1 transboundary river odra geography from ostrava
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1 Transboundary River - ODRA Geography From Ostrava (Moravian - PowerPoint PPT Presentation

Transboundary River - ODRA Statistics Spring in CZ, 634m N.N. Length 866 km Catchment Area: 118.861 km; Larger Cities: Ostrava, Opole, Breslau, Frankfurt, Stettin; 1 Transboundary River - ODRA Geography From Ostrava


  1. Transboundary River - ODRA Statistics  Spring in CZ, 634m N.N.  Length 866 km  Catchment Area: 118.861 km²;  Larger Cities: Ostrava, Opole, Breslau, Frankfurt, Stettin; 1

  2. Transboundary River - ODRA Geography  From Ostrava (Moravian Mountains/CZ, 130km) via Wrozlaw (Breslau) to DE/PL;  South of Ratzdorf, at km 542 the River Neisse flows into the Oder and creates the transboundary river ;  Tributaries: Old Oder, The Welse (North of Schwedt)  Oder-Spree-Canal (at Eisenhüttenstadt) and Oder- Havel-Canal (famous boat lift in Niederfinow); https://youtu.be/N0udg_qlgf4?t=28 Dietmar KOCH, Uppsala 2015 2

  3. Cooperation ICPO, PL-CZ-DE Established in 1996, latest topics: Joint Implementation of WFD and Directive on Communication on Flood Risk Management  Germany holds the current presidency;  Relation to Marine Strategy Framework Directive is being prepared;  Joint Modeling based on MONERIS  MoRE  Polish-German border river commission, 4 WGs: coop. of administrations , communities and regions;  Publications: Flood risk man. 2014, River Man. Plans 2015. Dietmar KOCH, Uppsala 2015 3

  4. Parameter tn/2012 2 37363,7003 BOD5 PLC Data 3 BOD7 42968,2553 4 1,1131 Cd CDExxx STATION_CODE 7 10,3955 Cr 8 33,4067 Cu 10 0,18617 Hg opposite Widuchowa, OD_0090 (last station 11 29,6575 Ni STATION_NAME before Odra splits into 12 1408,6047 NNH4 two arms) 13 102,4885 NNO2 15 6813,9073 NNO3 SUBCATCHMENT_ 16 24765,3439 SCDE00035 NTOT CODE 18 13,0221 Pb RIVER_CODE R6 19 331,7354 PPO4 20 1758,5828 PTOT SUBREGION_CODE BAP SPM 21 - TOC 22 - 23 142,1777 27 Point Sources > 2.000 Zn flow [m³ /s] 32,7979 Ratzdorf 259,2082 Kiez 4 466,6918 opposite Widuchova Dietmar KOCH, Uppsala 2015

  5. Monitoring Monitoring Areas in Brandenburg  Monitoring points substances  Monitoring points water flow  Monitoring point substances without flow data  Unmonitored parts of monitored rivers  Monitored areas Dietmar KOCH, Uppsala 2015 5

  6. Transboundary River  Shared INPUT to the Baltic Sea DE PL Oder SUM EZG nach BB 4.667 River catchment areas 2.401 Uecker shape file 6B 122.664 110.373 monitored Binnengew. shape 6K = Stettiner Haff 691 7.648 unmonitored Küstengew. ca. 50% von 6K auf deutscher 346 Seite ODER Flussgebiet nach 123.355 118.021 Oder gesamt SUM WRRL, incl. Uecker 6B+6K deutscher Anteil an der 4.643 3,79% Oder 9.602 km 2 7,7 % incl. Neisse? Oderkommission 81% PL Sharing of pollution load 5% DE ohne Neisse to Odra lagoon 15% CZ Map3_HELCOM+Odra+PL catchments.qgs Dietmar KOCH, Uppsala 2015 6

  7. CARTs per country to be achieved by 2021 Country/Source Nitrogen Phosphorus (tonnes) (tonnes) Denmark 2,890 38 Estonia 1,800 320 Finland1 2,430+600* 330+26* Germany1 7,170+500* 110+60* Latvia 1,670 220 Lithuania 8,970 1,470 Poland2 43,610 7,480 Russia 10,380* 3,790* Sweden 9,240 530 Waterborne transboundary 3,230 800 Dietmar KOCH, Uppsala 2015 7

  8. Conclusions Verify reduction requirements stemming from the German contribution to the river Odra inputs, based on ongoing modeling approaches with MONERIS and MoRE. Some MoRE results: Germany will call for a meeting of IKSO / Polish-German border river commission with relevant water management bodies (SN, BB, MV) to discuss reduction potentials and measures. Dietmar KOCH, Uppsala 2015 8

  9. Cooperation ICPO, PL-CZ-DE http://www.mkoo.pl/index.php?lang=EN Dietmar KOCH, Uppsala 2015 9

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