Pegelverzeichnis Des NLWKN Stand Oktober 2017

Total Page:16

File Type:pdf, Size:1020Kb

Pegelverzeichnis Des NLWKN Stand Oktober 2017 Pegelverzeichnis des NLWKN Stand Oktober 2017 Lfd. DGJ Gewässerkundlicher Gewässer Hydrologische Landschaften / Betreiber Anprechpartner Datenart GK GK UTM UTM AEO Nr. Pegel Pegel landschaftsübergreifende Rechts- Hoch- East North km² Gewässer wert wert 1 Abbenfleth Sperrwerk Elbe Tidegebiet der Elbe NLWKN Betriebsstelle Stade [email protected] W 3532755 5948790 32532672 5946850 141327 2 Achum Bückeburger Aue Weserberge NLWKN Betriebsstelle Hannover-Hildesheim [email protected] W Q 3505886 5795092 32505811 5793214 87 3 Addrup Fladderkanal Carumer Geest NLWKN Betriebsstelle Cloppenburg [email protected] W Q 3435602 5842401 32435556 5840505 228 4 Adelebsen Schwülme Solling NLWKN Betriebsstelle Süd [email protected] W Q 3549649 5715581 32549556 5713734 40 5 Afferde Fluthamel Weserberge NLWKN Betriebsstelle Hannover-Hildesheim [email protected] W Q 3526986 5774330 32526902 5772460 180 6 Ahrensdorf Giehler Bach Wesermünder Geest NLWKN Betriebsstelle Verden [email protected] W Q 3495144 5911595 32495075 5909671 80 7 Alfstedt Mehe Zevener Geest NLWKN Betriebsstelle Stade [email protected] W Q 3504779 5935958 32504707 5934024 55 8 x Aligse Burgdorfer Aue Weser-Aller-Geest NLWKN Betriebsstelle Hannover-Hildesheim [email protected] W Q 3567154 5808443 32567055 5806559 180 9 Altenwalde Landwehrkanal Nicht regionalisierter Binnenpegel NLWKN Betriebsstelle Stade [email protected] W Q 3478879 5966676 32478817 5964730 12 10 Anderten Wölpe Weser-Aller-Geest NLWKN Betriebsstelle Verden [email protected] W Q 3523137 5846638 32523056 5844739 51 11 Andrup-Lage Lager Bach Emsland NLWKN Betriebsstelle Meppen [email protected] W Q 3400841 5836686 32400808 5834793 127 12 x Apeldorn Nordradde Hümling NLWKN Betriebsstelle Meppen [email protected] W Q 3389694 5847503 32389666 5845606 127 13 Aschhausen Halfsteder Bäke Friesische Geest NLWKN Betriebsstelle Brake-Oldenburg [email protected] W Q 3437970 5898160 32437924 5896242 27 14 Aselage Hahnenmoorkanal Emsland NLWKN Betriebsstelle Cloppenburg [email protected] W Q 3410113 5839347 32410077 5837453 295 15 Auburg Aubach Osnabrücker Bergland NLWKN Betriebsstelle Cloppenburg [email protected] W Q 3448550 5783540 32448498 5781667 17 16 x Augustenfeld Südradde Löninger Höhen NLWKN Betriebsstelle Cloppenburg [email protected] W Q 3414562 5849634 32414524 5847736 82 17 Augustmühle Essener Kanal Emsland NLWKN Betriebsstelle Cloppenburg [email protected] W Q 3428225 5841861 32428182 5839966 1165 18 Averhoy Auter Weser-Aller-Geest NLWKN Betriebsstelle Hannover-Hildesheim [email protected] W Q 3535388 5824578 32535302 5822688 128 19 Bad Pyrmont Emmer Weserberge NLWKN Betriebsstelle Hannover-Hildesheim [email protected] W 3518625 5760269 32518545 5758405 470 20 Bad Salzdetfurth Lamme Harzvorland NLWKN Betriebsstelle Hannover-Hildesheim [email protected] W Q 3569549 5771024 32569448 5769155 127 21 x Bagband Bagbander Tief Friesische Geest NLWKN Betriebsstelle Aurich [email protected] W Q 3407249 5913474 32407215 5911550 48 22 Barge Jümme Tidegebiet der Leda NLWKN Betriebsstelle Aurich [email protected] W 3411370 5897809 32411334 5895892 1076 23 Bederkesa Nordpegel Bederkesa Geeste Kanal Nicht regionalisierter Binnenpegel NLWKN Betriebsstelle Stade [email protected] W 3490942 5941464 32490875 5939528 0 24 Bederkesa Suedpegel Bederkesa Geeste Kanal Nicht regionalisierter Binnenpegel NLWKN Betriebsstelle Stade [email protected] W 3490926 5941371 32490859 5939435 0 25 Beedenbostel Aschau Ostheide NLWKN Betriebsstelle Verden [email protected] W Q 3584758 5836907 32584652 5835011 148 26 Beesten Große Aa Emsland NLWKN Betriebsstelle Meppen [email protected] W Q 3397775 5812707 32397743 5810824 407 27 Bensersiel Nordsee Küstengebiet der Nordsee NLWKN Betriebsstelle Aurich [email protected] W 3405900 5950200 32405867 5948262 0 28 Berka S Söse Harzrand NLWKN Betriebsstelle Süd [email protected] W Q 3577717 5729288 32577613 5727435 210 29 x Berka R Rhume Oder-Rhume NLWKN Betriebsstelle Süd [email protected] W Q 3576651 5728356 32576547 5726504 895 30 Bersenbrück Hase Emsland NLWKN Betriebsstelle Cloppenburg [email protected] W Q 3429130 5825580 32429086 5823691 958 31 Bienenbüttel Ilmenau Nord-Ost Heide, übergreifendes GewNLWKN Betriebsstelle Lüneburg [email protected] W Q 3598050 5891830 32597940 5889912 1434 32 x Bohmte Hunte Obere Hunte NLWKN Betriebsstelle Cloppenburg [email protected] W Q 3452357 5805516 32452304 5803635 179 33 Bokeloh Hase Hase NLWKN Betriebsstelle Meppen [email protected] W Q 3388328 5841480 32388301 5839585 2975 34 Borsumer Paß Bruchgraben Börde NLWKN Betriebsstelle Hannover-Hildesheim [email protected] W Q 3567549 5788886 32567450 5787010 116 35 x Bramsche Hase Osnabrücker Begland NLWKN Betriebsstelle Cloppenburg [email protected] W Q 3430664 5808192 32430619 5806310 682 36 Breddenberg Ohe Hümling NLWKN Betriebsstelle Meppen [email protected] W Q 3407349 5870062 32407314 5868156 60 37 Bredelem Innerste Innerste NLWKN Betriebsstelle Süd [email protected] W Q 3592733 5758866 32592623 5757001 158 38 Bremervörde Oste Zevener Geest NLWKN Betriebsstelle Stade [email protected] W 3510456 5927787 32510381 5925856 934 39 x Brenneckenbrück Aller Aller NLWKN Betriebsstelle Süd [email protected] W Q 3599650 5817410 32599538 5815522 1638 40 Brock Böhme Südheide NLWKN Betriebsstelle Verden [email protected] W Q 3550532 5861733 32550440 5859828 285 41 Broistedt Fuhse Börde NLWKN Betriebsstelle Süd [email protected] W Q 3590140 5784920 32590031 5783045 181 1 Pegelverzeichnis des NLWKN Stand Oktober 2017 Lfd. DGJ Gewässerkundlicher Gewässer Hydrologische Landschaften / Betreiber Anprechpartner Datenart GK GK UTM UTM AEO Nr. Pegel Pegel landschaftsübergreifende Rechts- Hoch- East North km² Gewässer wert wert 42 Bruchmühlen Else Osnabrücker Bergland NLWKN Betriebsstelle Cloppenburg [email protected] W Q 3462824 5785330 32462766 5783457 204 43 x Bunnen Große Hase Löninger Höhen NLWKN Betriebsstelle Cloppenburg [email protected] W Q 3421645 5843560 32421604 5841664 1778 44 Burgsittensen Oste Zevener Geest NLWKN Betriebsstelle Stade [email protected] W Q 3537641 5905639 32537555 5903717 52 45 x Colnrade Hunte Hunte NLWKN Betriebsstelle Brake-Oldenburg [email protected] W Q 3464600 5855210 32464542 5853309 1318 46 Daudieck Aue (Lühe) Zevener Geest NLWKN Betriebsstelle Stade [email protected] W 3536936 5929087 32536851 5927155 132 47 Deelbrügge Lune Wesermünder Geest NLWKN Betriebsstelle Stade [email protected] W Q 3486390 5921458 32486325 5919530 98 48 Derneburg Nette Harzvorland NLWKN Betriebsstelle Hannover-Hildesheim [email protected] W Q 3577157 5774559 32577053 5772688 309 49 Döhle S.A Schmale Aue Nord Heide NLWKN Betriebsstelle Lüneburg [email protected] W Q 3568640 5892600 32568542 5890682 30 50 Dohren Dohrener Bach Wesermünder Geest NLWKN Betriebsstelle Stade [email protected] W 3485649 5925257 32485584 5923328 11 51 x Dorfhagen Drepte Wesermünder Geest NLWKN Betriebsstelle Stade [email protected] W Q 3476987 5911537 32476925 5909613 40 52 Düendorf Südaue Kalenberger Land NLWKN Betriebsstelle Hannover-Hildesheim [email protected] W Q 3528722 5806850 32528638 5804967 189 53 Dümmer Auslauf Hunte Hunte NLWKN Betriebsstelle Sulingen [email protected] Q 3454430 5822800 32454376 5820912 346 54 Dümmer-Ost Dümmer Hunte NLWKN Betriebsstelle Sulingen [email protected] W 3456270 5822280 32456215 5820392 346 55 Düste Wagenfelder Aue Moorgeest NLWKN Betriebsstelle Sulingen [email protected] W Q 3468740 5838610 32468680 5836715 200 56 Düwelshoop Haaren Friesische Geest NLWKN Betriebsstelle Brake-Oldenburg [email protected] W Q 3438880 5892770 32438833 5890854 22 57 Eickhöpen Lohne Hunte NLWKN Betriebsstelle Sulingen [email protected] W Q 3456640 5822650 32456585 5820762 346 58 Eltze Erse Börde NLWKN Betriebsstelle Hannover-Hildesheim [email protected] W Q 3586168 5814469 32586062 5812582 179 59 Elvershausen Rhume Rhume NLWKN Betriebsstelle Süd [email protected] W Q 3575082 5730646 32574979 5728793 1115 60 Emlichheim Vechte Vechte NLWKN Betriebsstelle Meppen [email protected] W Q 3354891 5832071 32354877 5830181 1731 61 Emmen Este Nord Heide NLWKN Betriebsstelle Lüneburg [email protected] W Q 3547980 5917460 32547890 5915533 184 62 Engden I Engdener Bach Vechte NLWKN Betriebsstelle Meppen [email protected] W Q 3376079 5807973 32376056 5806092 19 63 Eversburg Hase Osnabrücker Bergland NLWKN Betriebsstelle Cloppenburg
Recommended publications
  • The Dynamics of Turbidity Zones in Tidal Estuaries ¡
    The dynamics of turbidity zones in tidal estuaries ¡ Hans Burchard and Manuel Ruiz Villarreal [email protected]. 1. Baltic Sea Research Institute Warnemunde,¨ Germany 2. Institute for Oceanography, University of Hamburg, Germany GHAMES-Seminar in Liege,` June 13, 2002 – p.1/19 Program of the talk Phenomenology Conceptual models Numerical simulations (historical) Numerical simulations (recent) Conclusions GHAMES-Seminar in Liege,` June 13, 2002 – p.2/19 Map of the tidal Elbe 54°10' WGE Be 10.96 Trischen Großer Vogelsand Friedrichskoog Gelbsand 54°00' 740 Scharhörn 730 Nord-Ostsee-Kanal Neufelder Brunsbüttel Stör Sand Neuwerk Medemsand 700 720 710 690 Cuxhaven 53°50' Gr. Knechtsand Medemgrund 680 Medem Glückstadt Wischh. Süderelbe 670 Krückau Oste Pagensand Pinnau 660 53°40' Stade 650 640 Watt 630 Hamburg Schwinge Strom-km 700 Lühe Mühlen- berger Loch 0 10km 53°30' Este 8°10' 20' 30' 40' 50' 9°00' 10' 20' 30' 40' 50' 10°00' GHAMES-Seminar in Liege,` June 13, 2002 – p.3/19 Phenomenology SPM observations in the tidal Elbe Pers. comm. Jens Kappenberg GHAMES-Seminar in Liege,` June 13, 2002 – p.4/19 Phenomenology SPM observations in the tidal Elbe Pers. comm. Jens Kappenberg GHAMES-Seminar in Liege,` June 13, 2002 – p.5/19 Phenomenology SPM observations in Columbia River Salinity SPM Pers. comm. David Jay, Phillip Orton GHAMES-Seminar in Liege,` June 13, 2002 – p.6/19 Classical conceptual models Flocculation of riverine colloids due to the ion content of the saline sea water (Lucht [1953]). "The peculiar process of mixing between riverine and marine water in the tidal zone works as a SPM trap." (Postma und Kalle [1955]).
    [Show full text]
  • Die Küste, Heft 74, 2008
    Die Küste, 74 ICCE (2008), 212-232 Tidal Barriers at the North and Baltic Sea Coast By HANS-ANDREAS LEHMANN and HEINZ JASPER Contents 1. Introduction . 212 2. Barrages, their Development and Operation . 213 3. Barriers/Barrages in Germany . 213 4. Layout and Concept of the Barrages. 217 4.1 Gates and Other Closure Devices . 217 4.2 Drives . 217 4.3 Scour Protection . 217 4.4 Additional Installations. 218 4.5 Secondary Installations . 218 5. Design and Construction . 218 5.1 Legal Principles . 219 5.2 Owner Function and Control . 219 6. Operation and Maintenance . 219 7. Future Prospects. 219 8. Description of Selected Barrages . 220 8.1 Ems Barrier in Lower Saxony . 220 8.2 Lesum Barrier in Bremen. 222 8.3 Eider Barrier in Schleswig-Holstein . 224 8.4 Barrage Billwerder Bucht in Hamburg . 228 8.5 Barrage Greifswald-Wieck in Mecklenburg-Vorpommern . 230 9. Acknowledgements . 233 10. References . 233 1. Introduction The German North and Baltic Sea Coast being an integral part of the Federal provinces (Länder) Lower Saxony, Bremen, Hamburg, Schleswig-Holstein and Mecklenburg-Vor- pommern was shaped by the last ice age. Under the influence of the external forces of the sea it evolved to be a continuously changing boundary line between land and water. Approximately 2,500 years ago, man began to colonize the coastal zone. Subsidence of the coastal area as well as the melting process of the polar ice led to gradually rising sea levels and, consequently, more frequent flooding of coastal areas. In order to protect themselves against rising water levels the coastal people started building earth mounds (Warften, Wur- ten) some 2000 years ago.
    [Show full text]
  • The ELBE River - a Lifeline for Northern Germany
    The ELBE River - a lifeline for Northern Germany The sense of maintenance dredging on the ELBE - and the future requirements for its navigational Fairway Dipl.-Ing. Dipl.-Ing. Nikša Marušić Christopher Iwens Federal Administration for NORDSEE Nassbagger- Waterways and Navigation und Tiefbau GmbH - WSA Cuxhaven - - DEME - Nikša Marušić 1 CEDA12th workshop Dredging on Daysdredging November, and surveying 7th 01.06.20062007 1 WSA Cuxhaven The ELBE River - a lifeline for Northern Germany 1. Tidal River ELBE 2. Maintenance dredging concept on the ELBE 3. Trading position of the harbour of Hamburg 4. The future deepening of the ELBE Nikša Marušić 2 CEDA12th workshop Dredging on Daysdredging November, and surveying 7th 01.06.20062007 2 WSA Cuxhaven Tidal river ELBE Nikša Marušić 3 CEDA12th workshop Dredging on Daysdredging November, and surveying 7th 01.06.20062007 3 WSA Cuxhaven Tidal river ELBE Nikša Marušić 4 CEDA12th workshop Dredging on Daysdredging November, and surveying 7th 01.06.20062007 4 WSA Cuxhaven Tidal river ELBE Nikša Marušić 5 CEDA12th workshop Dredging on Daysdredging November, and surveying 7th 01.06.20062007 5 WSA Cuxhaven Tidal river ELBE North Sea Cuxhaven 100 km Hamburg Nikša Marušić 6 CEDA12th workshop Dredging on Daysdredging November, and surveying 7th 01.06.20062007 6 WSA Cuxhaven Tidal river ELBE Administrative responsibilities Federal Administration Hamburg Federal for Waterways and Navigation Port Authority Administration for Waterways Km 697 Stör and Navigation Brunsbüttel Km 726 Km 708 Cuxhaven Km 675 Glückstadt
    [Show full text]
  • Elbe Estuary Publishing Authorities
    I Integrated M management plan P Elbe estuary Publishing authorities Free and Hanseatic City of Hamburg Ministry of Urban Development and Environment http://www.hamburg.de/bsu The Federal State of Lower Saxony Lower Saxony Federal Institution for Water Management, Coasts and Conservation www.nlwkn.Niedersachsen.de The Federal State of Schleswig-Holstein Ministry of Agriculture, the Environment and Rural Areas http://www.schleswig-holstein.de/UmweltLandwirtschaft/DE/ UmweltLandwirtschaft_node.html Northern Directorate for Waterways and Shipping http://www.wsd-nord.wsv.de/ http://www.portal-tideelbe.de Hamburg Port Authority http://www.hamburg-port-authority.de/ http://www.tideelbe.de February 2012 Proposed quote Elbe estuary working group (2012): integrated management plan for the Elbe estuary http://www.natura2000-unterelbe.de/links-Gesamtplan.php Reference http://www.natura2000-unterelbe.de/links-Gesamtplan.php Reproduction is permitted provided the source is cited. Layout and graphics Kiel Institute for Landscape Ecology www.kifl.de Elbe water dropwort, Oenanthe conioides Integrated management plan Elbe estuary I M Elbe estuary P Brunsbüttel Glückstadt Cuxhaven Freiburg Introduction As a result of this international responsibility, the federal states worked together with the Federal Ad- The Elbe estuary – from Geeshacht, via Hamburg ministration for Waterways and Navigation and the to the mouth at the North Sea – is a lifeline for the Hamburg Port Authority to create a trans-state in- Hamburg metropolitan region, a flourishing cultural
    [Show full text]
  • Reassessment of Long-Period Constituents for Tidal Predictions Along the German North Sea Coast and Its Tidally Influenced River
    https://doi.org/10.5194/os-2019-71 Preprint. Discussion started: 18 June 2019 c Author(s) 2019. CC BY 4.0 License. Reassessment of long-period constituents for tidal predictions along the German North Sea coast and its tidally influenced rivers Andreas Boesch1 and Sylvin Müller-Navarra1 1Bundesamt für Seeschifffahrt und Hydrographie, Bernhard-Nocht-Straße 78, 20359 Hamburg, Germany Correspondence: Andreas Boesch ([email protected]) Abstract. The Harmonic Representation of Inequalities is a method for tidal analysis and prediction. With this technique, the deviations of heights and lunitidal intervals, especially of high and low waters, from their respective mean values are represented by superpositions of long-period tidal constituents. This study documents the preparation of a constituents list for the operational application of the Harmonic Representation of Inequalities. Frequency analyses of observed heights and 5 lunitidal intervals of high and low water from 111 tide gauges along the German North Sea coast and its tidally influenced rivers have been carried out using the generalized Lomb-Scargle periodogram. One comprehensive list of partial tides is realized by combining the separate frequency analyses and by applying subsequent improvements, e.g. through manual inspections of long-time data. The new set of 39 partial tides largely confirms the previously used set with 43 partial tides. Nine constituents are added and 13 partial tides, mostly in close neighbourhood of strong spectral components, are removed. The effect of these 10 changes has been studied by comparing predictions with observations from 98 tide gauges. Using the new set of constituents, the standard deviations of the residuals are reduced by 2.41% (times) and 2.30% (heights) for the year 2016.
    [Show full text]
  • Heritage and Local Cuisine (PDF, 12.08
    CULTURAL CULTURAL HIGHLIGHTS HIGHLIGHTS St. Mary’s Church is Ger- Latvian Folk Song Night many’s third largest brick (mid-May) at the Cēsis His- church and a model for tory and Art Museum: Listen numerous Gothic brickwork to folk songs from traditional churches in the Baltic area sounds to contemporary HANSEATIC GEMS interpretations The best view over the city can be enjoyed from Cēsis Castle Complex AROUND THE LÜBECK the viewing platform of St. CĒSIS fascinates visitors with more Peter’s Church than 10 centuries of Latvian The queen of the Hansa Where past meets future cultural history BALTIC SEA The Hanseatic League is Strolling through the winding streets of Lübeck’s his- Travemünde. The impressive Holsten Gate, symbol brought to life in the Europe- Cēsis is a city of historic and modern signifi cance. It Hanseatic junctions in the whole Baltic region. Today Hansa Market & city festival an Hansemuseum toric island-shaped UNESCO Old Town is like taking and entrance portal of the queen of the Hanseatic was founded in 1206 and it is the third oldest city in Cēsis belongs to the most important Latvian centres (July): Cēsis Castle turns a journey back to the times when the city belonged to League, welcomes visitors on their way to the Old Latvia. In the 14th century Cēsis became a member of for art and culture. Sights of interest are the medieval The world’s oldest secular into gates of history to ex- powerful merchant families and the Hanseatic League Town Island where all the interesting sites are within the Hanseatic League.
    [Show full text]
  • Understanding the Wider Elbe-Weser Region the Territories Which Held
    CHAPTER ONE UNDERSTANDING THE WIDER Elbe-Weser REGION The territories which held possessions along the Lower Elbe and Lower Weser and their tributaries were characterised by political diversity rather than unity. They comprised not only the cities of Hamburg and Bremen as well as the duchies of Bremen and Verden (Stifte until 1648), but also consisted of the various territories of the county of Holstein, the duchy of Brunswick-Lüneburg, the county of Oldenburg as well as other territo- ries with peripheral interests in the region, such as Sachsen-Lauenburg. The territories neither covered an individual political entity nor were they identical with the Lower Saxon Circle (Niedersächsischer Reichskreis), a political subdivision of the Holy Roman Empire.1 Although all of the above cities and principalities officially adhered to the Protestant faith, Bremen followed the reformed, Calvinist doctrine, forming a confessional island within the adjacent Lutheran territories. Furthermore, all territo- ries offered varying degrees of religious toleration. In addition, the social and legal conditions in the bigger cities of Bremen and Hamburg (or even the smaller ones of Lüneburg, Altona and Stade) differed significantly to those in rural areas.2 Despite their differences a multitude of links existed which connected the political entities to a geo-political area which we can justifiably call a region. The Lower Elbe, Lower Weser and their tributaries provided the most important of these regional links offering points of contact and enhancing cross-border foreign and local migration. Trade and travel routes followed the course of the rivers which were linked to a system of roads, interconnecting the region itself and providing contacts with 1 The Lower Saxon Circle consisted of the Guelph territories, the archbishoprics of Magdeburg and Bremen, the bishoprics of Halberstadt and Hildesheim as well as the bishoprics of Lübeck, Ratzeburg, Schwerin and Schleswig.
    [Show full text]
  • GEEST Montag, 18
    18 GEEST Montag, 18. März 2019 Jäger drängen auf finanzielle Unterstützung Dr. Martin Wenzel: Land soll Nutria-Fallen bezahlen Sitzung Von Daniel Beneke rer Landkreise und prüfe, ob sich deren Lösungen adaptieren las- HARSEFELD. Die Kreisjägerschaft Scoping und sen. Der Landrat plant eine kon- wächst: Knapp 1600 Mitglieder zertierte Aktion zur Nutria-Be- Dorferneuerung gehören dem anerkannten Na- kämpfung in Zusammenarbeit turschutzverband an – Tendenz mit der Jägerschaft. „Ich kann mir vorstellen, dass der Kreistag auch im Ausschuss steigend. Das berichtete der bereit ist, Mittel bereitzustellen – FREDENBECK. Der Planungs- Vorsitzende Dr. Martin Wenzel wenn unser Konzept gut ist“, sag- und Umweltausschuss der Ge- am Sonnabend beim 67. Kreis- te Roesberg. Mit der Novelle des meinde Fredenbeck kommt am Niedersächsischen Jagdrechts be- Dienstag, 26. März, um 18 Uhr jägertag in der Harsefelder kämen die Jäger die Pflicht aufer- im Rathaus zu seiner nächsten Festhalle. Mit der Nutria-Invasi- legt, die Nutria-Population einzu- öffentlichen Sitzung zusam- on bestimmte ein Aufreger-The- dämmen. men. Nach einem Sachstands- In seinem Jahresbericht ging bericht von Gemeindedirektor ma die Versammlung. der Vorsitzende Dr. Martin Wen- Ralf Handelsmann (parteilos) zel auf die Wildtierverluste bei über aktuelle Entwicklungen in „Die Jäger sind ein wichtiger Teil der Mahd ein. Um sie zu verrin- der Kommune und den Bear- unserer Zivilgesellschaft“, hob gern, werde der Einsatz von beitungsstand von gefassten Landrat Michael Roesberg in sei- Drohnen getestet. Vier Drohnen- Beschlüssen geht es um das nem Grußwort hervor. Ob bei der piloten stünden in den Startlö- Scoping-Verfahren zur Aufstel- Bedrohung durch die Nutria, den chern. Mit Spenden und Förder- lung des Bebauungsplans Wolf oder die Afrikanische mitteln soll das technische Equip- „Bruchweg“ in Wedel.
    [Show full text]
  • D5.3 the PEARL Knowledge Base
    PEARL KB The PEARL Knowledge Base © 2017 PEARL This project has received funding from the European Union´s Seventh Framework Programme for Research, Technological Development and Demonstration under Grant Agreement No 603663 for the research project PEARL (Preparing for Extreme And Rare events in coastal regions). All rights reserved. No part of this book may be reproduced, stored in a database or retrieval system, or published, in any form or in any way, electronically, mechanically, by print, photoprint, microfilm or any other means without prior written permission from the publisher. Authors: George Karavokiros, Archontia Lykou and Christos Makropoulos (NTUA) Document Information Project Number 603663 Acronym PEARL Full Title Preparing for Extreme and Rare events in coastaL regions Project URL http://www.pearl-fp7.eu/ Document URL EU Project Officer Denis Peter Deliverable Number D. 5.3 Title The PEARL Knowledge Base Decision support and policy Work Package Number WP5 Title development for strengthening resilience of coastal regions Date of Delivery Contractual 31.12.2017 Actual 31.12.2017 Status version 1.0 final □ Nature prototype X report □ dissemination □ Dissemination level public X consortium □ Abstract (for The PEARL KB is a flexible and easy to use Knowledge Base that allows dissemination, 100 users to navigate from their observed problem to a selection (filtering) of words) possible options/interventions worth considering. It consists mainly of a) a component to calculate the Flood Resilience Index (FRI) and assess the vulnerability of a city against extreme events, b) search functionality enabling the identification of engineering, environmental and operational measures for adaptation and mitigation, c) possibility to inspect the results of documented applications of resilience measures around the globe and d) a repository of publications metadata and other sources that describe resilience measures and document their effectiveness.
    [Show full text]
  • Low-Cost Development of an Interactive, Immersive Virtual Reality Experience of the Historic City Model Stade 1620
    The International Archives of the Photogrammetry, Remote Sensing and Spatial Information Sciences, Volume XLII-2/W17, 2019 6th International Workshop LowCost 3D – Sensors, Algorithms, Applications, 2–3 December 2019, Strasbourg, France LOW-COST DEVELOPMENT OF AN INTERACTIVE, IMMERSIVE VIRTUAL REALITY EXPERIENCE OF THE HISTORIC CITY MODEL STADE 1620 A. Walmsley 1, T. P. Kersten 1, * 1 HafenCity University Hamburg, Photogrammetry & Laser Scanning Lab, Überseeallee 16, D-20457 Hamburg, Germany - (Alexander.Walmsley, Thomas.Kersten)@hcu-hamburg.de Commission II KEY WORDS: 3D, historic town, modelling, reconstruction, virtual reality, virtual city ABSTRACT: As virtual reality and 3D documentation and modelling technologies become increasingly powerful and affordable tools for architecture, planning, and cultural heritage preservation and communication, it has become increasingly important to develop low- cost methodologies for the creation of 3D immersive virtual environments and interactive experiences. Doing so makes this technology more viable for institutions such as museums and other cultural institutions, who often work within strict budgets. In this paper, we describe a workflow used to build an interactive, immersive virtual reality experience around a virtual city model of the town of Stade (Germany) in the year 1620. This virtual city model is based on a physical 3D model of the town, exhibited in the Stade town hall. The workflow begins with the digitization of this model using digital photogrammetry, followed by the subsequent low- and high-polygon modelling of the individual architectural assets in Autodesk Maya, texture mapping in Substance Painter and finally visualisation within Unreal Engine 4. The results of this workflow are a detailed 3D historical environment with a high degree of realism and in which interactivity can easily be added.
    [Show full text]
  • Wassertouristisches Konzept Schwinge
    ABSCHLUSSBERICHT Konzeption zur Attraktivierung des wassertouristischen Angebotes entlang des Flusses Schwinge inspektour GmbH Tourismus- und Regionalentwicklung Hamburg, 18.07.2018 Hansestadt Stade| Wassertourismus entlang des Flusses Schwinge| © inspektour GmbH | 18.07.2018 Seite | 1 ABSCHLUSSBERICHT Konzeption zur Attraktivierung des wassertouristischen Angebotes entlang des Flusses Schwinge Auftraggeber: Hansestadt Stade Silvia Nieber Rathaus Bürgermeisterin Hansestadt Stade Hökerstraße 2 tel: +49 (0)41 41 401 100 21682 Stade [email protected] Auftragnehmer: inspektour GmbH Ralf Trimborn Tourismus- und Regionalentwicklung Geschäftsführender Gesellschafter Osterstraße 124 tel: +49 (0)40 414 3887 40 20255 Hamburg [email protected] Gefördert durch: Hansestadt Stade| Wassertourismus entlang des Flusses Schwinge| © inspektour GmbH | 18.07.2018 Seite | 2 Gesamtübersicht Seite 1 Projekteinführung 05 Hintergrund und Zielsetzung Untersuchungsgebiet 2 Situationsanalyse 09 Wasserflächen 09 Wasertouristische Infrastruktur 16 Wassertouristisches Angebot 21 Wassertouristisches Marketing 27 Zentrale Ergebnisse Onlinebefragung 28 Zentrale Ergebnisse DestinationBrand 2017 30 3 Potenzialanalyse 31 Trends im Tourismus / Wassertouristische Trends 31/34 Wertschöpfung und regionale Effekte 39 Zielgruppen- und Nachfragepotenziale 40 Vermarktungs- und Vertriebspotenziale 42 SWOT 46 4 Gebietsübergreifende Ansätze und Kooperationen 48 Bundesebene 48 Metropolregion Hamburg 50 5 Ableitungen 51 Vision 51 Übergeordnete Ziele 52 Handlungsfelder und
    [Show full text]
  • Gewässerökologische Studie Der Elbe (1984)
    Arbeitsgemeinschaft für die Reinhaltung der Elbe Schleswig- Holstein Cuxhaven Hamburg Schnackenburg Niedersachsen Gewässerökologische Studie der Elbe von Schnackenburg bis zur See 1984 A R B E I T S G E M E I N S C H A F T F Ü R D I E R E I N H A L T U N G D E R E L B E G E W Ä S S E R Ö K O L O G I S C H E S T U D I E D E R E L B E H y d r o g r a p h i e d e r E l b e - H i s t o r i s c h e E n t w i c k l u n g A u s b a u m a ß n a h m e n u n d d e r e n A u s w i r k u n g e n G e w ä s s e r ö k o l o g i s c h e B e d e u t u n g d e r u n t e r s c h i e d l i c h e n B i o t o p e l e m e n t e d e r E l b e V o r s c h l ä g e z u r E r h a l t u n g u n d V e r b e s s e r u n g d e s a q u a t i s c h e n Ö k o s y s t e m s d e r E l b e ARGE ELBE: Freie und Hansestadt Hamburg Behörde für Bezirksangelegenheiten, Naturschutz und Umweltgestaltung Steindamm 22 2000 H A M B U R G 1 Der Niedersächsische Minister für Ernährung, Landwirtschaft und Forsten Calenbergerstr.
    [Show full text]