Danube
Silistra
44.1140
27.2436
6,5
R M L
685700
BG05
74
BG
Iskar
mouth 43.5905
24.3688
20
M
8646

Information
curren
TNMN code
Coun
Location in
Catchment
Exchange
Code for WB (Roof
No
t load
River
Name of site
x coord.
y coord.
Altitude
(if TNMN
Code EIONET
DRBCode for common water type
try
profile
in km2
Decision
Report)
AP
site)
77/795/EWG
75
BG
Vit
Guljantzi
43.6438
24.7282
20
M
3225
BG30011041
76
BG
Jantra
mouth 43.6028
25.5790
20
M
7869
BG
30017052
77
BG
Russenski Lom
mouth
43.8129
25.9360
18
M
2974
BG30018235
78
RO
Danube
Bazias
44 47 55
21 23 24
70
LMR
570896
L0020
RO_XIV_WB3
79
RO
Danube
Pristol/Novo Selo Harbour
44 11 18
22 45 57
31
LMR
580100
L0090
RO_XIV_WB3
80
RO
Danube
Us. Arges
44 4 25
26 36 35
16
LMR
676150
L0240
RO_XIV_WB3
81
RO
Danube
Chiciu/Silistra
44 7 18
27 14 38
13
LMR
698600
L0280
RO_XXI
82
RO
Danube
Reni
45 28 50
28 13 34
4
LMR
805700
L0430
RO_XXI
Vilkov / Chilia arm / Kilia
83
RO

45 24 42
29 36 31
1
LMR
817000
L0450
RO_TT01
arm
84
RO
Danube
Sulina / Sulina arm
45 9 41
29 40 25
1
LMR
817000
L0480
RO_TT01
Sf. Gheorghe / Sf.
85
RO
Danube
44 53 10
29 37 5
1
LMR
817000
L0490
RO_TT01
Gheorghe arm
86
RO
Arges
conf. Danube
44 4 35
26 37 4
14
M
12550
L0250
X.1_14
87
RO
Siret
Conf. Danube Sendreni
45 24 10
28 1 32
4
M
42890
L0380
RO_XII_1WB9
88
RO
Prut
Conf. Danube Giurgiulesti
45 28 10
28 12 36
5
M
27480
L0420
RO_XVIIIa
89
RO
Somes
Dara (border)
22 43 18
47 48 51
118
M
15780
RO_II_1.WB11 RO13a
Hungarian lowlands - Stream sector with wetlands in
plain area
90
RO
Cris Repede
Cheresig
21 41 42
47 01 51
116
M
2413
RO_III.1.44_WB6
Hungarian lowlands
91
RO
Cris Negru
Zerind
21 31 13
46 37 33
86,4
M
3750
RO_III.1.44_WB6
Hungarian lowlands
92
RO
Cris Alb
Varsand
21 20 55
46 37 09
88,9
M
4240
RO_III.1_WB6
Hungarian lowlands
93
RO
Mures
Nadlac
20 43 56
46 08 42
85,6
M
27818
RO_IV_1WB13
Hungarian lowlands
94
RO
Bega
Otelec
20 50 54
45 37 04
46
M
2362
RO_V.1_WB48
95
RO
Danube
Gruia /Radujevac
44 16 04
22 41 15
32
LMR
577085
RO_XIV_WB3
96
RO
Jiu
Zaval
23 50 55
43 50 55
30,9
M
10046
RO_VII_WB181
97
RO
Olt
Islaz
24 40 09
43 49 45
32
M
24050
RO_VI_WB13
98
RO
Ialomita
downstream Tandarei
27 39 47
44 38 31
8,5
M
10309
RO_XI_1_WB12
99
MD
Prut
Lipcani
481600
265000
100
L 8750
L2230
MD_I_WB1
MD_I_WB1
100
MD
Prut
Costesti Reservoir
480749
265850
101407
L
11800
MD_I_WB2
101
MD
Prut
Braniste
475746
270938
57
L 12000
MD_I_WB3
102
MD
Prut
Valea Mare
474276
271648
31
L
15400
MD_I_WB4
103
MD
Prut
Giurgiulesti
470044
280256
5
L 27480
MD_I_WB5
104
UA
Danube
Reni
45 28 50
28 13 34
4
M
805700
L0630
105
UA
Danube
Kilia
45 24 42
29 36 31
1
M
817000
L0690
106
UA
Tisza
Vylkovo
48.10
22.83
107
UA
Tisza
Tchop
48.42
22.18
108
UA
Latoritsa
Strazh
48.45
22.22
109
UA
Prut
Tarasivtsi
48.18
26.34
110
UA
Siret
Porubne
47.98
26.03

1
2
3
4
5
6
7
8
9
10
11
DE
DE
DE
DE
AT
AT
AT
AT
CZ
CZ
SK
For this Monitoring site:
Danube Jochenstein
Dillingen-Messstation
Kirchdorf-Bruecke
Laufen-Messstation
Danube Jochenstein Danube Enghagen
Danube Wien-
Danube Hainburg
Morava Lanzhot
Dyje Pohansko
Danube Bratislava
Nussdorf
Is it a surveillance site in the national programme?
yes
yes
yes
yes
yes
yes
yes
yes
yes
Yes
yes
Is it also an operational site in the national
yes, hydromorphological
yes, hydromorphological yes,
yes, hydromorphological yes
yes
yes
yes
yes
yes
no
programme?
alteration
alteration
hydromorphological
alteration
alteration
Is the water body at risk or possibly at risk?
yes, hydromorphological
yes, hydromorphological yes,
possibly,
yes
yes (hydromorphological risk) yes
yes
yes,chem.state,ecol.s yes,chem.state,ec.st., yes, nutrients,
alteration
alteration
hydromorphological
hydromorphological
(hydromorphological
(hydromorphological (hydromorphological t.,HM
HM
hydromorphological
alteration
alteration
risk)
risk)
risk)
alteration, priority
substances
Is the water body heavily modified?
no decision yet
no decision yet
no decision yet
no decision yet
no decision yet
no decision yet
no decision yet
no decision yet
yes,preliminary
yes,preliminary
yes
appoited
appointed
Is it a shared water body between countries?
no
no
no
no
yes
no
no
yes
yes
yes
no
Monitoring site in protected area?
no
no
no
no
no
no
no
no
yes, NATURA 2000
yes,NATURA 2000
yes
Monitoring site for other EU-directives (76/464/EWG,
76/464EWG, Nitrate-Directive
76/464EWG, Nitrate-
76/464EWG, Nitrate-
76/464EWG, Nitrate-
76/464/EWG, Fish-
76/464/EWG, Fish-Directive
76/464/EWG, Fish-
76/464/EWG, Fish- 76/464EWG,Nitrate,Fi 76/464, Nitrate,Fish
yes 76/464/EWG, FD
"Nitrate-Directive", Fish-Directive"...)?
Directive
Directive
Directive
Directive
Directive
Directive
sh
Is the monitoring site part of other existing monitoring
yes
yes
yes
yes
national monitoring
national monitoring system
national monitoring national monitoring yes,
yes,
yes
networks?
system
system
system
EIONET,IED77/795/E EIONET,IED77/795/E
GW
GW
Is quantitative data available (gauging station...)?
yes, station: Achleiten
yes, station: Dillingen
yes, station:
yes, station: Laufen
yes, station: Achleiten yes, station: Mauthausen Nr. yes, station:
yes, station:
yes
yes
yes
Oberaudorf
Nr. 207019
207084
Korneuburg Nr.
Wildungsmauer Nr.
207241
207373
Is it possible to perform all biological quality elements
yes
yes
yes, but no
yes, but no
yes
yes
yes
yes
yes
yes
yes
(BQE)?
phytoplankton required phytoplankton required
(not plankton
(not plankton dominated)
dominated)
If not : which of them it is possible to
perform?
For those BQE, which are not possible to
perform - indicate the nearest possible site.
Is data available for biological quality elements
yes
yes
yes
yes
not for all BQE, but for not for all BQE, but for MZB
not for all BQE, but not for all BQE, but not completely
not completely
no
compliant with WFD?
MZB
for MZB
for MZB
Is in-stream (imission) data available for priority
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
Is information available of emission for priority
yes
yes
yes
yes
no (only incomplete
no (only incomplete data)
no (only incomplete no (only incomplete yes,within measured yes within measured partly
substances to this water body?
data)
data)
data)
param.
param.
Is data available on hydromorphology?
yes, but at low resolution
yes, but at low resolution yes, but at low
yes, but at low resolution yes, but at low
yes, but at low resolution
yes, but at low
yes, but at low
no
no
yes
resolution
resolution
resolution
resolution
What other national programmes are performed / will
Biomonitoring, Organics in
Biomonitoring, Organics Biomonitoring,
Biomonitoring, Organics WFD-monitoring:
WFD-monitoring: surveillance WFD-monitoring:
WFD-monitoring:
monitoring of
monitoring of
WFD-monitoring:
be performed in future?
suspended solids, Pesticide-
in suspended solids,
Organics in
in suspended solids,
surveillance and
and operative sampling site
surveillance and
surveillance and
bioakumulation /MZB, bioakumulation /MZB, surveillance and
Programme, VOC-Programme, Pesticide-Programme,
suspended solids,
Programme on heavy
operative sampling
operative sampling operative sampling Dreissena
Dreissena
operative sampling site
Programme on heavy metals
Programme on heavy
Programme on heavy metals
site
site
site
Polymorpha,
Polymorpha,
metals
metals
Periphyton, fish/
Periphyton, fish/
Note: Replaces
Note: Replaces
Danube/Abwinden-Asten
Danube/Wolfsthal
*Comment: In 2006 and 2007 an ecological survey of surface water will be conducted, according to the criteria of Annex V of WFD.
This would make it possible to create an overview of the present state of surface water bodies which would be the basis
for the revision of the monitoring program on TNMN measuring sites on rivers with the catchments area larger than 4000 km2.

12
13
14
15
16
17
18
19
20
21
22
SK
SK
SK
HU
HU
HU
HU
HU
HU
HU
HU
For this Monitoring site:
Danube Medvedov
Danube Komarno
Váh Komarno
Danube Medve/
Danube Komarom/
Danube Szob
Danube
Danube
Sio Szekszard-Palank
Drava
Tisza/Sajo
/Medve
/Komarom
Medvedov
Komarno
Dunafoldvar
Hercegszanto
Dravaszabolcs
Sajopuspoki
Is it a surveillance site in the national programme?
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
Is it also an operational site in the national
no
no
no
no
no
no
no
no
no
no
no
programme?
Is the water body at risk or possibly at risk?
yes,
yes,
yes, organic pollution, yes, hazardous,
yes, nutrient, hazardous, yes, nutrient,
yes, nutrient,
yes, nutrient,
yes, nutrient, hazardous, yes, nutrient,
yes, hazardous
hydromorphological
hydromorphological
hydromorphological
hydromorphological
hydromorphological
hydromorphological
hydromorphological hydromorphological
hydromorphological
hydromorphological
alteration
alteration
alteration
alteration
alteration
alteration
alteration
alteration
alteration
alteration
Is the water body heavily modified?
yes
yes
yes
yes
probably
probably
probably
probably
yes
probably
probably
Is it a shared water body between countries?
yes
yes
no
yes
yes
yes
no
yes
no
yes
yes
Monitoring site in protected area?
no
yes
yes
no
no
no
no
no
no
no
no
Monitoring site for other EU-directives (76/464/EWG,
no
yes FD
yes 76/464/EWG, FD
Nitrate-Directive
Nitrate-Directive
Nitrate-Directive
Nitrate-Directive
Nitrate-Directive
Nitrate-Directive
Nitrate-Directive
Nitrate-Directive
"Nitrate-Directive", Fish-Directive"...)?
Is the monitoring site part of other existing monitoring
yes
yes
yes
yes
yes
yes
no
yes
no
yes
yes
networks?
Is quantitative data available (gauging station...)?
yes
yes
no
yes
yes
yes
yes
yes
yes
yes
yes
Is it possible to perform all biological quality elements
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
(BQE)?
If not : which of them it is possible to
perform?
For those BQE, which are not possible to
perform - indicate the nearest possible site.
Is data available for biological quality elements
no
no
no
no
no
no
no
no
no
no
no
compliant with WFD?
Is in-stream (imission) data available for priority
yes
yes
yes
yes
yes
yes
yes
no
yes
no
no
Is information available of emission for priority
partly
partly
partly
yes
yes
no
no
no
yes
no
no
substances to this water body?
Is data available on hydromorphology?
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
What other national programmes are performed / will
WFD-monitoring:
WFD-monitoring:
WFD-monitoring:
none
none
none
none
none
none
none
none
be performed in future?
surveillance and
surveillance and
surveillance and
operative sampling
operative sampling site operative sampling site
site

23
24
25
26
27
28
29
30
31
32
33
HU
HU
HU
HU
HU
HU
HU
SLO
SLO
HR
HR
For this Monitoring site:
Tisza Tiszasziget
Tisza Tiszabecs
Szamos Csenger
Sebes-Koros
Fekete-Koros Sarkad Feher-Koros Gyulavari Maros Nagylak
Drava Ormoz
Sava Jesenice na
Danube Batina
Danube Borovo
Korosszakal
Dolenjskem
Is it a surveillance site in the national programme?
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
Is it also an operational site in the national
no
no
no
no
no
no
no
yes, hydromorfological
yes
yes
yes
programme?
alteration
Is the water body at risk or possibly at risk?
yes, organic, nutrient, yes, organic, nutrient, yes, organic, nutrient, yes, organic, nutrient, yes,
yes, hydromorphological yes, organic, nutrient, yes, hydromorfological
yes, chemical elements possibly at risk,
possibly at risk,
hazardous,
hazardous,
hazardous alteration
hydromorphological
hydromorphological
alteration
hazardous,
alteration
hydromorphological
hydromorphological
alteration
alteration
hydromorphological
alteration
alteration
alteration
Is the water body heavily modified?
yes
yes
no
yes
yes
yes
no
it is candidate for heavily no
not decided yet
not decided yet,
modified water body
Is it a shared water body between countries?
yes
yes
yes
yes
yes
yes
yes
not defined yet on
not defined yet on
yes
yes
bilateral level
bilateral level
Monitoring site in protected area?
no
no
no
no
no
no
no
yes, Natura 2000
no, not in Natura 2000 no
no
Monitoring site for other EU-directives (76/464/EWG,
Nitrate-Directive
Nitrate-Directive
Nitrate-Directive
Nitrate-Directive
Nitrate-Directive
Nitrate-Directive
Nitrate-Directive
76/464/EWG, Nitrate
76/464/EWG, Nitrate
no
no
"Nitrate-Directive", Fish-Directive"...)?
Directive
Directive
Is the monitoring site part of other existing monitoring
yes
yes
yes
yes
yes
yes
yes
part of bilateral
part of bilateral
yes, part of bilateral no
networks?
monitoring network
monitoring network
monitoring network
Is quantitative data available (gauging station...)?
yes
yes
yes
yes
yes
yes
yes
yes
yes
no
no
Is it possible to perform all biological quality elements
yes
yes
yes
yes
yes
yes
yes
yes (macrophytes-right
yes(phytoplankton not yes
yes
(BQE)?
bank)
relevant)
If not : which of them it is possible to
perform?
For those BQE, which are not possible to
perform - indicate the nearest possible site.
Is data available for biological quality elements
no
no
no
no
no
no
no
not yet
not yet
no
no
compliant with WFD?
Is in-stream (imission) data available for priority
no
no
no
no
no
no
no
partially
partially
8 from list
8 from list
Is information available of emission for priority
no
no
no
no
no
no
no
for few priority
for few priority
partly
partly
substances to this water body?
substances
substances
Is data available on hydromorphology?
yes
yes
yes
yes
yes
yes
yes
partially
partially
no
no
What other national programmes are performed / will
none
none
none
none
none
none
none
none
none
WFD-monitoring:
WFD-monitoring:
be performed in future?
surveillance and
surveillance and
operative
operative

34
35
36
37
38
39
40
41
42
43
HR
HR
HR
HR
HR
HR
RS
RS
RS
RS
For this Monitoring site:
Drava Ormoz
Drava Botovo
Drava D.Miholjac
Sava Jesenice
Sava Us. Una
Sava Ds. Zupanja Danube Bezdan
Danube Bogojevo
Danube Novi Sad
Danube Zemun
Jasenovac
Is it a surveillance site in the national programme?
yes
yes
yes
yes
yes
yes
not defined yet
not defined yet
not defined yet
not defined yet
Is it also an operational site in the national
no
no
yes
no
no
yes
not defined yet
not defined yet
not defined yet
not defined yet
programme?
Is the water body at risk or possibly at risk?
possibly at risk,
possibly at risk
possibly at risk
possibly at risk
possibly at risk
possibly at risk
possibly at risk, pollution possibly at risk, cement
possibly at risk, cement industry, yes, agriculture
(agriculture)
industry, pollution
pollution
Is the water body heavily modified?
not decided yet
not decided yet
not decided yet
not decided yet,
not decided yet
not decided yet
yes, hydromorphology,
yes, changes in
yes, changes in hydromorphology, yes, hydromorphological
morphology and pollution hydromorphology, morphology, morphology, pollution (agriculture, change, change in
(agriculture)
pollution (agriculture, cement
cement industry)
morphology, pollution
industry)
Is it a shared water body between countries?
yes
yes
yes
yes
yes
yes
yes
yes
no
no
Monitoring site in protected area?
no
no
no
no
no
no
no
no
no
no
Monitoring site for other EU-directives (76/464/EWG,
no
no
no
no
no
no
no
no
no
no
"Nitrate-Directive", Fish-Directive"...)?
Is the monitoring site part of other existing monitoring
yes, part of bilateral
yes, part of bilateral
yes, part of bilateral
yes, part of bilateral
no
no
yes, water quantity
yes, water quantity network
yes, water quantity network
yes, water quantity
networks?
monitoring network
monitoring network
monitoring network
monitoring network
network
network, Public Health
Institute network
Is quantitative data available (gauging station...)?
no
yes
yes
no
yes
yes
yes
yes
yes
yes
Is it possible to perform all biological quality elements
yes
yes
yes
yes (phytoplankton not yes
yes
yes
yes
yes
no
(BQE)?
relevant)
If not : which of them it is possible to
perform?
For those BQE, which are not possible to
perform - indicate the nearest possible site.
Is data available for biological quality elements
no
no
no
no
no
no
no
no
no
no
compliant with WFD?
Is in-stream (imission) data available for priority
8 from list
8 from list
8 from list
11 from list
11 from list
11 from list
no
no
no
partialy
Is information available of emission for priority
partly
partly
partly
partly
partly
partly
partialy
partialy
partialy
partialy
substances to this water body?
Is data available on hydromorphology?
no
no
no
no
no
no
yes
yes
yes
yes
What other national programmes are performed / will
WFD-monitoring:
WFD-monitoring:
WFD-monitoring:
WFD-monitoring:
WFD-monitoring: WFD-monitoring: unknown
unknown
National Danube Survey 2003
WQ Monitoring Public
be performed in future?
surveillance
surveillance
surveillance and
surveillance
surveillance
surveillance and
Health Institute of
operative
operative
Belgrade

44
45
46
47
48
49
50
51
52
53
RS
RS
RS
RS
RS
RS
RS
RS
RS
RS
For this Monitoring site:
Danube Pancevo
Danube Banatska
Danube Tekija
Danube Radujevac Danube Backa Palanka
Tisza Martonos
Tisza Novi Becej
Tisza Titel
Sava Jamena
Sava Sremska Mitrovica
Palanka
Is it a surveillance site in the national programme?
not defined yet
not defined yet
not defined yet
not defined yet
not defined yet
not defined yet
not defined yet
not defined yet
not defined yet
not defined yet
Is it also an operational site in the national
not defined yet
not defined yet
not defined yet
not defined yet
not defined yet
not defined yet
not defined yet
not defined yet
not defined yet
not defined yet
programme?
Is the water body at risk or possibly at risk?
yes, pollution (industry -
yes, DTD canal, ash
yes, pollution
yes
possibly at risk, cement
yes, pollution (paper and
yes, pollution (paper and food yes, agriculture,
yes, agriculture
yes, paper and food
Pancevo, Belgrade; pollution
dump site, agriculture
industry, pollution
food industry, agriculture,
industry, agriculture, influence dredging
industry, agriculture,
from settlements - Belgrade,
influence of settlements
of settlements Novi Becej,
influence of settlements (S.
Pancevo, Smederevo;
Novi Becej, Senta, N.
Senta, N. Knezevac)
Mitrovica)
agriculture)
Knezevac)
Is the water body heavily modified?
yes, hydromorphological and
yes, hydromorphological yes, changes in
yes, changes in
yes, changes in
yes, changes in
yes, changes in
yes, changes in
candidate, Flood control
candidate, flood control
morphological changes
change, change in
hydromorphology
hydromorphology
hydromorphology, morphology, hydromorphology and
hydromorphology and
hydromorphology and diskes on both sides,
diskes on both sides,
morphology, pollution
and morphology
and morphology
pollution (agriculture, cement
morphology
morphology
morphology
considerable stretches with considerable stretches with
industry)
bank reinforcement
bank reinforcement
Is it a shared water body between countries?
no
no
yes
yes
yes
not defined yet (bilaterally
no
no
not defined yet (bilaterally
no
with H)
with CRO)
Monitoring site in protected area?
no
yes
yes
yes
no
no
no
no
no
no
Monitoring site for other EU-directives (76/464/EWG,
no
no
no
no
no
no
no
no
no
no
"Nitrate-Directive", Fish-Directive"...)?
Is the monitoring site part of other existing monitoring
no
yes, water quantity
no
yes, water quantity yes, water quantity network
yes, water quantity network yes, water quantity network
yes, water quantity
yes, water quantity network yes, water quantity network
networks?
network
network
network
Is quantitative data available (gauging station...)?
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
Is it possible to perform all biological quality elements
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
(BQE)?
If not : which of them it is possible to
perform?
For those BQE, which are not possible to
perform - indicate the nearest possible site.
Is data available for biological quality elements
no
no
no
no
no
no
no
no
no
no
compliant with WFD?
Is in-stream (imission) data available for priority
partialy
partialy
partialy
partialy
partialy
partialy
partialy
partialy
partialy
partialy
Is information available of emission for priority
partialy
partialy
partialy
partialy
partialy
partialy
partialy
partialy
partialy
partialy
substances to this water body?
Is data available on hydromorphology?
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
What other national programmes are performed / will
Limnological investigations
National Danube Survey National Danube
National Danube
no
National Tisa Survey 2003
National Tisza Survey 2003
National Danube
Hydrobiological investigation Hydrobiological
be performed in future?
2003, Hydrobiological
Survey 2003
Survey 2003
Survey 2003
2003
Investigations 2003
investigations

54
55
56
57
RS
RS
RS
BA
BA
BA
BA
BA
BA
BA
BA
BA
BG
For this Monitoring site:
Sava Sabac
Sava Ostruznica
Velika Morava
Sava Gradiska
UNA Kozarska
VRBAS Razboj
BOSNA Modrica
DRINA Foca
DRINA
SAVA Raca
UNA Novi
BOSNA
Danube Novo
Ljubicevski Most
Dubica
Badovinci
Grad
Usora
selo harbour
Is it a surveillance site in the national programme?
not defined yet
not defined yet
not defined yet
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
Is it also an operational site in the national
not defined yet
not defined yet
not defined yet
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
programme?
Is the water body at risk or possibly at risk?
yes, paper and food
yes, pollution (ash dump sites, yes, agriculture
yes
yes
yes
yes
no
yes
yes
no
yes
yes
industry, agriculture,
agriculture, fertiliser industry,
influence of settlements (S. Chemical industry, influence of
Mitrovica)
several settlements)
Is the water body heavily modified?
candidate, flood control
yes, hydromorphological and yes, flood protection
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
diskes on both sides,
morphological changes
and river regulation
considerable stretches with
works
bank reinforcement
Is it a shared water body between countries?
no
no
no
yes
yes
no
no
no
yes
yes
yes
no
yes,Romania
Monitoring site in protected area?
no
yes, drinking water uptake
no
no
no
no
no
no
no
no
no
no
no
Monitoring site for other EU-directives (76/464/EWG,
no
no
no
no
no
no
no
no
no
no
no
no
no
"Nitrate-Directive", Fish-Directive"...)?
Is the monitoring site part of other existing monitoring
yes, water quantity network yes, water quantity
yes, water quantity
yes
yes
yes
yes
yes
yes
yes
yes
yes
no
networks?
network
Is quantitative data available (gauging station...)?
yes
yes
yes
Y, station: Gradiska
Y, station: K. Dubica Y, station: Razboj Y, station: Modrica
Y, station:
Y, station:
Y, station:S.
Y, station: Novi Y, station:
yes
Foca
Badovinci
Raca
Grad
Usora
Is it possible to perform all biological quality elements
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
(BQE)?
If not : which of them it is possible to
perform?
For those BQE, which are not possible to
perform - indicate the nearest possible site.
Is data available for biological quality elements
no
no
no
MZB, PHP
MZB, PHP
MZB, PHP
MZB, PHP
MZB, PHP
MZB, PHP
MZB, PHP
MZB, PHP
MZB, PHP
yes
compliant with WFD?
Is in-stream (imission) data available for priority
partialy
partialy
partialy
no
Is information available of emission for priority
partialy
partialy
partialy
no
no
no
no
no
no
no
no
no
no
substances to this water body?
Is data available on hydromorphology?
yes
yes
yes
no
no
no
no
no
no
no
no
no
yes
What other national programmes are performed / will
Hydrobiological
Publik Health Institute of
Hydrobiological
be performed in future?
Investigations 2003
Belgrade - Regular Monitoring Investigations 2000-
2003

58
59
60
61
62
63
64
65
66
67
68
69
70
BG
BG
BG
BG
BG
BG
BG
BG
BG
BG
BG
RO
RO
For this Monitoring site:
Danube Lom
Danube Orjahovo Danube Bajkal
Danube Nikopol Danube Svishtov
Danube upstream Danube Silistra
Iskar mouth
Vit Guljantzi
Jantra mouth
Russenski Lom
Danube Bazias
Danube Pristol/Novo Selo
Russe
mouth
Harbour
Is it a surveillance site in the national programme?
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
Is it also an operational site in the national
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes, nutrients, hazardous yes, nutrients, hazardous
programme?
substances,
substances,
hydromorphological
hydromorphological
alteration
alteration
Is the water body at risk or possibly at risk?
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes, nutrients, hazardous yes, nutrients, hazardous
substances,
substances,
hydromorphological
hydromorphological
alteration
alteration
Is the water body heavily modified?
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
no
no
Is it a shared water body between countries?
no
no
no
no
no
no
yes, Chiciu -
no
no
no
no
yes
yes
Romania
Monitoring site in protected area?
no
no
no
no
no
no
no
no
no
no
no
no
no
Monitoring site for other EU-directives (76/464/EWG,
no
no
no
no
no
no
no
no
no
no
no
76/464/EEC, Fish-
76/464/EEC, Fish-Directive
"Nitrate-Directive", Fish-Directive"...)?
Directive
Is the monitoring site part of other existing monitoring
no
no
no
no
no
no
no
no
yes
yes, EIONET
yes, EIONET
yes, national
yes, national
networks?
Is quantitative data available (gauging station...)?
yes
yes
no
no
yes
no
yes
yes
yes
yes
yes, 20 km upstream yes, station: Bazias
yes, station: Gruia
Is it possible to perform all biological quality elements
yes
macrophytes,
yes
yes
yes
yes
(BQE)?
phytoplankton,
macrozoobenthos,
fish
If not : which of them it is possible to
yes
yes
macrophytes,
macrophytes,
macrophytes,
macrophytes,
macrophytes,
phytoplankton,
phytoplankton,
perform?
phytoplankton,
phytoplankton,
phytoplankton,
phytobenthos,
phytobenthos,
phytobenthos,
phytobenthos,
macrozoobentho macrozoobenthos,
macrozoobenthos,
macrozoobentho macrozoobenthos,
macrozoobenthos,
macrozoobenthos,
s, fish
fish
fish
s, fish
fish
macrophytes, fish
macrophytes, fish
For those BQE, which are not possible to
perform - indicate the nearest possible site.
Is data available for biological quality elements
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
compliant with WFD?
Is in-stream (imission) data available for priority
no
no
no
no
no
no
no
no
no
no
no
yes
yes
Is information available of emission for priority
no
no
no
no
no
no
yes
no
no
no
no
no
no
substances to this water body?
Is data available on hydromorphology?
no
no
no
no
no
no
no
no
no
no
yes
yes
What other national programmes are performed / will
Biomonitoring,Suspended Biomonitoring,Suspended
be performed in future?
solids
solids

71
72
73
74
75
76
77
78
79
RO
RO
RO
RO
RO
RO
RO
RO
RO
For this Monitoring site:
Danube Us. Arges
Danube Chiciu/Silistra
Danube Reni
Danube Vilkov / Chilia arm /
Danube Sulina / Sulina
Danube Sf. Gheorghe / Sf. Arges conf. Danube
Siret Conf. Danube Sendreni
Prut Conf. Danube
Kilia arm
arm
Gheorghe arm
Giurgiulesti
Is it a surveillance site in the national programme?
yes
yes
yes
yes
yes
yes
yes
yes
yes
Is it also an operational site in the national
yes, nutrients, hazardous
yes, organic, nutrients,
yes, organic, nutrients,
yes, organic, nutrients,
yes, organic, nutrients,
yes, organic, nutrients,
yes, organic, nutrients
yes, organic,nutrients,
yes, organic,nutrients,
programme?
substances, hydromorphological hazardous substances,
hazardous substances,
hazardous substances
hazardous substances,
hazardous substances
hazardous substances,
hazardous substances,
alteration
hydromorphological
hydromorphological
hydromorphological
hydromorphological alteration
hydromorphological
alteration
alteration
alteration
alteration
Is the water body at risk or possibly at risk?
yes, nutrients, hazardous
yes, organic, nutrients,
yes, organic, nutrients,
yes, organic, nutrients,
yes, organic, nutrients,
yes, organic, nutrients,
yes, organic, nutrients
yes, organic,nutrients,
yes, organic,nutrients,
substances, hydromorphological hazardous substances,
hazardous substances,
hazardous substances
hazardous substances,
hazardous substances
hazardous substances,
hazardous substances,
alteration
hydromorphological
hydromorphological
hydromorphological
hydromorphological alteration
hydromorphological
alteration
alteration
alteration
alteration
Is the water body heavily modified?
no
no
no
no
no
no
no
no
no
Is it a shared water body between countries?
yes
yes
yes
yes
no
no
no
yes
yes
Monitoring site in protected area?
no
no
no
no
no
no
no
no
yes
Monitoring site for other EU-directives (76/464/EWG,
76/464/EEC, Fish-Directive
76/464/EEC, Fish-
76/464/EEC, Fish-Directive 76/464/EEC
76/464/EEC
76/464/EEC
Nitrate-Directive, Fish-Directive 76/464/EEC, Fish-Directive
76/464/EEC, Fish-Directive
"Nitrate-Directive", Fish-Directive"...)?
Directive
Is the monitoring site part of other existing monitoring
yes, national
yes, national
yes, national
yes, national
yes, national
yes, national
yes, national
yes, national
yes, national
networks?
Is quantitative data available (gauging station...)?
yes, station: Oltenita
yes, station: Chiciu
yes, station:Grindu
yes, station: Periprava
yes, station: Sulina
yes, station: Sf.Gheorghe
yes, station: Arges up.Danube
yes, station: Sendreni
yes, station: Giurgiulesti
Is it possible to perform all biological quality elements
yes
yes
yes
yes
yes
yes
yes
yes
yes
(BQE)?
If not : which of them it is possible to
phytoplankton, phytobenthos,
phytoplankton,
phytoplankton,
phytoplankton, phytobenthos,
phytoplankton,
phytoplankton, phytobenthos, phytoplankton, phytobenthos,
phytoplankton, phytobenthos,
phytoplankton,
perform?
macrozoobenthos,
phytobenthos,
phytobenthos,
macrozoobenthos,
phytobenthos,
macrozoobenthos,
macrozoobenthos,
macrozoobenthos,
phytobenthos,
macrophytes, fish
macrozoobenthos,
macrozoobenthos,
macrophytes, macroalgae,
macrozoobenthos,
macrophytes, macroalgae,
macrophytes, fish
macrophytes, fish
macrozoobenthos,
macrophytes, fish
macrophytes, fish
angiosperms, fish
macrophytes, macroalgae, angiosperms, fish
macrophytes, fish
angiosperms, fish
For those BQE, which are not possible to
perform - indicate the nearest possible site.
Is data available for biological quality elements
yes
yes
yes
yes
yes
yes
yes
yes
yes
compliant with WFD?
Is in-stream (imission) data available for priority
yes
yes
yes
yes
yes
yes
yes
yes
yes
Is information available of emission for priority
no
no
no
no
no
no
no
no
no
substances to this water body?
Is data available on hydromorphology?
yes
yes
yes
yes
yes
yes
yes
yes
yes
What other national programmes are performed / will
Biomonitoring, Suspended
Biomonitoring,Suspended Biomonitoring,Suspended Biomonitoring,Suspended solids Biomonitoring
Biomonitoring
Biomonitoring
Biomonitoring
Biomonitoring
be performed in future?
solids
solids
solids

80
81
82
83
84
85
86
87
88
89
RO
RO
RO
RO
RO
RO
RO
RO
RO
RO
For this Monitoring site:
Somes Dara (border)
Cris Repede
Cris Negru Zerind
Cris Alb Varsand
Mures Nadlac
Bega Otelec
Danube Gruia /Radujevac
Jiu Zaval
Olt Islaz
Ialomita downstream
Cheresig
Tandarei
Is it a surveillance site in the national programme?
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
Is it also an operational site in the national
yes, nutrients, organic,
yes, heavy metals
no
yes
yes, nutrients,
yes, nutrients, organic,
yes, nutrients, hazardous
yes, nutrients, organic,
yes, nutrients, organic,
yes, nutrients, organic
programme?
hazardous substances,
organic substances
hazardous substances,
substances, hydromorphological hazardous substances,
hazardous substances,
substances
hydromorphological
hydromorphological
alteration
hydromorphological
hydromorphological
alteration
alteration
alteration
alteration
Is the water body at risk or possibly at risk?
yes, nutrients, organic,
no
yes
yes
yes, nutrients,
yes, organic, hazardous
yes, nutrients, hazardous
yes, nutrients, organic,
yes, nutrients, organic,
yes, nutrients, organic
hazardous substances,
organic substances
substances,
substances, hydromorphological hazardous substances,
hazardous substances,
substances
hydromorphological
hydromorphological
alteration
hydromorphological
hydromorphological
alteration
alteration
alteration
alteration
Is the water body heavily modified?
no
no
no
no
no
yes, hydromorphological no
no
no
no
alteration
Is it a shared water body between countries?
? To be clarified with
? To be clarified with ? To be clarified with ? To be clarified with ? To be clarified with ? To be clarified with
yes
no
no
no
"Romanian Waters"
"Romanian Waters"
"Romanian Waters"
"Romanian Waters"
"Romanian Waters"
"Romanian Waters"
Monitoring site in protected area?
no
no
no
no
no
no
no
no
no
no
Monitoring site for other EU-directives (76/464/EWG,
76/464/EEC, Fish-
Nitrate-Directive, Fish- Fish-Directive
Fish-Directive
Fish-Directive
76/464/EEC, Fish-
76/464/EEC, Fish-Directive
Fish-Directive
Nitrate-Directive, Fish-
Nitrate-Directive, Fish-
"Nitrate-Directive", Fish-Directive"...)?
Directive
Directive
Directive
Directive
Directive
Is the monitoring site part of other existing monitoring
yes, national
yes, national
yes, national
yes, national
yes, national
yes, national
yes, national
yes, national
yes, national
yes, national
networks?
Is quantitative data available (gauging station...)?
yes, station: Satu Mare
yes, station: Oradea
yes, station: Zerind
yes, station: Chisineu yes, station: Nadlac
yes, station: Sanmihai
yes, station: Gruia
yes, station: Podari
yes, station: Izbiceni
yes, station: Tandarei
Cris
Is it possible to perform all biological quality elements
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
(BQE)?
If not : which of them it is possible to
phytoplankton,
phytoplankton,
phytoplankton,
phytoplankton,
phytoplankton,
phytoplankton,
phytoplankton, phytobenthos,
phytoplankton,
phytoplankton,
phytoplankton,
perform?
phytobenthos,
phytobenthos,
phytobenthos,
phytobenthos,
phytobenthos,
phytobenthos,
macrozoobenthos,
phytobenthos,
phytobenthos,
phytobenthos,
macrozoobenthos,
macrozoobenthos,
macrozoobenthos,
macrozoobenthos,
macrozoobenthos,
macrozoobenthos,
macrophytes, fish
macrozoobenthos,
macrozoobenthos,
macrozoobenthos,
macrophytes, fish
macrophytes
macrophytes
macrophytes
macrophytes, fish
macrophytes, fish
macrophytes, fish
macrophytes, fish
macrophytes, fish
For those BQE, which are not possible to
perform - indicate the nearest possible site.
Is data available for biological quality elements
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
compliant with WFD?
Is in-stream (imission) data available for priority
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
Is information available of emission for priority
no
no
no
no
no
no
no
no
no
no
substances to this water body?
Is data available on hydromorphology?
yes
yes
yes
yes
yes
yes
yes
yes
yes
yes
What other national programmes are performed / will
Biomonitoring,Suspended Suspended solids
Suspended solids
Suspended solids
Biomonitoring,Suspe Suspended solids
Biomonitoring,Suspended solids
Biomonitoring
Biomonitoring
be performed in future?
solids
nded solids

90
91
92
93
94
95
96
97
98
99
100
101
102
MD
MD
MD
MD
MD
UA
UA
UA
UA
UA
UA
UA
UA
For this Monitoring site:
Prut Lipcani
Prut Costesti
Prut Braniste
Prut Valea Mare
Prut Giurgiulesti
DanubeReni-Kilia DanubeVilk Tisza
Tisza
Latoritsa
Uzh Storozhynets Prut
Siret
Reservoir
arm
ova
Vylok
Tchop
Tchop
Tarasivtsi
Terebletche
Is it a surveillance site in the national programme?
yes
yes
yes
yes
yes
Is it also an operational site in the national
no
yes
yes
yes
yes
programme?
Is the water body at risk or possibly at risk?
no
yes,
yes,
no
no
hydromorphological hydromorphological
alteration
alteration
Is the water body heavily modified?
no
no
yes,
no
no
hydromorphological
alteration
Is it a shared water body between countries?
yes
yes
yes
yes
yes
Monitoring site in protected area?
no
no
no
no
no
Monitoring site for other EU-directives (76/464/EWG,
no
no
no
no
"Nitrate-Directive", Fish-Directive"...)?
Is the monitoring site part of other existing monitoring
yes
yes
yes
yes
yes
networks?
Is quantitative data available (gauging station...)?
no
no
no
no
no
Is it possible to perform all biological quality elements
no
no
yes
yes
yes
(BQE)?
If not : which of them it is possible to
phytoplankton,
phytoplankton,
perform?
bacteriology
bacteriology
For those BQE, which are not possible to
macrozoobenthos - macrozoobenthos -
perform - indicate the nearest possible site. 2 km downstream - 2 km downstream -
left bank,
left bank,
macrophytes - 2-4 macrophytes - 2-4
km left bank)
km left bank)
Is data available for biological quality elements
yes
yes
yes
yes
yes
compliant with WFD?
Is in-stream (imission) data available for priority
yes
yes
yes
yes
yes
Is information available of emission for priority
yes
yes
yes
yes
yes
substances to this water body?
Is data available on hydromorphology?
yes
yes
yes
yes
yes
What other national programmes are performed / will
Biomonitoring,
Biomonitoring,
Biomonitoring,
Biomonitoring,
Biomonitoring,
be performed in future?
Pesticide-
Pesticide-
Pesticide-
Pesticide-Programme, Pesticide-
Programme,
Programme,
Programme,
Programme on heavy Programme,
Programme on
Programme on
Programme on
metals
Programme on
heavy metals
heavy metals
heavy metals
heavy metals

Development of Operational Tools for Monitoring, Laboratory and Information Management

ANNEX 4: LIST OF MONITORING SITES FOR
OPERATIONAL MONITORING

UNDP/GEF DANUBE REGIONAL PROJECT

OPERATIONAL MONITORING
Template description
Attribute name
Description of the attribute
Values and codelists
Example values
RIVER
Name of the river
Danube
NAME
Locally used name of the sampling station
Jochenstein
LONGITUDE
Coordinates should be given in decimal degrees in
ETRS89
LATITUDE
Coordinates should be given in decimal degrees in
ETRS89
ALTITUDE
Altitude in metres
290
RKM
River kilometer
2204
PROFILE
Location in profile; left, middle, right
L, M, R
L
CATCH_AR
Total area of the catchment upstream the sampling
77086
point in km2
TNMN_CODE
TNMN code (if TNMN site)
L2130
EIONET
Code of the station in the EIONET
DE_RV_BY11
IED 77/795/EWG
Code of the station in the monitoring network in
G12
accordance with the Information Exchange
Decision 77/795/EWG
WB
Code for water body according to Article 5 report
DE1_134693_157710
(Roof Report)
DRBC_CODE
Code for common water type in the Danube River
Eastern Alpine Foothills
Basin
Danube (Danube Section
Type 3)
SURVEIL
Is it a surveillance site in the national programme? Yes = Y, No = N
Y
OPERAT
Is it also an operational site in the national
Yes = Y, No = N
Y
programme?
REFERENCE
Is the sampling site a reference site?
Yes = Y, No = N
N
IC
Is the sampling site part of the intercalibration
Yes = Y, No = N
N
network?
RISK
Is the water body at risk or possibliy at risk?
Yes = Y, No = N
Y
RISK CAT
Risk category
HYMO = hydromorphology,
HYMO
ORGP = organic pollution,
NUTR = nutrients, PSUB =
priority substances, OTH = other
MODIFIED
Is the water body heavily modified?
Yes = Y, No = N, ND = not
ND
decided
SHARED
Is it a shared water body between countries?
Yes = Y, No = N
Y
PROTECTED
Is the monitoring site in a protected area?
Yes = Y, No = N
N
(RAMSAR and World Heritage Convention,
UNESCO/MAB and/or IUCN category II or Natura
2000 site with a size of > 1000 ha)
EU-DIRECTIVES
Is it a monitoring site for other EU-directives
76/464/EWG, Nitrate-
(76/464/EWG, "Nitrate-Directive", Fish-
Directive
Directive"...)?
OTHER_MON
Is the monitoring site part of other existing
Yes = Y, No = N
Y
monitoring networks?
QUANTITY
Is quantitative data available (from which gauging
Y, station: Achleiten
station...)?
BQE
Biological quality elements measured within the
MZB = macrozoobenthos, PHB N
operational monitoring? Which ones?
= phytobenthos, PHP =
phytoplankton, MAPH =
macrophyta, FISH = fish, N = no
HYMOQE
Hydromorphological quality elements measured
HYREG = hydrological regime, HYREG, RIVCON
within the operational monitoring? Which ones?
RIVCON = river continuity,
MORPHCON = morphological
conditions, N = no
PHCHEMQE
Physico-chemical quality elements measured within GENCON = general conditions, N
the operational monitoring? Which ones?
PS = priority substances, OS =
other substances, N = no
PS_EMISSION
Is information available of emission for priority
Yes = Y, No = N
N
substances to this water body?

RIVER
NAME
LONGITUD LATITUDE ALTITUDE RKM
PROFILE CATCH_AR TNMN_CODE EIONET
IED
WB
DRBC_CODE SURVEI OPERA REFEREN IC
RISK
RISK CAT
MODIFIED SHARED PROTECT EU-DIRECTIVES
OTHER_MON QUANTITY
BQE
HYMOQE
PHCHEMQE
PS_EMISSI
E
77/795/EWG
L
T
CE
ED
ON
Czech Republic
Morava
Lanzhot
16,9885
48,6863
150
79
M
9725
L2100
CZ_0401
CZ_0401
41049000 /CZ178/ Great silic. Panonnic. Lowl. Str
Y
Y
N
N
Y
HYMO, NUTR,
ND
Y
Y 76/464/EWG, Fisch
Y Y, station: Lanzhot MZB, PHP, FISH,
HYREG
GENCON, PS,
Y
M174
1000_11_15
ORGP
Directive
MAPH
OS
Morava
Rohatec
17,2109
48,885
123,9
M
40939110 /CZ178/ Great silic. Panonnic. Lowl. Str
N
Y
N
N
Y
ND
N
Fisch Directive
Y
HYREG
GENCON, PS,
Y
M171
1000_11_15
OS
Morava
nad Olsavou /U.
17,4233
49,0623
156,95
R
40875000 /CZ_160/
Great silic.Carpat. Lowl.str
N
Y
N
N
Y
ND
N
Y
HYREG
GENCON, PS,
Y
Hradiste/
M156
1000_10_17
OS
Morava
Spytihnev
17,5047
49,1328
186
169,6
R
7891
CZ_1137
40875000 /CZ_160/
Great silic.Carpat. Lowl.str
N
Y
N
N
Y
HYMO, NUTR,
ND
N
N
Fisch Directive
Y Y, station Spytihnev MZB, PHP, FISH,
HYREG
GENCON, PS,
Y
M156
1000_10_17
ORGP
MAPH
OS
Morava
Otrokovice
17,5058
49,2113
178,7
M
40794000 /CZ_142/
Great silic.Carpat. Lowl.str
N
Y
N
N
Y
ND
N
Y
HYREG
GENCON, PS,
Y
M136
1000_10_17
OS
Morava
Kromeriz
17,4017
49,3025
194
193
R
7022
CZ_1135
40794000 /CZ_142/
Great silic.Carpat. Lowl.str
Y
Y
N
N
Y
HYMO, NUTR,
ND
N
N
Fisch Directive
Y Y, station Kromeriz MZB, PHP, FISH,
HYREG
GENCON, PS,
Y
M136
1000_10_17
ORGP
MAPH
OS
Morava
Kojetin
17,3203
49,3532
201,8
M
40660000 /CZ_116/
Great silic.Carpat. Lowl.str
N
Y
N
N
Y
ND
N
Fisch Directive
Y
HYREG
GENCON, PS,
Y
M109
1000_10_17
OS
Morava
Tovacov
17,3171
49,4252
211,35
R
40440000 /CZ_69/ Great sil,Hercynium lowland str
N
Y
N
N
Y
ND
N
Fisch Directive
Y
HYREG
GENCON, PS,
Y
M056
1000_9_7
OS
Morava
Cernovir
17,2532
49,6136
237
M
3028,78
40440000 /CZ_69/ Great sil,Hercynium lowland str
Y
Y
N
N
Y
ND
N
Fisch Directive
Y
HYREG
GENCON, PS,
Y
M056
1000_9_7
OS
Morava
Moravicany
16,9757
49,75574
272,8
R
1558,82
40263000 /CZ_48/ Great sil,Hercynium lowland str
N
Y
N
N
Y
ND
N
Fisch Directive
Y
HYREG
GENCON, PS,
Y
M034
1000_9_7
OS
Morava
Zabreh
16,9231
49,8877
298,15
M
40202000 /CZ_35/ Great sil,Hercynium lowland str
N
Y
N
N
Y
ND
N
Fisch Directive
Y
HYREG
GENCON, PS,
Y
M021
1000_9_7
OS
Dyje
Pohansko
16,8555
48,8033
155
17
M
1254,0
L2120
CZ_0402
CZ_0402
41993000 /CZ283/
Greater silic. Panonnic. Lowl
Y
Y
N
N
Y
HYMO, NUTR,
ND
Y
Y 76/464/EWG, Fisch
Y Y, station: Breclav - MZB, PHP, FISH,
HYREG
GENCON, PS,
Y
D126
Str. 1000_11_18
ORGP
Directive
Ladna
MAPH
OS
Dyje
Znojmo
16,0421
48,8537
210
132,6
R
2491,5
CZ_1191
41192000 /CZ193/D017 Great silic. Panonnic. Lowl. Str
N
Y
N
N
Y
NUTR
ND
N
N
Fisch Directive
Y
Y, station Znojmo MZB, PHP, FISH,
HYREG
GENCON, PS,
Y
1000_11_15
MAPH
OS
Dyje
Znojmo - pritok /Deve
15,98147
48,8131
142,5
R
41180000 /CZ193/ Great silic. Panonnic. Lowl. Str
N
Y
N
N
Y
ND
N
Fisch Directive
Y
HYREG
GENCON, PS,
Y
Mlynu/
D016
1000_11_15
OS
Dyje
Vranov
Y/JTSK/
X /JTSK/
173,7
M
41174000 /CZ193/ Great silic. Panonnic. Lowl. Str
N
Y
N
N
Y
ND
N
Fisch Directive
Y
HYREG
GENCON, PS,
Y
659457232 1187500962
D015
1000_11_15
OS
Dyje
Podhradi
15,6915
48,90326
203,3
R
1750
41126000 /CZ_186/ small sil. Hercynium lowland str
Y
Y
N
N
Y
ND
N
Fisch Directive
Y
HYREG
GENCON, PS,
Y
D009
1000_9_6
OS
Svratka
Vranovice
16,6185
48,9502
11,9
M
4083,67
41651080 /CZ_275/ Great silic. Panonnic. Lowl. Str
Y
Y
N
N
Y
ND
N
Y
HYREG
GENCON, PS,
Y
D078
1000_11_15
OS
Svratka
Zidlochovice
16,703
49,0066
185
28,4
R
3938,7
CZ_1180
41651080 /CZ_275/ Great silic. Panonnic. Lowl. Str
N
Y
N
N
Y
HYMO, NUTR,
ND
N
N
Y Y, station Kromeriz MZB, PHP, FISH,
HYREG
GENCON, PS,
Y
D078
1000_11_15
ORGP
MAPH
OS
Svratka
Rajhrad
16,62
49,0938
35,1
L
3078,87
41559030 /CZ_227/
Great cal. Panonnic. lowl. str
Y
Y
N
N
Y
ND
N
Y
HYREG
GENCON, PS,
Y
D063
1000_11_12
OS
Svratka
Prizrenice
16,6279
49,1446
40,8
R
41428000 /CZ_217/
Great cal. Panonnic. lowl. str
N
Y
N
N
Y
ND
N
Fisch Directive
Y
HYREG
GENCON, PS,
Y
D047
1000_11_12
OS
Svratka
Bystrc Y/GaussKr./ X/GaussKr./
55,00
M
CZ_3688
41428000 /CZ_217/
Great cal. Panonnic. lowl. str
N
Y
N
N
Y
ND
N
Fisch Directive
Y
HYREG
GENCON, PS,
Y
3612598
5441494
D047
1000_11_12
OS
Svratka
Veverska Bityska
16,439
49,2776
67,00
R
41410000 /CZ_217/
Great cal. Panonnic. lowl. str
N
Y
N
N
Y
ND
N
Y
HYREG
GENCON, PS,
Y
D044
1000_11_12
OS
Svratka
Vir
16,3322
49,5509
112,2
L
475,16
CZ_1176
41344000 /CZ_209/
Greater sil,Hercynium foothil
Y
Y
N
N
Y
ND
N
Fisch Directive
Y
HYREG
GENCON, PS,
Y
D037
str. 1000_9_2
OS
Svratka
Vir-Dalecin
16,2514
49,5941
124,2
R
41311000 /CZ_209/
Greater sil,Hercynium foothil
N
Y
N
N
Y
ND
N
Y
HYREG
GENCON, PS,
Y
D032
str. 1000_9_2
OS
Slovakia
Morava
Devín 16,9759594 48,1876772
145
1
M
26574,991
M128021D
no
SKM0002
1000_ 11_ 18
Y
Y
N
N
Y
HYMO, ORGP,
N
Y
Y
76/464EWG
Y
Y
MZB,
HYREG, RIVCON,
GENCON
Y
NUTR
PHP,MAPH,PHB
MORPHCON
Danube
Bratislava 17,1039669 48,1392319
128
1869
L,M,R
131329
L1840
D002051D
yes
SKD0016
Lower Alpine Foothills Danube
Y
Y
N
N
Y
HYMO, NUTR,
Y
N
Y
76/464EWG
Y
Y
MZB,
HYREG, RIVCON,
GENCON,PS
Y
(Danube Section Type 4)
PSUB
PHP,MAPH,PHB
MORPHCON
Danube
Medvedov 17,6519872 47,7935424
108
1806
M
132168
L1860
D017000D
no
SKD0017
Lower Alpine Foothills Danube
Y
Y
N
Y(R-
Y
HYMO
Y
Y
N
N
Y
Y
MZB,
HYREG, RIVCON,
GENCON
Y
(Danube Section Type 4)
E6)
PHP,MAPH,PHB
MORPHCON
Danube
Komarno 18,1203017 47,7511691
103
1768
M
151961
L1870
D034051D
no
SKD0018
Lower Alpine Foothills Danube
Y
Y
N
Y(R-
Y
HYMO
Y
Y
Y
N
Y
Y
MZB,
HYREG, RIVCON,
GENCON
Y
(Danube Section Type 4)
E6)
PHP,MAPH,PHB
MORPHCON
Váh
Komarno 18,1423259 47,7609114
106
1
M
19661
L1960
V787501D
yes
SKV0027
1000_ 11_ 18
Y
Y
N
N
Y
HYMO, ORGP
Y
N
Y
76/464EWG
Y
N
MZB,
HYREG, RIVCON,
GENCON
Y
PHP,MAPH,PHB
MORPHCON
Hron
Kamenica
18,72334
47,82608
114
1,7
M
5416,83
R365010D
yes
SKR0005
1000_ 11_ 19
Y
Y
N
N
Y
HYMO, ORGP,
Y
Y
Y
76/464EWG
Y
N
MZB,
HYREG, RIVCON,
GENCON
Y
NUTR
PHP,MAPH,PHB
MORPHCON
Ipel
Salka
18,76256
47,88596
110
12
M
5060,34
I283000D
yes
SKI0004
1000_ 11_ 20
Y
Y
N
N
Y
HYMO, ORGP,
N
Y
Y
76/464EWG
Y
Y
MZB,
HYREG, RIVCON,
GENCON
Y
NUTR
PHP,MAPH,PHB
MORPHCON

RIVER
NAME
LONGITUD LATITUDE ALTITUDE RKM
PROFILE CATCH_AR TNMN_CODE EIONET
IED
WB
DRBC_CODE SURVEI OPERA REFEREN IC
RISK
RISK CAT
MODIFIED SHARED PROTECT EU-DIRECTIVES
OTHER_MON QUANTITY
BQE
HYMOQE
PHCHEMQE
PS_EMISSI
E
77/795/EWG
L
T
CE
ED
ON
Hungary
Danube
Medve/Medvedov
474737
173906
108 1806.2
M
131605
L1470 HU_RV_01FF0
yes HU_RW_AAA626_179
Danube Section Type 4
Y
Y
N
N
Y
HYMO, SP
Y
Y
N
77/795/EWG
Y
MZB, PHP, FISH,
Y
Y
2
0-1850_S
MAPH, PHB
Danube
Komarom/Komarno
474504
180715
103 1766.8
LMR
150820
L1475 HU_RV_01FF0
no HU_RW_AAA626_170
Danube Section Type 5
Y
Y
N
Y(R-
Y
SP
Y
Y
N
N
Y
MZB, PHP, FISH,
Y
Y
7
8-1790_M
E6)
MAPH, PHB
Danube
Szob
474838
185132
1708.0
LMR
183350
L1490 HU_RV_02FR5
no HU_RW_AAA626_148
Danube Section Type 5
Y
Y
N
N
Y
SP
N
Y
N
N
Y
MZB, PHP, FISH,
Y
Y
1
1-1708_M
MAPH, PHB
Danube
Dunafoldvar
464838
185600
1560.6
LMR
188700
L1520 HU_RV_03FF0
no HU_RW_AAA626_148
Danube Section Type 5
Y
Y
N
N
Y
SP
N
N
N
N
Y
MZB, PHP, FISH,
Y
Y
6
1-1708_M
MAPH, PHB
Danube
Hercegszanto
455454
184816
1433.0
LMR
211503
L1540 HU_RV_03FF0
yes HU_RW_AAA626_143
Danube Section Type 6
Y
Y
N
Y(R-
Y
SP
N
Y
N
77/795/EWG
Y
MZB, PHP, FISH,
Y
Y
1
3-1481_S
E6)
MAPH, PHB
Sio
Szekszard-Palank
462247
184313
13.4
M
14693
L1604 HU_RV_04FF1
no HU_RW_AAB026_000
Great Hungarian Plain
Y
Y
N
N
Y
HYMO, SP
Y
N
N
N
Y
MZB, PHP, FISH,
Y
Y
1
0-0079_S
MAPH, PHB
Drava
Dravaszabolcs
454703
181202
68.0
M
35764
L1610 HU_RV_05FF1
ys HU_RW_AAB256_007
Great Hungarian Plain
Y
Y
N
N
Y
SP
N
Y
N
77/795/EWG
Y
MZB, PHP, FISH,
Y
Y
8
0-0199_S
MAPH, PHB
Sajo
Sajopuspoki
481659
202023
123.5
M
3224
L1770 HU_RV_08FF1
yes HU_RW_AAB659_006
Great Hungarian Plain
Y
Y
N
Y
Y
SP
N
Y
N
N
Y
MZB, PHP, FISH,
Y
Y
0
9-0125_S
MAPH, PHB
Tisza
Tiszasziget
461108
200617
162.5
LMR
138498
L1700 HU_RV_11FF1
yes HU_RW_AAA506_016
Great Hungarian Plain
Y
Y
N
N
Y
HYMO, SP
Y
Y
N
77/795/EWG
Y
MZB, PHP, FISH,
Y
Y
2
0-0243_S
MAPH, PHB
Tisza
Tiszabecs
480615
224947
744.3
L
yes HU_RW_AAA506_172
Great Hungarian Plain
Y
Y
N
Y
Y
SP
N
Y
N
77/795/EWG
Y
MZB, PHP, FISH,
Y
Y
4-0745_S
MAPH, PHB
Szamos
Csenger
475125
224044
45.4
L
15780
HU_RV_07FF0
yes HU_RW_AAA856_000
Great Hungarian Plain
Y
Y
N
N
Y
SP
N
Y
N
77/795/EWG
Y
MZB, PHP, FISH,
Y
Y
9
0-0050_S
MAPH, PHB
Sebes-Koros
Korosszakal
470113
213922
58.6
R
2413
HU_RV_12FF0
yes HU_RW_AAB680_001
Great Hungarian Plain
Y
Y
N
N
Y
SP
Y
Y
N
77/795/EWG
Y
MZB, PHP, FISH,
Y
Y
3
5-0058_S
MAPH, PHB
Fekete-Koros
Sarkad
464138
212548
15.9
R
3750
HU_RV_12FF0
no HU_RW_AAA250_000
Great Hungarian Plain
Y
Y
N
N
Y
SP
Y
Y
N
N
Y
MZB, PHP, FISH,
Y
Y
2
0-0020_S
MAPH, PHB
Feher-Koros
Gyulavari
463744
212005
9.3
R
4240
HU_RV_12FF0
no HU_RW_AAA510_000
Great Hungarian Plain
Y
Y
N
N
Y
SP
Y
Y
N
N
Y
MZB, PHP, FISH,
Y
Y
1
0-0010_S
MAPH, PHB
Maros
Nagylak
460942
204212
29.1
L
27818
HU_RV_11FF2
no HU_RW_AAA835_003
Great Hungarian Plain
Y
Y
N
N
Y
SP
N
Y
N
N
Y
MZB, PHP, FISH,
Y
Y
1
2-0050_S
MAPH, PHB
Slovenia
Sava
Otoce pod mostom 14,2361184 46,3101157
382
54,91
L
1003,3
N
Y
N
Y
Y
HYMO
N
N
N
Nitrate-Directive
N
Y, Station Sava
MZB,PHB
HYREG
GENCON, OS
partially
Radovljica I
Sava
Struzevo 14,3272967
46,24991
356
66,05
L
1201
1000_5_5
N
Y
N
N
Y
HYMO, PSUB,
N
N
N
Nitrate-Directive
N
Y, Station Sava
MZB, PHB
HYREG
GENCON, OS
partially
OTH
Okroglo
Sava
Dragocajna 14,4147757 46,1739026
326
77,6
L
1515,5
1000_5_5
N
Y
N
N
Y
HYMO, ORGP,
candidat
N
N
Nitrate-Directive
N
Y
MZB, PHB
HYREG
GENCON, PS,
partially
NUTR, OTH, PSUB for HMWB
OS
Sava
Sentjakob
14,582809 46,0841121
272
98,98
R
2281,2
1000_5_5
N
Y
N
N
Y
HYMO, ORGP
N
N
N
Nitrate-Directive,
N
Y, Station Sava
MZB, PHB
HYREG
GENCON, OS
partially
Fish Directive
Sentjakob
Sava
Kresnice 14,7826628
46,096909
316
117,8
R
4821
1000_11_1
Y
Y
N
N
Y
HYMO, ORGP,
N
N
N
Nitrate-Directive
N
Y, Station Sava
MZB, PHB
HYREG
GENCON, OS
partially
NUTR, OTH
Litija I
Sava
Podkraj 15,1189724 46,1103462
195 157,31
L
5177
1000_11_12
Y
Y
N
N
Y
HYMO, ORGP,
N
N
N
Nitrate-Directive
N
Y, Station Sava
MZB, PHB
HYREG
GENCON, OS
partially
NUTR
Hrastnik
Sava
Vrhovo 15,2093412 46,0445322
189 168,16
7136,29
1000_11_12
N
Y
N
N
Y
HYMO, NUTR,
candidat
N
N
Nitrate-Directive
N
Y, Station Sava
MZB, PHB
HYREG
GENCON, OS
partially
ORGP for HMWB
Hrastnik+Savinja
Veliko Sirje
Sava
Brestanica 15,4661051 45,9873263
157 193,75
7649,6
1000_11_12
N
Y
N
N
Y
HYMO, ORGP,
N
N
N
Nitrate-Directive
N
Y, Station Sava
MZB, PHB
HYREG
GENCON,
partially
NUTR, PSUB,
Catez-Krka
PS,OS
OTH
Podbocje
Sava
Podgraceno
15,650387 45,8759742
137 214,84
10159,9
1000_11_17
N
Y
N
N
Y
HYMO, ORGP,
N
N
N
Nitrate-Directive
N
Y, Station Sava
MZB, PHB
HYREG
GENCON,
partially
PSUB, OTH
Jesenice na
PS,OS
Dolenjskem-Sotla
Rakovec I
Sava Jesenice na Dolenjskem 15,6924526 45,8609246
132 218,67
R
10149
L1330
SI_RV_3860
1000_11_17
Y
Y
N
N
Y
HYMO, ORGP,
N
not
N 76/464/EEC, Nitrate-
Y, bilateral
Y, Station Sava
MZB, PHB
HYREG
GENCON,
partially
PSUB, OTH
defined
Directive
monitoring
Jesenice na
PS,OS
yet on
network
Dolenjskem
bilateral
level
Drava
Tribej 14,9786981 46,6021129
338
R
1000_11_2
N
Y
N
N
Y HYMO, PSUB, OTH
candidat
Y
Y
Nitrate-Directive
N
Y, Station Drava
MZB, PHB
HYREG
GENCON,
partially
for HMWB
HE Dravograd
PS,OS
Drava
Ruse 15,5086732 46,5459049
267
R
1000_11_2
N
Y
N
N
Y
HYMO, ORGP candidat
N
Y
Nitrate-Directive
N
Y
MZB, PHB
HYREG
GENCON,
partially
for HMWB
PS,OS
Drava
Krcevina pri Ptuju 15,8337363 46,4403373
222
L
1000_11_2
N
Y
N
N
Y
HYMO, ORGP candidat
N
Y
Nitrate-Directive
N
Y
MZB, PHB
HYREG
GENCON,
partially
for HMWB
PS,OS
Drava
Ormoz most 16,1554344 46,4031376
201
L
15379
L1390
SI_RV_2200
1000_11_18
Y
Y
N
N
Y
HYMO, ORGP,
candidat
not
Y 76/464/EEC, Nitrate-
Y, bilateral
Y, Station Drava
MZB, PHB
HYREG
GENCON,
partially
NUTR for HMWB
defined
Directive
monitoring
Ormoz kopalisce
PS,OS
yet on
network
bilateral
level
Drava
Grabe 16,2545901 46,3850322
181
L
1000_11_18
N
Y
N
N
Y
HYMO, NUTR,
candidat
N
Y
Nitrate-Directive
N
Y, Station Drava
MZB, PHB
HYREG
GENCON,
partially
PSUB, OTH for HMWB
Ormoz kopalisce
PS,OS
Mura
Cersak 15,6669904 46,7062028
243
R
9796
SI_RV_1010
Y
Y
N
N
Y
HYMO, ORGP,
N
Y
N 76/464/EEC, Nitrate-
N
Y, Station Mura
MZB, PHB
HYREG
GENCON,
partially
OTH
Directive
Petanjci
PS,OS
Mura
Gornja Radgona 15,9874009 46,6837011
205
R
N
Y
N
N
Y
HYMO, ORGP,
N
Y
N
Nitrate-Directive
Y, bilateral
Y, Station Mura
MZB, PHB
HYREG
GENCON,
partially
OTH
monitoring
Petanjci
PS,OS
network
Mura
Mota 16,2738034 46,5392818
171
L
10392
SI_RV_1082
1000_11_18
Y
Y
N
N
Y
HYMO, ORGP
N
N
Y 76/464/EEC, Nitrate-
N
Y, Station Mura
MZB, PHB
HYREG
GENCON,
partially
Directive, Fish
Petanjci
PS,OS
Direcitve

RIVER
NAME
LONGITUD LATITUDE ALTITUDE RKM
PROFILE CATCH_AR TNMN_CODE EIONET
IED
WB
DRBC_CODE SURVEI OPERA REFEREN IC
RISK
RISK CAT
MODIFIED SHARED PROTECT EU-DIRECTIVES
OTHER_MON QUANTITY
BQE
HYMOQE
PHCHEMQE
PS_EMISSI
E
77/795/EWG
L
T
CE
ED
ON
Mura
Orlovscek 16,3396975 46,5328956
166
L
1000_11_18
N
Y
N
N
Y
NUTR,OTH
N
N
Y
Nitrate-Directive
N
Y, Station Mura
MZB, PHB
HYREG
GENCON,
partially
Petanjci
PS,OS
Kolpa
Radovici(Metlika) 15,3466922 45,6465303
133
L,R
2002
SI_RV_4862
Y
Y
N
N
Y
HYMO, ORGP
N
not
Y 76/464/EEC, Nitrate-
Y, bilateral
Y, Station Kolpa
MZB, PHB
HYREG
GENCON,OS
partially
defined
Directive, Fish
monitoring
Metlika + Metlisk
yet on
Direcitve
network
Obrh Metlika
bilateral
level
Croatia
Sava
Zupanja nizv.
2673873
4989519
85
265
L
62890
L1060
HR_10001
HR_BID_T0001 HR_Type 9b/Lowland wery large
Y
Y
N
N
Y
ORGP NUTR
ND
Y
N
N
N Y, station: Zupanja
MZB PHB
N
GENCON PS
partly
rivers, Sava lower par
step
OS
(1000_11_12)
Sava
Slav. Brod nizv.
2624152
4999425
91
368
L
HR_BID_T0001 HR_Type 9b/Lowland wery large
N
Y
N
N
Y
ORGP NUTR
ND
Y
N
N
N
Y, station:
MZB PHB
N
GENCON
partly
rivers, Sava lower par
Slavonski Brod
OS
(1000_11_12)
Sava
ut. Kupe nizv.Lukavec
2502154
5028124
97
588
L
HR_CES_T0001 HR_Type 8/Lowland wery large
N
Y
N
N
Y
ORGP NUTR
ND
N
N
N
N
Y,station: Crnac
MZB PHB
N
GENCON PS
partly
rivers, Sava medium par
OS
(1000_11_12)
Sava
Oborovo
2480757
5059363
101
661
L
HR_KUP_T0001 HR_Type 8/Lowland wery large
N
Y
N
N
Y
ORGP NUTR
ND
N
N
N
N Y, station: Rugvica
MZB PHB
N
GENCON PS
partly
rivers, Sava medium par
PSUB
OS
(1000_11_12)
Drava
Visnjevac
2668253
5048801
83
23
R
HR_DRA_T0003 HR_Type 9a/Lowland wery large
N
Y
N
N
Y
ORGP NUTR
ND
N
N
N
N
Y, station: 5005
MZB PHB
N
GENCON
partly
rivers, Drava lower par
PSUB
Belisce
OS
(1000_11_12)
Drava
Donji Miholjac
2632597
5071385
90
77
M
37142
L1250
HR_29111
HR_DRA_T0004 HR_Type 9a/Lowland wery large
Y
Y
N
N
Y
ORGP NUTR
ND
Y
N
N
N
Y, station: 5150
PHP MZB PHB
N
GENCON PS
partly
rivers, Drava lower par
Donji Miholjac
OS
(1000_11_12)
Drava
Terezino Polje
2574982
5088451
100
152
M
HR_29120
HR_DRA_T0005 HR_Type 7a/Lowland wery large
N
Y
N
N
Y
ORGP NUTR
ND
Y
N
N
N
Y, station: 5063
PHP MZB PHB
N
GENCON PS
partly
rivers, Drava and Mura
Terezino Polje
OS
(1000_11_12)
Drava
Donja Dubrava
2524891
5128360
133
241
M
DRA_T0008 HR_Type 7a/Lowland wery large
N
Y
N
N
Y
HYMO ORGP
ND
Y
N
N
N Y, station: 5115 D.
MZB PHB
N
GENCON PS
partly
rivers, Drava and Mura
NUTR
Dubrava
OS
(1000_11_12)
Dunav
Borovo
2693774
5028274
79
1337
R
243147
L1320
HR_25071
DRA_T0001 HR_Type 10/ Lowland very large
Y
Y
N
N
Y
HYMO ORGP
ND
Y
N
N
N
MZB PHB
N
GENCON PS
partly
rivers, Danube (Danube Section
NUTR PSUB
OS
Type 6)
Dunav
Batina/granicni profil
2681137
5082781
86
1429
M
210250
L1315
HR_29010
HR_DRA_T0002
HR_Type 10/ Lowland very
Y
Y
N
N
Y
HYMO ORGP
ND
Y
N
N
N
PHP MZB PHB
N
GENCON PS
partly
large rivers, Danube (Danube
NUTR PSUB
OS
Section Type 6)
Mura
Gorican
2515269
5140776
138
35
M
HR_29210
HR_DRA_T0015
7a/Lowland very large rivers
N
Y
N
N
Y
ORGP NUTR
ND
Y
N
N
N
Y, station: 5035
PHP MZB PHB
N
GENCON PS
partly
Drava and Mura (1000_11_12
Gorican
OS
Kupa
Sisak
2490176
5036903
106
3
R
HR_KUP_T0002
HR_Type 6/Lowland large
N
Y
N
N
Y
ORGP NUTR
ND
N
N
N
N
Y, station: 4010
MZB PHB
N
GENCON PS
partly
rivers, lower parts, carst
PSUB
Farkasic
OS
catchment area (1000_11_10
Kupa
Gornje Pokupje
2423976
5045501
117
146
M
HR_KUP_T0003
HR_Type 14b/ Lowland large
N
Y
N
N
Y
ORGP NUTR
ND
N
N
N
N
Y, station: 4024-
MZB PHB
N
GENCON
partly
travertine rivers (1000_5_5
Kamanje
OS
Una
most na uscu
2533183
5012831
L
HR_UNA_T0001
HR_Type 6/Lowland large
N
Y
N
N
Y
ORGP NUTR
ND
Y
N
N
N
MZB PHB
N
GENCON
partly
rivers, lower parts, carst
OS
catchment area (1000_11_10)
Serbia
Danube
Bezdan 45,8542182 18,8643753
83,15
1427
L
210250
L2350
N
CS_D9
DS Type 6
Y
Y
N
N
Y
HYMO, ORGP,
Y
Y
N
N
Y
Y station: same
PHP
HYREG
GENCON, OS,
Y
NUTR
PS
Danube
Pancevo 44,8569991 20,6106912
68,58 1154,8
L
525009
L2390 CS_RV_42050
CS_D5
DS Type 6
Y
Y
N
N
Y
HYMO, ORGP,
Y
N
N
N
N
Y station: same
PHP
HYREG
GENCON, OS
Y
NUTR
Danube
Banatska Palanka 44,8183333 21,3344444
62,86 1076,6
M
568648
L2400 CS_RV_42060
CS_D4
DS Type 6
Y
Y
N
N
Y
HYMO, ORGP,
Y
N
N
N
Y
Y station: same
PHP
HYREG
GENCON
Y
NUTR
Danube
Tekija 44,6990012 22,4235769
50
954,6
R
574307
L2410
N
CS_D3
DS Type 7
Y
Y
N
N
Y
HYMO, ORGP,
Y
Y
N
N
Y
Y station: G.
PHP
HYREG
GENCON, PS,
Y
NUTR
Milanovac
OS
Danube
Radujevac 44,2640544
22,686041
40
851
R
577085
L2420 CS_RV_42095
CS_D1
DS Type 7
Y
Y
N
N
Y
HYMO, ORGP,
Y
Y
N
N
Y Y station: Prahovo
PHP
HYREG
GENCON
Y
NUTR
Tisa
Martonos 46,0998282 20,0640624
75,54
152
R
140130
L2440 CS_RV_94010
CS_TIS_2
Y
Y
N
N
Y
HYMO, ORGP,
Y
N
N
N
Y
Y station: N.
PHP
HYREG
GENCON
Y
NUTR
Knezevac
Tisa
Novi Becej
45,586075 20,1399347
74,03
66
L
145415
L2450
N
CS_TIS_2
Y
Y
N
N
Y
HYMO, ORGP,
Y
N
N
N
Y
Y station: same
PHP
HYREG
GENCON, OS,
Y
NUTR
PS
Sava
Jamena 44,8777753 19,0891735
77,67
195
L
64073
L2470 CS_RV_45084
CS_SA_3
Y
Y
N
N
Y
HYMO, ORGP,
Y
N
N
N
Y
Y station: same
PHP
HYREG
GENCON, OS,
Y
NUTR, OTHR
PS
Sava
Sabac 44,7700585 19,7047055
74,22
103,6
R
89490
L2490 CS_RV_45094
CS_SA_2
Y
Y
N
N
Y
HYMO, ORGP,
Y
N
N
N
Y
Y station: same
PHP
HYREG
GENCON, OS,
Y
NUTR, OTHR
PS
Sava
Ostruznica 44,7216132 20,3142466
17
R
L2500 CS_RV_99246
CS_SA_1
Y
Y
N
N
Y
HYMO, ORGP,
Y
N
N
N
Y Y station: Beograd
PHP
HYREG
GENCON, OS,
Y
NUTR, OTHR
PS
Velika Morava
Ljubicevski Most
44,585128 21,1375378
75,09
34,8
R
37320
L2510 CS_RV_47090
CS_VMOR_2
Y
Y
N
N
Y
HYMO, ORGP,
Y
N
N
N
Y
Y station: same
PHP
HYREG
GENCON, OS,
Y
NUTR
PS
Drina
Badovinci
44,78
19,36
95
R
R45885 CS_RV_45885
CS_DR_1
Y
Y
N
N
Y
HYMO, ORGP,
Y
Y
N
N
N
Y station: same
PHP
HYREG
GENCON
Y
NUTR
Tamis
Pancevo
44,87
20,64
1
L
L42450
N
CS_TAM_1
N
Y
HYMO, ORGP,
N
N
N
Y station: same
PHP
HYREG
GENCON
N
NUTR, OTHR

RIVER
NAME
LONGITUD LATITUDE ALTITUDE RKM
PROFILE CATCH_AR TNMN_CODE EIONET
IED
WB
DRBC_CODE SURVEI OPERA REFEREN IC
RISK
RISK CAT
MODIFIED SHARED PROTECT EU-DIRECTIVES
OTHER_MON QUANTITY
BQE
HYMOQE
PHCHEMQE
PS_EMISSI
E
77/795/EWG
L
T
CE
ED
ON
Bosnia&Herzegovina
UNA
Novi Grad, upstream
16º21'57"
45º05'55"
134
80
M
3200
BA_UNA_2,
Y
Y
N
N
N
N
Y
N
N
Y
Y, station: Nov
MZB,PHP
N
GENCON,OS
N
(WB_Type_3.1)
Grad
UNA Novi Grad, downstream
16º23'46"
45º4'55"
119
71
M
8200
BA_UNA_1,
N
Y
N
N
Y
NUTR, OTH
Y
Y
N
N
Y
Y, station: Nov
MZB,PHP
N
GENCON,OS
N
(WB_Type_2.14)
Grad
UNA
Kozarska Dubica
16º51'15"
45º13'32"
94
16
M
9300
L2290
BA_UNA_1,
Y
Y
N
N
Y
NUTR, OTH
Y
Y
N
N
Y
Y, station: K.
MZB,PHP
N
GENCON,OS
N
(WB_Type_2.14)
Dubica
SANA
Novi Grad
16º24'12"
45º2'34"
119
2
M
4020
BA_SAN_1,
N
Y
N
N
Y
NUTR, OTH
N
N
N
N
Y
Y, station: Nov
MZB,PHP
N
GENCON,OS
N
(WB_Type_3.14)
Grad
VRBAS
Novoselije
17º10'9"
44º43'7"
173
81
M
4755
BA_VRB_2,
N
Y
N
N
Y
HYMO, OTH
N
N
N
N
Y
Y, station: Banja
MZB,PHP
N
GENCON,OS
N
(WB_Type_2.14)
Luka
VRBAS
Delibasino Selo
17º13'37"
44º49'19"
147
65
M
5218
BA_VRB_1,
N
Y
N
N
Y
NUTH, OTH
Y
N
N
N
Y
Y, station:
MZB,PHP
N
GENCON,OS
N
(WB_Type_2.14)
Delibasino Selo
VRBAS
Razboj
17º2948"
45º5'32"
90
6,7
M
6020
L2300
BA_VRB_1,
Y
Y
N
N
Y
HYMO, NUTR,
Y
N
N
N
Y
Y, station: Razboj
MZB,PHP
N
GENCON,OS
N
(WB_Type_2.14)
OTH
VRBANJA
Vrbanja
17º14'43"
44º46'34"
156
1
M
755
N/A
N
Y
N
N
N
N
N
Y
Y, station: Banja
MZB,PHP
N
GENCON,OS
N
Luka
UKRINA
17º57'38"
45º4'52"
91
3
M
1510
N/A
N
Y
N
N
N
N
N
Y Y, station: Derventa
MZB,PHP
N
GENCON,OS
N
BOSNA
Doboj,Usora
18º4'34"
44º39'39"
149
82
M
6750
BA_BOS_2,
Y
Y
N
N
Y
NUTR, OTH
N
N
N
N
Y
Y, station: Usora
MZB,PHP
N
GENCON,OS
N
(WB_Type_2.14)
BOSNA
Doboj, ds of Spreca
18º3'41"
44º47'22"
134
61
M
9750
BA_BOS_1,
N
Y
N
N
Y
HYMO, NUTR,
Y
N
N
N
Y
Y, station: Doboj -
MZB,PHP
N
GENCON,OS
N
(WB_Type_2.14)
OTH
Spreca
BOSNA
Modrica
18º25'58"
45º3'13"
87
6
M
10400
L2310
BA_BOS_1,
Y
Y
N
N
Y
HYMO, NUTR,
Y
N
N
N
Y Y, station: Modrica
MZB,PHP
N
GENCON,OS
N
(WB_Type_2.14)
OTH
USORA
18º3'19"
44º42'2"
148
2
M
470
N/A
N
Y
N
N
N
N
N
Y
Y, station: Usora
MZB,PHP
N
GENCON,OS
N
SPRECA
18º75'9"
44º43'42"
147
1,5
M
1940
N/A
N
Y
N
N
N
N
N
Y
Y, station: Spreca
MZB,PHP
N
GENCON,OS
N
DRINA
Foca
18º45'10"
43º28'31"
398
323
M
5590
BA_DR_7,
Y
Y
N
N
N
Y
N
N
N
Y
Y, station: Foca
MZB,PHP
N
GENCON,OS
N
(WB_Type_2.4)
DRINA
Badovinci
19º20'55"
44º46'49"
90
17
M
19930
BA_DR_1,
Y
Y
N
N
Y
HYMO, NUTR,
Y
Y
N
N
Y
Y, station:
MZB,PHP
N
GENCON,OS
N
(WB_Type_1.14)
OTH
Badovinci
CEHOTINA
18º47'1"
43º30'24"
389
1
M
730
N
Y
N
N
N
N
N
Y
Y, station: Foca
MZB,PHP
N
GENCON,OS
N
LIM
19º12'41"
43º43'39"
299
1
M
5750
BA_LIM_1,
N
Y
N
N
N
Y
N
N
N
Y
Y, station: Rudo
MZB,PHP
N
GENCON,OS
N
(WB_Type_2.17)
SAVA
Gradiska
17º15'19"
45º8'58"
93
458
M
40850
L2280
BA_SA_3,
Y
Y
N
N
Y
HYMO, OTH
Y
Y
N
N
Y Y, station: Gradiska
MZB,PHP
N
GENCON,OS
N
(WB_Type_1.15)
SAVA
Raca
19º21'13"
44º51'12"
81,4
175
M
64960
BA_SA_1,
Y
Y
N
N
Y
HYMO, NUTR,
Y
Y
N
N
Y Y, station: S. Raca
MZB,PHP
N
GENCON,OS
N
(WB_Type_1.15)
OTH
CRNA RIJEKA
17º10'4"
44º27'35"
325
2,4
M
145
N/A
N
Y
N
N
N
N
N
Y
Y, station: Crna
MZB,PHP
N
GENCON,OS
N
Rijeka
UGAR
17º16'39"
44º26'35"
302
3,6
M
340
N/A
N
Y
N
N
N
N
N
Y
N
MZB,PHP
N
GENCON,OS
N
Romania
Somes Mare
upstream. cfl. Somes
24,15
47,1833
251,1
275
M
4323
RO_II_1.WB4 RO08a
Transylvania Plateau
Y
Y
N
N
Y
HYMO, ORGP,
N
N
N
Fish-Directive
N
Y
Mic
NUTR, PSUB
Somes
Fedora
23,53333
47,58333
200
184
M
9707
RO_II_1.WB7 RO08a
Transylvania Plateau
Y
Y
N
N
Y
HYMO, ORGP,
N
N
Y
Fish-Directive,
N
Y
NUTR, PSUB
Habitats Directive
Somes
Cicarlau 23,3833332 47,6833344
142
80
M
14495
RO_RV_14
RO_II_1.WB10 RO12a
Hungarian Lowlands
Y
Y
N
N
Y
HYMO, ORGP,
N
N
N
Fish-Directive
Y
Y
NUTR, PSUB
SOMES
Oar (border) 22,8666668 47,7833328
118
0
M
15740
RO_RV_15
RO_II_1.WB11 RO13a
Hungarian Lowlands
Y
Y
N
N
Y
HYMO, ORGP,
N
N
N
Fish-Directive
Y
Y
NUTR, PSUB
CRISUL ALB
Varsand 21,3333321 46,6166687
88,9
0
M
4240
RO_RV_18
RO_3.1_WB6
Hungarian Lowlands
Y
Y
N
N
Y
ORGP, NUTR,
N
N
N
Fish-Directive
Y
Y
PSUB
MURES
Ungheni 24,4500008 46,4833336
330
528
M
4298
RO_RV_25
RO_IV_1WB6
Transylvania Plateau
Y
Y
N
N
Y
ORGP, NUTR
N
N
N
Fish-Directive,
N
Y
Nitrate-Directive
TARNAVE
Mihalt 23,7166672 46,1500015
226,5
0
M
6151
RO_RV_32
RO-IV_1.96WB7
Transylvania Plateau
Y
Y
N
N
Y
ORGP, NUTR,
N
N
N
Fish-Directive
N
Y
PSUB
MURES
Alba Iulia 23,5833321 46,0666656
241,1
346
M
17964
RO_RV_33
RO_IV_1WB6
Transylvania Plateau
Y
Y
N
N
Y
ORGP, NUTR,
N
N
N
Fish-Directive,
N
Y
PSUB
Nitrate-Directive
MURES
Nadlac 20,6666679 46,1333313
85,6
0
M
27818
RO_RV_39
RO_IV_1WB13
Hungarian Lowlands
Y
Y
Y
N
Y
ORGP, NUTR
N
N
N
Fish-Directive,
Y
Y
Habitats Directive
TIMIS
Sag
21,17778
45,64528
54
M
4378
RO_V.2-8
Hungarian Lowlands
Y
Y
N
N
Y
HYMO, ORGP,
N
N
N
Fish-Directive,
N
Y
NUTR
Nitrate-Directive
Jiu
Racari
23,54278
44,51028
125
M
7267
RO_VII_WB68
Pontic Province
Y
Y
Y
N
Y
HYMO, ORGP,
N
N
N
Fish-Directive
N
Y
NUTR, PSUB
JIU
Zaval 23,8333321 43,8333321
30,9
0
M
10046
RO_RV_52
RO_VII_WB181
Pontic Province
Y
Y
N
N
Y
HYMO, ORGP,
N
N
N
Fish-Directive
N
Y
NUTR, PSUB
Olt
Araci
25,66194
45,79139
451
M
4300
RO_VI.6
Y
Y
N
N
Y
ORGP, NUTR,
Y
N
N
Fish-Directive,
N
Y
PSUB
Nitrate-Directive
Olt
Hoghiz
25,30472
45,9925
356
M
7134
RO_VI.7
Carpathian ecoregion
Y
Y
N
N
Y
ORGP, NUTR,
Y
N
N
Fish-Directive
N
Y
PSUB
OLT
Carta (Arpas) 24,5827789 45,7908325
360
265
M
10462
RO_RV_60
RO_VI.9
Carpathian ecoregion
Y
Y
N
N
Y
NUTR, PSUB
Y
N
N
Fish-Directive
N
Y
OLT
Izbiceni 24,6666679 43,8166656
32
0
M
24050
RO_RV_67
RO_VI.13
Pontic Province
Y
Y
Y
N
Y
ORGP, NUTR,
N
N
N
Fish-Directive,
N
Y
PSUB
Nitrate-Directive
ARGES
Budesti
26,46667
44,22667
41
M
9318
RO_X.1_13
Pontic Province
Y
Y
N
N
Y
NUTR
N
N
N
Fish-Directive,
N
Y
Nitrate-Directive
ARGES
conf. Danube 26,6177788 44,0766678
14
0
M
12550
L0250
RO_RV_81
RO_X.1_14
Pontic Province
Y
Y
N
N
Y
ORGP, NUTR
N
N
N
Fish-Directive,
Y
Y
Nitrate-Directive
Ialomita
Cosereni
26,56972
44,69556
158
M
6300
RO_XI_1_WB10
Pontic Province
Y
Y
N
N
Y
NUTR, PSUB
N
N
N
Fish-Directive,
N
Y
Nitrate-Directive
Ialomita
Slobozia
27,37944
44,56111
48
M
9197
RO_XI_1_WB11
Pontic Province
Y
Y
N
N
Y
ORGP, NUTR
N
N
N
Fish-Directive
N
Y
IALOMITA
Tandarei 27,6666679 44,6333313
8,5
0
M
10309
RO_RV_87
RO_XI_1_WB12
Pontic Province
Y
Y
N
N
Y
ORGP, NUTR
N
N
N
Fish-Directive
N
Y
SIRET
Galbeni (Racatau) 26,9500008 46,4500008
115,6
228
M
19492
RO_RV_96
Eastern Plains
Y
Y
N
N
Y
ORGP
Y
N
N
Fish-Directive,
N
Y
Nitrate-Directive
Siret
Lungoci
27,1809
45,56806
75
M
34161
RO_XII_1WB8
Pontic Province
Y
Y
N
N
Y
NUTR, HYMO
N
N
N
Fish-Directive
N
Y

Development of Operational Tools for Monitoring, Laboratory and Information Management

ANNEX 5: LIST OF QUALITY ELEMENTS AND
MONITORING FREQUENCIES FOR OPERATIONAL
MONITORING

UNDP/GEF DANUBE REGIONAL PROJECT

Quality elements - Austria
Information on quality elements to be measured within the OPERATIONAL MONITORING
Standards for sampling (CEN...)***
Method available? Taxonomic
Unit for biological data*
Frequency within a year
Investigation turnus**
Standards for sampling (ISO, EN,
level
CEN...)***
Macrozoobenthos
yes (1)
species level
individuals / m2 (3)
1 x year
one year during period of RBMP in case of ORGP and NUTR
national method
two years during period of RBMP in case of HYMO
Macrophytes
yes
species level
Abundance class 1-5 (3)
1 x year
one year during period of RBMP in case of ORGP and NUTR
national method
two years during period of RBMP in case of HYMO
Phytobenthos
yes
species level
% '(3)
1 x year
one year during period of RBMP in case of ORGP and NUTR
national method
two years during period of RBMP in case of HYMO
Phytoplankton
no (2)
-
µg / l
12 x year
Only in rivers with autochthonous plancton
Fish
yes
species level
Individuals / ha (3)
1 x year
one year during period of RBMP in case of ORGP and NUTR
CEN
two years during period of RBMP in case of HYMO
* Examples for biological units:
**Examples for turnus
*** CEN are drafted
Individuals
Annual
Individuals/m2
Every two years
%
Every three years
Abundance class 1-7
Once during period of RBMP
Abundance class 1-5
presence/absence
(1) national method is available, but adaptations will be necessary
(2) no WFD compliant method available - low relevance of this BQE in the Austrian Danube, method is only measurement of Chlorophyll
(3) units for the evaluation of the ecological status are different indices and metrics that are calculated with the abundance units given here
Frequency / year Determinants (list)
Turnus (how often during the period of
RBMP)
Thermal conditions
1/year
water temperature
in support of biological qe
Oxygenation
1/year
diss. Oxygen, BOD,
in support of biological qe
Salinity
1/year
chloride
in support of biological qe
Nutrient status
1/year
NO3-N, NH4-N, o-PO4-P, totalP, total P dissolved
in support of biological qe
Acidification status
1/year
pH
in support of biological qe
Priority substances
12/year
according to risk
once during period of RBMP
Other pollutants
12/year
according to risk
once during period of RBMP
Frequency
Unit
Description
Water flow (quantity/dynamics)
12/year
m3/s
annual
Connection to groundwater bodies
River continuity
1x/year
assessment scale according is part of the national morphology
in support of biological qe
to method
assessment system
River depth/width variation
1x/year
assessment scale according is part of the national morphology
in support of biological qe
to method
assessment system
River bed (structure/substrate)
1x/year
assessment scale according is part of the national morphology
in support of biological qe
to method
assessment system
Structure of riparian zone
1x/year
assessment scale according is part of the national morphology
in support of biological qe
to method
assessment system
Other parameters
1x/year
assessment scale according is part of the national morphology
in support of biological qe
to method
assessment system

Quality elements - Czech Republic
Information on quality elements to be measured within the OPERATIONAL MONITORING
Method available? Taxonomic level
Unit for biological data*
Frequency within a year
Investigation turnus**
Standards for sampling (ISO, EN,
CEN...)***
Macrozoobenthos
first draft
species predominantly
individuals
2x
3y
PERLA
Macrophytes
first draft
species predominantly
%
2x
3y
EN
Phytobenthos
first draft
species predominantly
Abundance class 7
2x
3y
CEN
Phytoplankton
first draft
species predominantly
individuals /1ml
6x
3y
CSN
Fish
first draft
species predominantly
individuals
1x
3y
EN
* Examples for biological units:
**Examples for turnus
*** CEN are drafted
Individuals
Annual
Individuals/m2
Every two years
%
Every three years
Abundance class 1-7
Once during period of RBMP
Abundance class 1-5
Presence/absence
Frequency / year Determinands (list)
Turnus (how often during the
period of RBMP)
Thermal conditions
12/year
water temperature
6x
Oxygenation
12/year
diss. Oxygen, BOD, COD
6x
Salinity
12/year
chloride
6x
Nutrient status
12/year
NO3-N, NH4-N, total N, o-PO4-P, totalP, total P dissolved, Silicate
6x
Acidification status
12/year
pH, alkalinity
6x
Priority substances
12/year
relevant substances for OM
6x
Other pollutants
12/year
relevant pesticides for OM
6x
12/year
relevant heavy metals for OM
6x
12/year
relevant complexing substances for OM
6x
Frequency
Unit
Description
Water flow (quantity/dynamics)
continuous
m3/s
Connection to groundwater bodies
River continuity
once during period RBMP
not decided yet
River depth/width variation
once during period RBMP
not decided yet
River bed (structure/substrate)
once during period RBMP
not decided yet
Structure of riparian zone
once during period RBMP
not decided yet
Other parameters

Quality elements - Slovakia
Information on quality elements as it is planned on a national level
Method available? Taxonomic
Unit for biological data*
Frequency within a year
Investigation turnus**
Standards for sampling (CEN...)***
level
Macrozoobenthos
Y
species level
Individuals/ 1.25 m2
2 x year
Annual
AQEM
Macrophytes
Y
species level
Relative plant mass
1 x year
Annual
STN EN 14148
Phytobenthos
Y
species level
Relative abundance
1 x year
Annual
STN EN 13946
Phytoplankton
Y
species level
Cells/1ml, µg/l
6 x year
Annual
STN 830532
Fish
N
species level
CPUE
not decided yet
not decided yet
STN EN 14011
* examples for biological units:
**examples for turnus
*** CEN are drafted
Individuals
annual
Individuals/m2
every two years
%
every three years
Abundance class 1-7
once during period of RBMP
Abundance class 1-5
presence/absence
Frequency / year Determinants
Turnus (how often during the period of
RBMP)
Thermal conditions
4-12/year
water temperture
annual
Oxygenation
4-12/year
diss. Oxygen, BOD, COD
annual
Salinity
4-12/year
Ca, Mg, chloride, sulphates, conductivity
annual
Nutrient status
4-12/year
NO2-N, NO3-N, NH4-N, total N, o-PO4-P, totalP, total P dissolved
annual
Acidification status
4-12/year
Alkalinity, Acidity, pH
annual
Priority substances
12/year
according to risk
once during period of RBMP
Other pollutants
4/year
other relevant substances according to risk
once during period of RBMP
annual
Frequency
Unit
Water flow (quantity/dynamics)
continuous
m3/s
Connection to groundwater bodies
Once during period of RBMP
River continuity
Once during period of RBMP
River depth/width variation
Once during period of RBMP
River bed (structure/substrate)
Once during period of RBMP
Structure of riparian zone
Once during period of RBMP
Other parameters
Once during period of RBMP

Quality elements - Hungary
Information on quality elements as it is planned on a national level
Method available?
Taxonomic
Unit for biological data*
Frequency within a year
Investigation turnus**
Standards for sampling
level
(CEN...)***
Macrozoobenthos
Y
species
Individuals/m2, abundance
2 Annual
AQEM, modified AQEM for large
class 1-5
rivers
Macrophytes
Y
species
Covered area, %
1 Annual
*** CEN are drafted
Phytobenthos
Y
species
Not decided yet
1 Annual
*** CEN are drafted
Phytoplankton
Y
species
No. of cells/ml
6 (in vegetation period) Annual
*** CEN are drafted
Fish
Y
species
CPUE, abundance class 1-5
1 Annual
*** CEN are drafted
* examples for biological units:
**examples for turnus
*** CEN are drafted
Individuals
annual
Individuals/m2
every two years
%
every three years
Abundance class 1-7
once during period of RBMP
Abundance class 1-5
presence/absence
Frequency / year
Determinants
Turnus (how often during the
period of RBMP)
Thermal conditions
26 during 2007, after 12 Water temperature
annual
Oxygenation
26 during 2007, after 12 DO, Oxygen Saturation, COD-ps, COD-cr, TOC, BOD-5
annual
Salinity
min 1
conductivity, general compounds, ionic compounds, etc.
annual
Nutrient status
26 during 2007, after 12 TP, PO4-P, TN, NO3-N, NO2-N, NH4-N
annual
Acidification status
min 1
pH, Alkalinity
annual
Priority substances
12 Organic pollutants from the priority list
annual
Other pollutants
12 Heavy metals (8 ompounds)
annual
Frequency
Unit
Water flow (quantity/dynamics)
Daily
m3/s
Connection to groundwater bodies
River continuity
River depth/width variation
River bed (structure/substrate)
Structure of riparian zone
Other parameters

Quality elements - Slovenia
Information on quality elements to be measured within the OPERATIONAL MONITORING
Standards for sampling
(CEN...)***
Method available? Taxonomic
Unit for biological data*
Frequency within a year
Investigation turnus**
Standards for sampling (ISO,
level
EN, CEN...)***
Macrozoobenthos
agreed
species/genus individuals / m2
1 x year
Every three years
national method (2)
Macrophytes
under
species
Abundance class 1-5
1 x year
In the 1st RBMP QE will not be included in OM
CEN
development
Phytobenthos
agreed
species
%
1 x year
Every three years
CEN
Phytoplankton
no (1)
species
individuals/ml
6 x year
In the 1st RBMP QE will not be included in OM
CEN
Fish
under
species
Individuals
1 x year
In the 1st RBMP QE will not be included in OM
CEN
development
* Examples for biological units:
**Examples for turnus
*** CEN are drafted
Individuals
Annual
Individuals/m2
Every two years
%
Every three years
Abundance class 1-7
Once during period of RBMP
Abundance class 1-5
presence/absence
(1) no WFD compliant method available - low relevance of this BQE in Slovenian Rivers
(2) compliant with CEN standard
Frequency / year Determinants (list)
Turnus (how often during the
period of RBMP)
Thermal conditions
4/year
water temperature
in support of biological QE
Oxygenation
4/year
O2, BOD-5, COD
in support of biological QE
Salinity
4/year
conductivity
in support of biological QE
Nutrient status
4/year
NO3-N, NO2-N, NH4-N, o-PO4-P, total P
in support of biological QE
Acidification status
4/year
pH
in support of biological QE
Priority substances
12/year
according to risk considering list of 33 priority substances
depending from emission and
impact
Other pollutants
4-12/year
according to risk considering list of nationaly relevant substances
depending from emission and
impact
Frequency
Unit
Description
Water flow (quantity/dynamics)
continuous
m3/s
annual
Connection to groundwater bodies
will be part of the morphology assessment system, which is not ready for action yet
River continuity
will be part of the morphology assessment system, which is not ready for action yet
River depth/width variation
will be part of the morphology assessment system, which is not ready for action yet
River bed (structure/substrate)
will be part of the morphology assessment system, which is not ready for action yet
Structure of riparian zone
will be part of the morphology assessment system, which is not ready for action yet
Other parameters
will be part of the morphology assessment system, which is not ready for action yet

Quality elements - Croatia
Information on quality elements to be measured within the OPERATIONAL MONITORING
Method available? Taxonomic level
Unit for biological data*
Frequency within a year
Investigation turnus**
Standards for sampling (ISO,
EN, CEN...)***
Macrozoobenthos
Internal manual
species
Abundeance class 1,3,5
2
Every year
ISO 7828
Macrophytes
N
species
Not decided yet
Not decided yet
Every year
Phytobenthos
Internal manual
species
Abundeance class 1,3,5
2
Every year
Phytoplankton
Internal manual
species
Abundeance class 1,3,5
4-8
Every year
Fish
N
species
Not decided yet
Not decided yet
Not decided yet
* Examples for biological units:
**Examples for turnus
*** CEN are drafted
Individuals
Annual
Individuals/m2
Every two years
%
Every three years
Abundance class 1-7
Once during period of RBMP
Abundance class 1-5
Presence/absence
Frequency / year Determinands (list)
Turnus (how often during the
period of RBMP)
Thermal conditions
12-26
Water temperature
Not decided yet
Oxygenation
12-26
DO, Oxygen Saturation, COD, BOD, PI
Not decided yet
Salinity
12-26
conductivity, Ca, Mg, Na, K
Not decided yet
Nutrient status
12-26
TP, TN, NO3 (-N) + NO2 (-N), NH4 (-N), PO4-P (dissolved)
Not decided yet
Acidification status
12-26
pH, Alkalinity
Not decided yet
Priority substances
0-12
11 from list
Not decided yet
Other pollutants
0-12
mineral oils
Not decided yet
Frequency
Unit
Description
Water flow (quantity/dynamics)
26/year
m3/s
Connection to groundwater bodies
not decided yet
not decided yet
River continuity
not decided yet
not decided yet
River depth/width variation
not decided yet
not decided yet
River bed (structure/substrate)
not decided yet
not decided yet
Structure of riparian zone
not decided yet
not decided yet
Other parameters
not decided yet
not decided yet

Quality elements - Bosnia and Herzegovina
Information on quality elements to be measured within the OPERATIONAL MONITORING
Method available? Taxonomic level
Unit for biological data*
Frequency within a year
Investigation turnus**
Standards for sampling
(ISO, EN, CEN...)***
Macrozoobenthos
species predomonantly
abundance 1-7
4x
annual
Macrophytes
not decided yet
not decided yet
not decided yet
not decided yet
Phytobenthos
not decided yet
not decided yet
not decided yet
not decided yet
Phytoplankton
species predomonantly
abundance 1-7
4x
annual
Fish
species
not decided yet
1x
Once during period of RBMP
* Examples for biological units:
**Examples for turnus
*** CEN are drafted
Individuals
Annual
Individuals/m2
Every two years
%
Every three years
Abundance class 1-7
Once during period of RBMP
Abundance class 1-5
Presence/absence
Frequency / year Determinands (list)
Turnus (how often during
the period of RBMP)
Thermal conditions
4/year
Water temperature
annual
Oxygenation
4/year
DO, Oxygen saturation
annual
Salinity
4/year
conductivity, Ca concentration
annual
Nutrient status
4/year
TP, TN, NO3-N+NO2-N, NH4-N, PO4-P
annual
Acidification status
4/year
pH, Alkalinity
annual
Priority substances
not decided yet
not decided yet
not decided yet
Other pollutants
not decided yet
not decided yet
not decided yet
Frequency
Unit
Description
Water flow (quantity/dynamics)
4/year
m3/s
Connection to groundwater bodies
not decided yet
not decided yet
River continuity
once during period RBMP
not decided yet
River depth/width variation
not decided yet
not decided yet
River bed (structure/substrate)
not decided yet
not decided yet
Structure of riparian zone
not decided yet
not decided yet
Other parameters
not decided yet
not decided yet

Quality elements - Romania
Information on quality elements to be measured within the NATIONAL SURVEILLANCE MONITORING
Method available? Taxonomic level
Unit for biological data*
Frequency within a year
Investigation turnus**
National method, CEN are drafted
Macrozoobenthos
first draft (Dec.
species level
Individuals, abundance class 1-7
3/year
every three years during
National method, CEN are drafted
2006)
period of first RBMP
Macrophytes
first draft (July.
species level
Individuals/m2, abundance class 1-1/year
every three years during
National method, CEN are drafted
2007)
7
period of first RBMP
Phytobenthos
first draft (Dec.
species level
Individuals/m2, abundance class 1-3/year
every three years during
National method, CEN are drafted
2006 to July 2007)
7
period of first RBMP
Phytoplankton
first draft
species level
Individuals/ m3, abundance class 4/year
every three years during
National method
1-7
period of first RBMP
Fish
first draft (July.
species level
Individuals
1/year
every three years during
National method
2007)
period of first RBMP
* Examples for biological units:
**Examples for turnus
*** CEN are drafted
Individuals
Annual
Individuals/m2
Every two years
%
Every three years
Abundance class 1-7
Once during period of RBMP
Abundance class 1-5
Presence/absence
Frequency / year Determinands (list)
Turnus (how often during the period
of RBMP)
Thermal conditions
4/year
water temperture
every three years during period of
first RBMP
Oxygenation
4/year
diss. Oxygen, BOD, COD
every three years during period of
first RBMP
Salinity
4/year
Na, K, Ca, Cl, SO4, Mg
every three years during period of
first RBMP
Nutrient status
4/year
NO2-N, NO3-N, NH4-N, total N, o-PO4-P, totalP, chlorophyll A, Silicate
every three years during period of
first RBMP
Acidification status
4/year
every three years during period of
first RBMP
Priority substances
12/year
list of 33 substances, List I, List II
every three years during period of
first RBMP
Other pollutants
4/year
other substances
every three years during period of
first RBMP
Frequency
Unit
Description
Water flow (quantity/dynamics)
continuous
m3/s
Connection to groundwater bodies
-
River continuity
every six years
not decided yet
River depth/width variation
every six years
not decided yet
River bed (structure/substrate)
every six years
not decided yet
Structure of riparian zone
every six years
not decided yet
Other parameters
once during period of RBMP not decided yet