1. Institute of Meteorology Alfred Dubicki, Assist. Prof. Dr
HYDROCARE
Institute of Meteorology
and Water Management,
Wroclaw Branch -
PP 10
Director
Alfred Dubicki, Assist. Prof. Dr
Potsdam,

2. Scientific co-ordinator of HYDROCARE Project - PP 10:
Prof. Laura Radczuk
Technical co-ordinator of HYDROCARE Project - PP 10 and contact person:
Dr Agnieszka Kolanek
tel

3. Budget PP-10

4. Budget PP-10

5. Person responsible for each particular action
Irena Otop MSc.;
Tamara Tokarczyk Dr eng.;
Agnieszka Kolanek Dr eng.;
Alfred Dubicki Assist. Prof. Dr.

6. Action plan - PP 10
WP 2 Reconstruction of the hydrometeorological cycle:
Review and update of the meteorological characteristics of the Polish territory.

7. WP 4 Water resources management:
Action plan - PP 10
WP 4 Water resources management:
4.2 - Assessments of the hydrological characteristics of the Polish territory during different climatic conditions. Estimation of water resources in swelling, flood, drought and average conditions. Assignment of the amount of minimal discharge;
4.4 - Creation of homogeneous water quantity and quality database for about 100 selected monitoring points localised along the main Polish rivers. The assessments of surface water quality will take into account different climatic conditions, as in the periods of swelling, flood, drought and also in average conditions.
4.5 - Assessments of a collaboration system on the transboundary waters management with Czech Republic, Germany, Slovakia, Ukraine, Belarus, Lithuania, Russian Federation.

9. 4. Water resources management
4.2 - Assessments of the hydrological characteristics of the Polish territory during different climatic conditions. Estimation of water resources in flood, drought and average conditions. Assignment of the amount of minimal discharge.

11. No
Particular action in 4.2
No of month V
Hydrological drought characteristics
Low flow characteristics:
percentiles from the flow duration curve
recession indices
base flow indices
Deficit characteristics
Deficit volume and time duration
Probability of non exceedance of deficit and time duration
Minimum flow
VIII – II. 2007 VI
Flood characteristics:
Threshold method,
Frequency of freshet,
Probabilisty of maximum discharges,
Flood indices
I – VI. 2007
VII
Hydrological average conditions characteristics:
Mean flow from multiyear
IV – VI. 2007
VIII
Assessment of water resources for different conditions:
Drought period
Flood
Average conditions
VII – XII.2007

12. The climate variability
Climatic regions by Woś
The gauge network

13. Location of chosen catchments in Poland territory
Pisa catchment:
lacustrine catchment
4061 km2 area
Prosna catchment:
agricultural catchment
4712 km2 area
Kłodnica catchment:
urbanized catchment
1055 km2 area
Nysa Kłodzka catchment
reservoirs catchment
4712 km2 area
Dunajec catchment:
natural catchment
4341 km2 area

14. 4. Water resources management
4.4 - Creation of homogeneous water quantity and quality database for about 100 selected monitoring points localised along the main Polish rivers. The assessments of surface water quality will take into account different climatic conditions, as in the periods of swelling, flood, drought and also in average conditions.

15. Scope of investigations
Determination of contamination loads carried with surface water into the Baltic Sea according to different hydrological conditions.

16. No
Particular actions in 4.4
Time of the end 1
Analysis of preliminarily selected monitoring stations according to data availability in the last 10 years
III. 2006 2
Characterisation of monitoring network according to surface water quantity and quality data
IV.2006 3
Interim Report
VI.2006

17. No
Particular actions in 4.4
Time of the end 4
Analysis of hydrological data from the last 10 years, taking into account different climatic conditions
VII.2006 5
Creation of homogeneous water quantity and quality database
VIII.2006 6
Input data for the database
IX.2006 7
Calculation of surface water quality variations related to flow
XII.2006 8
Interim report 9
Assessments of surface water quality variation related to flow
I.2007 10
Final report
II.2007

18. Location of investigation monitoring stations in Poland territory

19. 2. Reconstruction of the hydrometeorological cycle
Review and update of the meteorological characteristics of the Polish territory.

20. No
Particular action in 2.11
Time of the end 1
Review of published meteorological characteristics needed for the reconstruction of the hydrological cycle
VII. 2006 2
Establishment of a database for updating selected meteorological characteristics needed for the reconstruction of the hydrological cycle in Poland
To discuss: time span of data series for updating
VIII.2006 3
Calculation of Potential Evapotranspiration
according to Penman formula
IX.2006 4
Calculation of Climatic Water Balance (CWB)
CWB Indicator of
 Intensity of atmospheric drought
 Regional water shortage
X. 2006

21. No
Particular action in 2.11
Time of the end 5
Selection dry spell
X. 2006 6
Selection extreme events of hydrometeorological
XI. 2006 7
Mapping of Climatic Water Balance 8
Reporting
XII. 2006

22. Network of meteorological stations in Poland

23. 4. Water resources management
4.5 - Assessments of a collaboration system on the transboundary waters management with Czech Republic, Germany, Slovakia, Ukraine, Belarus, Lithuania, Russian Federation.

24. No
Particular actions in 4.5
Time of the end 1
Assessments of previous qualitative and quantitative surface water monitoring programs according to WFD requirements
VIII.2007 2
Analysis of the obligatory conventions of Polish collaboration on the transboundary waters management with Czech Republic, Germany, Slovakia, Ukraine, Belarus, Lithuania, Russian Federation
X.2007 3
Proposed changes the conventions according to WFD requirements
XI.2007 4
Final reporting
XII.2007

25. Transnational rivers in Poland

26. Other Experts - employers other branch of IMGW

27. Thank you for your attention
HYDROCARE
Thank you for your attention