1. Date/ event: 3.9. – 4.9.2009 / Copenhagen – Meeting of WISE Technical Group Author: ETCW/IWRS (Zupan Vrenko Dunja, Globevnik Lidija) EUROPEAN CODING SYSTEM FOR HYDROLOGICAL FEATURES Proposal for update of CIS for WFD - Guidance Document No.22, App.7 (Implementing the GIS elements)

2. Date/ event: 3.9. – 4.9.2009 / Copenhagen – Meeting of WISE Technical Group Author: ETCW/IWRS (Zupan Vrenko Dunja, Globevnik Lidija) GIS guidance no.22 Nov.2008 FORMAT OF THE CODE for Hy. Feature: Code segmentValue type Defined Hydrological system (H)Character EU level Sea Region (S)Number EU level Island Sort (II)Hexadecimal number National level Commencement code segment (CCCCC)Number EU level River (basin) (Pfafstetter) (12xP)Number National level Entity Type(EE)Character National level Conditional unique string for lakes (LL)Character National level Code format HSIICCCCCPPPPPPPPPPPPEELL or visualised on feature geometry: HS-CCCCC-PPPPPPPPPPP-EE-LL

3. Date/ event: 3.9. – 4.9.2009 / Copenhagen – Meeting of WISE Technical Group Author: ETCW/IWRS (Zupan Vrenko Dunja, Globevnik Lidija) Type of proposed updates consistency between main text and appendix 7 and consistency with Marine Strategy consistency between main text and appendix 7 and consistency with Marine Strategy Logical updates of proposed (non GIS) coding (talking code) Logical updates of proposed (non GIS) coding (talking code) GIS guidance update if MS does not choose to do proposed coding GIS guidance update if MS does not choose to do proposed coding

4. Date/ event: 3.9. – 4.9.2009 / Copenhagen – Meeting of WISE Technical Group Author: ETCW/IWRS (Zupan Vrenko Dunja, Globevnik Lidija) Guidance Doc. No. 22 Guidance Doc. No. 22/ Appendix 7 Updates proposed by ETC/W (to be updated into App.7) Elements of the hydrological coding Page 101: code segments - H=Hydrological system - S=Sea region - II=Island sort - 5C=Commencement code - 12P= River basins Pfafstetter code - EE=Entity type code - LL=Lake identifier Page 6: The sentence written: The code would of the following segments: 1.Sea Region 2.Pfafstetter commencement code 3.Pfafstetter code of river and associated (sub) basin 4.Entity type 5.Lake identifier The code consists of the following segments : 1.Hydrological system 2.Sea Region 3.Island sort 4.Pfafstetter commencement code 5.Pfafstetter code of river and associated (sub) basin 6.Entity type 7.Feature identifier Consistency: 1) between main text in Guidance Doc. and text in Appendix 7 and 1) between main text in Guidance Doc. and text in Appendix 7 and 2) between GIS Guidance Doc. and Marine Strategy 2) between GIS Guidance Doc. and Marine Strategy

5. Date/ event: 3.9. – 4.9.2009 / Copenhagen – Meeting of WISE Technical Group Author: ETCW/IWRS (Zupan Vrenko Dunja, Globevnik Lidija) Guidance Doc. No. 22 Guidance Doc. No. 22/ Appendix 7 Updates proposed by ETC/W (to be updated into App.7) Hydrological system (H segment) Page 102 distinguish 7 Oceans: - Northern Atlantic Ocean (A) - Mediterranean Sea (M) - Arctic Ocean (N) - Southern Atlantic Ocean (S) - Indian Ocean (I) - Northern Pacific Ocean (P) - Southern Pacific Ocean (B) and 4 Endorheic systems: - Caspian Sea (C) - Orumiyeh Lake (H) - Van Lake (V) - Tuz Saltlake (Z) / Page 7 1) To add chapter into app.7 on hydrological systems 2) To change or add names of Oceans (hydrological system) to be consistent with Marine Strategy: -North East Atlantic Ocean (A) -Mediterranean Sea (M) -Arctic Ocean (N) -Southern Atlantic Ocean (S) -Indian Ocean (I) -Northern Pacific Ocean (P) -Southern Pacific Ocean (R) -Black Sea (B) -Baltic Sea (L) and 4 Endorheic systems: and 4 Endorheic systems: -Caspian Sea (C) -Orumiyeh Lake (H) -Van Lake (V) -Tuz Saltlake (Z) Prespa Lake and Trasimeno Lake are integrated into the surrounding drainage area. / To add explanation that they are integrated into Mediterranean Sea.

6. Date/ event: 3.9. – 4.9.2009 / Copenhagen – Meeting of WISE Technical Group Author: ETCW/IWRS (Zupan Vrenko Dunja, Globevnik Lidija) In Guidance Doc. No. 22 (H segment): Updates for Guidance Doc. No. 22 (H segment): 4 Endorheic systems 7 Oceans: Northern Atlantic Ocean (A) Mediterranean Sea (M) Arctic Ocean (N) Southern Atlantic Ocean (S) Indian Ocean (I) Northern Pacific Ocean (P) Southern Pacific Ocean (B) and 4 Endorheic systems: Caspian Sea (C) Orumiyeh Lake (H) Van Lake (V) Tuz Saltlake (Z) Remark: Prespa Lake and Trasimeno Lake are integrated into Mediterranean Sea (7+4) =11 hydrological systems into (9+4)=13 h.s.

7. Date/ event: 3.9. – 4.9.2009 / Copenhagen – Meeting of WISE Technical Group Author: ETCW/IWRS (Zupan Vrenko Dunja, Globevnik Lidija) Guidance Doc. No. 22 Guidance Doc. No. 22/ Appendix 7 Updates proposed by ETC/W (to be updated into App.7) Sea Region (S segment) Page 103 Numeric codes of the Seas around Europe H= North Eastern Atlantic 1 Open Ocean 2 Norwegian Sea 4 Celtic Sea and Channels 5 North Sea 6 Baltic Sea H= Mediterranean Sea 2 North Western Basin 4 North Eastern Basin 5 Black Sea H= Arctic Ocean 7 Barents Sea East 8 White Sea 9 Barents Sea West H= Caspian Sea 1 No subdivision H= Indian Ocean 1 Persian Gulf Page 8 The length of the code segment is set to 1, providing the possibility of identifying a maximum of 9 Sea Regions. 1 Atlantic ocean 2 Norwegian Sea 3 Barents Sea 4 North Sea 5 Baltic Sea 6 Celtic Sea and English Channels 7 West Mediterranean Sea 8 East Mediterranean Sea 9 Black Sea 1) To change or add names and codes of Sea Regions to be consistent with Marine Strategy. 2) To update text in Guidance Doc.: The length of the Sea Region code segment is set to 1. It is a numerical code. Numbers can go from 1 to 9 (providing the possibility of identifying a maximum of 9 sea regions per hydrological system). H= North East Atlantic Ocean 1 Open Ocean 2 Bay of Biscay and the Iberian Coast 3 Macaronesia 4 Celtic Sea 5 Greater North Sea, incl. the Kattegat and the English Channel H= Baltic Sea 1 No subdivision H= Mediterranean Sea 1 Western Mediterranean Sea 2 Adriatic Sea 3 Ionean Sea and the Central Mediterranean Sea 4 Aegian-Levantine Sea H= Arctic Ocean 1 Norwegian Sea 2 Barents Sea 3 Faroes 4 Greenland and Iceland Seas H= Indian Ocean 1 Persian Gulf H= Caspian Sea 1 No subdivision H= Orumiyeh Lake 1 No subdivision H= Van Lake 1 No subdivision H= Tuz Saltlake 1 No subdivision

8. Date/ event: 3.9. – 4.9.2009 / Copenhagen – Meeting of WISE Technical Group Author: ETCW/IWRS (Zupan Vrenko Dunja, Globevnik Lidija) In Guidance Doc. No. 22 (S segment): Updates for Guidance Doc. No. 22 (S segment): 1 Atlantic ocean 2 Norwegian Sea 3 Barents Sea 4 North Sea 5 Baltic Sea 6 Celtic Sea and English Channels 7 West Mediterranean Sea 8 East Mediterranean Sea 9 Black Sea 9 sea region to (15 +4 )=19 s.r.

9. Date/ event: 3.9. – 4.9.2009 / Copenhagen – Meeting of WISE Technical Group Author: ETCW/IWRS (Zupan Vrenko Dunja, Globevnik Lidija) Guidance Doc. No. 22 Guidance Doc. No. 22/ Appendix 7 Updates proposed by ETC/W (to be updated into App.7) Island sort (II segment) Page 103 A proposal to code islands can be found in Appendix 8. no such Appendix exists, App.8 will be about coding tested on Danube Remark: no such Appendix exists, App.8 will be about coding tested on Danube / The third code segment would identify the island or the mainland where the hydrological feature lie. A proposal for coding of islands is given in Appendix xx. The islands can be identified by the code of the sea they lie within, followed by a sequence number according to the distance from the mainland. In the island coding only islands with surface flow (around 2500 objects) are included. The coding is in hexadecimal digits (00-FF) thus allowing 255 islands to be identified within a Sea. The code 00 is reserved for surface waters on mainland. Will be any other appendices? Q: Will be any other appendices? We suggest to add more details in app.7

10. Date/ event: 3.9. – 4.9.2009 / Copenhagen – Meeting of WISE Technical Group Author: ETCW/IWRS (Zupan Vrenko Dunja, Globevnik Lidija) Guidance Doc. No. 22 Guidance Doc. No. 22/ Appendix 7 Updates proposed by ETC/W (to be updated into App.7) Pfafstetter commencement code (CCCCC segment) Pages 101,104 5 places/digits of fixed length are reserved for commencement code, coding with leading zeros Pfafstetter coding logic Page 8 It is proposed to assign a maximum of three digits for this code segment. 1) We propose a fixed length of five digits for this code segment with zeros backwards. 2) We propose CHARACTER value type 3) To be discussed: a) zeros backwards or b) leading zeros 3) We produced a fixed list of primary catchments and their codes (on the ECRINS concept; harmonised with the LARGE RIVER DATA SET). 4) We also need a fixed list of inter catchments Remark: ECRINS should be updated according to updated list of Sea Regions (based on Marine Strategy!)

11. Date/ event: 3.9. – 4.9.2009 / Copenhagen – Meeting of WISE Technical Group Author: ETCW/IWRS (Zupan Vrenko Dunja, Globevnik Lidija) ECRINS DATA SET: - CCCCC segment (in green: primary catchments with codes 00002 or 00004 or 00006 or 00008) - CCCCC segment (in green: primary catchments with codes 00002 or 00004 or 00006 or 00008) - to be updated with HSCCCCC part of the code

12. Date/ event: 3.9. – 4.9.2009 / Copenhagen – Meeting of WISE Technical Group Author: ETCW/IWRS (Zupan Vrenko Dunja, Globevnik Lidija) LARGE RIVER DATA SET: - - to be updated with HSCCCCC part of the code (harmonised with ECRINS)

13. Date/ event: 3.9. – 4.9.2009 / Copenhagen – Meeting of WISE Technical Group Author: ETCW/IWRS (Zupan Vrenko Dunja, Globevnik Lidija) Guidance Doc. No. 22 Guidance Doc. No. 22/ Appendix 7 Updates proposed by ETC/W (to be updated into App.7) Pfafstetter code of river and associated (sub) basin (PPPPPPPPPPPP segment) Page 101 number with 1-12 digits; variable length Page 14 number with 1-11 digits; variable length number with 12 digits; fixed length Q: value type for fixed length (number character; different sorting) 1.zeros backwards 2.leading zeros Q: fixed or variable length? Entity types (EE segment) A list of possible entity type codes is given in Appendix 7. BA - River basin RS - River segment RB - River segment (minor branch of bifurcation) RU- River segment (underground in Karst areas) LE – Lake LP - Perennial Lake (Karst) BA - River basin RS - River segment or river segment as major bifurcation RB - River segment as minor bifurcation RU- Underground river segment (in Karst areas) LE – Lake LP - Perennial Lake (in Karst areas) CA – Canal Remark: In the Danube coding: CA for canal and BF for bifurcation also used

14. Date/ event: 3.9. – 4.9.2009 / Copenhagen – Meeting of WISE Technical Group Author: ETCW/IWRS (Zupan Vrenko Dunja, Globevnik Lidija) Guidance Doc. No. 22 Guidance Doc. No. 22/ Appendix 7 Updates proposed by ETC/W (to be updated into App.7) (HSIICCCCCPPPPPPPPPPPPEELL) last segment LL is conditional! last segment LL is conditional! Conditional Lake Identification (LL) It is proposed to reserve a maximum of two characters for this code segment. The code could consist of numbers and characters. Conditional Lake Identification (LL) It is proposed to reserve a maximum of two characters for this code segment. The code could consist of numbers and characters. Feature Identification (LL) linked to EE 1) Not just lake, but also other hydrological special phenomena (feature) are identified by sequential enumeration. It starts at river outflow. 2) We propose character value type if there is no additional feature, the segment number is 00 3) Explanatory figures and text should be added such is Canalized rivers are coded as part of a river system. Artificial canals belong to specific entity type canal and are coded with an identifier. Identifier is needed if more than one canal are recognized. An additional foreign key establishes the relation between the canal and the water basin.

15. Date/ event: 3.9. – 4.9.2009 / Copenhagen – Meeting of WISE Technical Group Author: ETCW/IWRS (Zupan Vrenko Dunja, Globevnik Lidija) HSIICCCCCPPPPPPPPPPPPEELL or visualised on feature geometry: HS-II-CCCCC-PPPPPPPPPPP-EE-LL Karst: -Underground river (EE= RU) - Perennial lake (EE = LP) Bifurcations: - major river segment or major bifurcation (EE= RS) - minor bifurcation (river branch) (EE= RB)

16. Date/ event: 3.9. – 4.9.2009 / Copenhagen – Meeting of WISE Technical Group Author: ETCW/IWRS (Zupan Vrenko Dunja, Globevnik Lidija) Format of the code for hydrological features (overview) Code segmentValue typeGIS Guidance No.22 GIS Guidance No.22, App.7 ETCW proposal Hydrological system (H)Character 11 1 Sea Region (S)Number 11 1 Island Sort (II)Hexadecimal number 22 2 Commencement code segment (CCCCC) Character535 River (basin) (Pfafstetter) (12xP) Number 1-121-11 1212 Entity Type (EE)Character 22 2 Conditional unique string for lakes (LL) Character0, 2 2 Total length12, 2510, 2225 HSIICCCCCPPPPPPPPPPPPEELL

17. Date/ event: 3.9. – 4.9.2009 / Copenhagen – Meeting of WISE Technical Group Author: ETCW/IWRS (Zupan Vrenko Dunja, Globevnik Lidija) Conclusions: 1. A fixed length (25 places) of the hydrological feature code (one attribute field) is proposed; Code segments also given in separate fields (H, S, I, C, P, E, L) 2. CCCCC segment with zeroes backwards 3. 12xP segment with zeroes backwards 4. First two positions of a code (H, S) and CCCCC segments are predefined on European level (in GIS g.) 5. II, 12P, EE and LL segments are defined by countries 6. update of ECRINS, LARGE RIVER, GIS guidance nedeed in regard to H, S and C elements 7. Description of II coding needed

18. Date/ event: 3.9. – 4.9.2009 / Copenhagen – Meeting of WISE Technical Group Author: ETCW/IWRS (Zupan Vrenko Dunja, Globevnik Lidija) Hydrological feature attribute table CCnational_codeHF_codeH_codeS_codeI_codeC_codeP_codeE_codeL_code

19. Date/ event: 3.9. – 4.9.2009 / Copenhagen – Meeting of WISE Technical Group Author: ETCW/IWRS (Zupan Vrenko Dunja, Globevnik Lidija) Ilustration zeroes backwards: CCCCC 20000 00002 22000 00022 24000 00024 26000 00026 28000 00028