Bryologische Untersuchungen Im Speyerbach
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Increasing Importance of Forest Hydrology in a Changing Climate for Forest and Water Management
Increasing Importance of Forest Hydrology in a Changing Climate for Forest and Water Management Prof. Dr. Gebhard Schueler Research Institute for Forest Ecology and Forestry Rhineland-Palatinate Germany Capacity Building Workshop Forest Management and Water Regulation Global Water Partnership – Mediterranean (GWP-Med) 16th – 17th December 2020 Outline Forest Hydrology Landuse Management Ecosystem Services Climate Change Providing Drinking and Process Water Drought – Risk of Forest Health and Vitality Risk Mitigation for Flood and Flashflood Generation and Precautionary Water Retention Forest Hydrology Forest hydrology deals with the water balance of forests and natural woodlands (landscape water balance), in particular, precipitation in and outside of forests (rainfall, snow, mist, interception, throughfall) evapotranspiration, groundwater recharge, runoff behavior (runoff, runoff process) in dependency on forest types (tree species composition, stand type, stand age) and forest management measures. The investigation of the effects of recent forest damage on the water balance has gained special http://www.geodz.com/deu/d/Forsthydrologie Soil Water Reserve in Forests depends upon Precipitation and Evapotranspiration 300 Speyerbach-Schwemmfächer (HA1) 1988-1990 300 / Throughfall Evapotranspiration [l/qm] 275 275 250 250 225 225 200 200 175 175 150 150 125 125 100 100 75 75 plant available soil water reserve [l/qm] reserve soilwater availableplant 50 50 25 25 0 0 01.01.1988 31.01.1988 01.03.1988 31.03.1988 30.04.1988 30.05.1988 29.06.1988 -
Observations of German Viticulture
Observations of German Viticulture GregGreg JohnsJohns TheThe OhioOhio StateState UniversityUniversity // OARDCOARDC AshtabulaAshtabula AgriculturalAgricultural ResearchResearch StationStation KingsvilleKingsville The Group Under the direction of the Ohio Grape Industries Committee Organized by Deutsches Weininstitute Attended by 20+ representatives ODA Director & Mrs. Dailey OGIC Mike Widner OSU reps. Todd Steiner & Greg Johns Ohio (and Pa) Winegrowers / Winemakers Wine Distributor Kerry Brady, our guide Others Itinerary March 26 March 29 Mosel Mittelrhein & Nahe Join group - Koblenz March 30 March 27 Rheingau Educational sessions March 31 Lower Mosel Rheinhessen March 28 April 1 ProWein - Dusseldorf Depart Observations of the German Winegrowing Industry German wine educational sessions German Wine Academy ProWein - Industry event Showcase of wines from around the world Emphasis on German wines Tour winegrowing regions Vineyards Wineries Geisenheim Research Center German Wine Academy Deutsches Weininstitute EducationEducation -- GermanGerman StyleStyle WinegrowingWinegrowing RegionsRegions RegionalRegional IdentityIdentity LabelingLabeling Types/stylesTypes/styles WineWine LawsLaws TastingsTastings ProWein German Winegrowing Regions German Wine Regions % white vs. red Rheinhessen 68%White 32%Red Pfalz 60% 40% Baden 57% 43% Wurttemberg 30% 70%*** Mosel-Saar-Ruwer 91% 9% Franken 83% 17% Nahe 75% 25% Rheingau 84% 16% Saale-Unstrut 75% 25% Ahr 12% 88%*** Mittelrhein 86% 14% -
Influential Parameters of Surface Waters on the Formation of Coating Onto Tio2 Nanoparticles Under Natural Conditions
Electronic Supplementary Material (ESI) for Environmental Science: Nano. This journal is © The Royal Society of Chemistry 2021 Influential parameters of surface waters on the formation of coating onto TiO2 nanoparticles under natural conditions Narjes Tayyebi Sabet Khomami a, Parthvi Mayurbhai Patel a, Cynthia Precious Jusi a, Vanessa Trouillet b, Jan Davida, Gabrielle. E. Schaumanna, Allan Philippe a* * Corresponding author a iES Landau, Institute for Environmental Sciences, Koblenz-Landau University, Fortstrasse 7, 76829 Landau, Germany. b Institute for Applied Materials (IAM) and Karlsruhe Nano Micro Facility (KNMF), Karlsruhe Institute of Technology (KIT), 76344 Eggenstein-Leopoldshafen, Germany. 1 Table S1: The locations of surface water (SW) sites and their descriptions. Abbr. Site GPS Location Type of Description landscape SW1 Rehbach 49° 21′ 20″ N urban Is tributary of the Speyerbach river which flows through the Winziger 8° 9′ 19″ E Wassergescheid in Neustadt Weinstrasse. SW2 Speyerbach 49°19'04.8"N urban The Speyerbach is a left tributary of the Rhine river and flows through the 8°26'49.5"E southern palatinate forest as splits into smaller water courses before emptying out into the Rhine. SW3 Bischofsweiher 49°20'40.4"N forest Bischofsweier is an artificial lake dammed from inflows from the 8°05'18.2"E Kaltenbrunnertalbach stream and serves as a recreational fishing lake. SW4 Kaltenbrunnertal 49°20'40.4"N forest Kaltenbrunnertalbach is a stream that flows from the northern summit of -bach 8°05'18.2"E Hüttenhohl and maintains its course through the southern palatinate forest before emptying into Rehbach. SW5 Modenbach 49°16'12.4"N agricultural Modenbach is a stream, just under 30 kilometers long, and a right-hand tributary 8°10'58.4'' E of the Speyerbach. -
Wasserversorgungsplan Rheinland-Pfalz Teilgebiet 7
Wasserversorgungsplan Rheinland-Pfalz Karte 4 Teilgebiet 7 - Versorgungsstruktur - Rohwasserförderung und Fremdbezug 2013 STW Deidesheim GmbH (Teilgebiet 6) 245 Haßloch Speyer Re hbach 2 5 h 64 c 69 a Neustadt 1.994 rb a.d. Weinstrasse. 4.659 ye Rhein Spe Haßloch 4 zu 1 Speyer Kirrweiler zu (Pfalz) Sp zu ey 300 Venn- Altdorf 4.396 erb zu ingen 40 5 ach Hanhofen Rodt zu Böb- zu unter ingen zu Dudenhofen Edes- Riet- Maikammer Neustadt Gommers heim burg a.d. Weinstrasse. heim Maikammer Dudenhofen zu zu 3 Kirrweiler Sankt 11 Kirrweiler Edenkoben (Pfalz) zu zu zu Martin (Pfalz) Wilgartswiesen zu zu Zu Gom- Bö- zu Harthausen Römerberg Hainfeld mers- 570 Gommersheim Landau Weyher bin- heim i. d. Pfalz i.d.Pf. zu gen Alt- Flem- zu zu Bö- dorf Edenkoben Altdorf ling- Rosch zu Edes bingen 267 en bach Burrweiler heim Edenkoben Venningen Schwegenheim zu 737 zu zu Frankweiler Rosch- Venningen 6 zu Klingbach bach Wals-- heim Freisbach zu Rhodt unter Großfischlingen Freimersheim Weingarten 470 Albersweiler Böch- 10 zu ingen Rietburg (Pfalz) Gleisweiler Rarnberg zu Weyher Hainfeld (Pfalz) Römerberg zu zu zu i.d.Pfalz Kleinfischlingen Annweiler Siebel- Edes- Hain- 1.071 190 am Trifels dingen heim feld Edesheim zu ch zu zu a 7 Flemlingen nb Westheim Birk - Wals- e heim Burrweiler Rosch- d weiler Flem- o (Pfalz) Lingenfeld Dernbach zu bach Essingen M Trinkwasserverbund Böchingen lingen Knö- 1.025 Eußerthal Gleisweiler ringen Hochstadt Lustadt Böch- Walsheim Lingenfeld Bründelsberg GmbH (Pfalz) 14 ingen Frankweiler 9 Germersheim Rinnthal 790 Zeiskam Queich Wilgartswiesen Albers- 1.822 weiler Landau 600 Annweiler am Siebel- Born- ch heim 24 ei dingen i. -
Annual Progress Report EU
Council Annual Progress Report on Actions taken under the CNL(21)36 Implementation Plan for the Calendar Year 2020 – EU – Germany Annual Progress Report on Actions taken under the Implementation Plan for the Calendar Year 2020 The Annual Progress Reports allow NASCO to evaluate progress on actions taken by Parties / jurisdictions to implement its internationally agreed Resolutions, Agreements and Guidelines and, consequently, the achievement of their objectives and actions taken in accordance with the Convention. The following information should be provided through the Annual Progress Reports: • any changes to the management regime for salmon and consequent changes to the Implementation Plan; • actions that have been taken under the Implementation Plan in the previous year; • significant changes to the status of stocks, and a report on catches; and • actions taken in accordance with the provisions of the Convention. In completing this Annual Progress Report please refer to the Guidelines for the Preparation and Evaluation of NASCO Implementation Plans and for Reporting on Progress, CNL(18)49. These reports will be reviewed by the Council. Please complete this form and return it to the Secretariat no later than 1 April 2021. Party: European Union Jurisdiction / Region: Germany 1: Changes to the Implementation Plan 1.1 Describe any proposed revisions to the Implementation Plan (Where changes are proposed, the revised Implementation Plans should be submitted to the Secretariat by 1 November). The response to question 4.3 (a)(i) will be revised in accordance with the recommendations of the NASCO IP Review Group and submitted to the Secretariat on time. 1.2 Describe any major new initiatives or achievements for salmon conservation and management that you wish to highlight. -
Collected Sequence of the Rhine and Nahe Terraces at Bingen
Results of recent Terrace Research in the Middle Rhine Valley Fig. 1.: Downstream Correlation Diagram of River-Terraces in the Lower Nahe & Upper Middle Rhine Valley. Fig. 2 & Tab. 1: Collected Sequence of the Rhine and Nahe Terraces at Bingen-Trechtingshausen Downstream Correlation Diagram of River Terraces in the Lower Nahe & Upper Middle Rhine Valley correlated with Pollen Records and Marine Isotope Stages. Collected Terrace- MIS Elevation of Assumed Difference Incision at Lower Nahe Valley Upper Middle Rhine Valley Lower Lahn Valley Age Palaeomagnetic Marine Isotope Stages (MIS) Mean Temp.°C Sequence Base NW-European Age labels Terr. Base Mean in Age Collected 18 Nahe / Rhein LowerGÖRG Nahe(1984) Valley Upper PMiddleREUSS, BURGER & SRhineIEGLER (2015) Valley Lower ALahnNDRES & SEWERING Valley(1983); (Ma) Record (Ma) (δ OOcean‰) in July (Pollen) (m a.s.l.) Stages (Ma) Nahe / Nahe/Rhine Age Nahe/Rhine Sequence 5 4 0° 10° 20° SEWERING (1993) tRh 11.2 78 Rhine (No.) (m a.s.l.) (Ma) (Ma) Nahe/Rhine GÖRG (1984) PREUSS, BURGER & SIEGLER (2015) ANDRES & SEWERING (1983); 2 tRh 11.1 81 Weichselian (mm/a) 4 tRh 10 84 SEWERING (1993) 6 Eemian tNa 12. 1 75 0,00 0,01 0,30 tRh 9. 90 Saalian tNa 11.2 1-2 78 0,01 0,01 0,30 8 tRh 8.2 94 tNa 11.1 2 81 0,02 0,04 0,08 10 tRh 8.1 101 Holsteinian tNa 10. 4 84 0,06 0,08 0,08 12 tRh 7.4 108 Elsterian tRh 7.3 114 tNa 9. 6 90 0,14 0,11 0,04 Elevation m a.s.l. -
Pham Thi Minh Thu
Institut für Wasserwirtschaft und Kulturtechnik Universität Karlsruhe (TH) A Hydrodynamic-Numerical Model of the River Rhine Pham Thi Minh Thu Heft 213 Mitteilungen des Instituts für Wasserwirtschaft und Kulturtechnik der Universität Karlsruhe (TH) mit ″Theodor-Rehbock-Wasserbaulaboratorium″ Herausgeber: Prof. Dr.-Ing. Dr. h. c. Franz Nestmann, Ordinarius 2002 A Hydrodynamic-Numerical Model of the River Rhine Zur Erlangung des akademischen Grades eines DOKTOR-INGENIEURS der Fakultät für Bauingenieur- und Vermessungswesen der Universität Fridericiana zu Karlsruhe (TH) genehmigte DISSERTATION von Dipl. -Ing. Pham Thi Minh Thu aus Hanoi, Vietnam Tag der mündlichen Prüfung: 13. Februar 2002 Hauptreferent: Prof. Dr.-Ing. Dr. h.c. mult. Franz Nestmann 1. Korreferent: Prof. Dr.-Ing. Helmut Scheuerlein 2. Korreferent: Prof. Dr.-Ing. habil. Hans Helmut Bernhart Karlsruhe, 2002 Vorwort Der Rhein unterliegt seit Jahrhunderten anthropogenen Eingriffen, die sich auf das Ablaufverhalten von Hochwasserwellen auswirken. Der Schutz und die Wiederherstellung ökologisch funktionsfähiger, naturnaher Gewässer ebenso wie eine bessere Hochwasserregulierung sind wesentliche Aufgaben der Wasserwirtschaft, wobei eine gesamtheitliche Betrachtungsweise erforderlich ist. Um die hydraulischen Auswirkungen einer Rückgewinnung von Retentionsräumen auf Hochwasserereignisse zu quantifizieren, wurde von Frau Dr. Minh Thu in dieser Forschungsarbeit ein hydrodynamisch-numerisches Modell für die gesamte deutsche Teilstrecke des freifließenden Rheins erstellt. Es besteht aus -
Results of Recent Terrace Research in the Middle Rhine Valley
Results of Recent Terrace Research in the Middle Rhine Valley A lot of questions concerning the sequence of terraces in the Middle Rhine Valley as well as their genetic dependence on geological, geomorphological and climatic processes remain insufficiently answered. So far, three issues in particular have required further examination: -The phenomenon of the horizontal consistency ("Horizontalkonstanz") of the main terraces cannot be explained coherently. -Studies from adjoining valleys of the Nahe and Lahn rivers, have identified larger numbers of terraces within the upper terrace group (ANDRES & SEWERING 1983; GÖRG 1984; SEWERING 1993). -Unsolved problems concerning the positions and ages of the older (äHT) and younger (jHT) main terraces. Given these problems, we started re-mapping the terraces of the Upper Middle Rhine Valley by conducting numerous borehole drillings. Our results, which we combined with the findings presented in previous studies, demonstrate the existence of a total of 28 alluvial sediment bodies in the valleys of the rivers Nahe and Rhine between Bad Kreuznach, Bingen and Boppard (GÖRG 1984; PREUSS 1983; ANDRES & PREUSS 1983; PREUSS, BURGER & SIEGLER 2015). For the Lower Middle Rhine Valley we mainly used the publications of BIBUS (1980), HOSELMANN (1994) AND BOENIGK & HOSELMANN (2003). For the Moselle and Lahn CORDIER et al. (2006, 2014) and SEWERING (1993) provided helpful insights. Further information was obtained from FUCHS et al. (1983), BIBUS & SEMMEL (1977)AND SEMMEL (2009). .The Downstream Correlation Diagram (DCD) of river terraces in the Lower Nahe and Upper Middle Rhine Valley (see Fig. 1) contains 28 alluvial sediment bodies. They were identified at key locations with more than 720 borehole drillings, many of them in clusters, which in most cases reached the rockbed of the river terraces. -
Annales Scientifiques Wissenschaftliches Jahrbuch 2011
2011 2012 SOMMAIRE TOME / BAND 16 – 2011-2012 • Première observation en France de l’Ecrevisse calicot, Orconnectes immunis (Hagen, 1870) - COLLAS M.,BEINSTEINER D., FRITSCH S., MORELLE S. & L’HOSPITALIER M. ............................................................ 18-36 • Die Forsthäuser in und um Speyerbrunn Baukulturelles Erbe und Symbol für die Kulturlandschaft Pfälzerwald - FINKBEINER J. .................. 38-73 • Flusskrebse im Einzugsgebiet von Saarbach und Eppenbrunner Bach - Er- fassung und grenzüberschreitender Schutz autochthoner Flusskrebsarten im Biosphärenreservat „Pfälzerwald – Vosges du Nord“ - IDELBERGER S., SCHLEICH S., OTT J. & WAGNER M. ....................................... 74-98 • Wooge auf die Agenda des Biosphärenreservats ? Bedeutung, Bewertung und zukünftige Bewirtschaftung der prägenden Gewässer im Pfälzerwald - KOEHLER G., FREY W., HAUPTLORENZ H. & SCHINDLER H. ..... 100-117 • Der Biosphärenturm - ein innovatives Alleinstellungsmerkmal zur Baum- kronenforschung - LAKATOS M., WIRTH R., SPITZLEY P., LEDERER F. & BÜDEL B. ............................................................................... 118-129 • Suivi de la mortalité routière de la faune le long de la route départementale reliant Bitche à Sarreguemines - MORELLE S. & GENOT J.-C. ....... 130-143 Annales • La conservation des arbres d’intérêt biologique dans le Parc naturel régional des Vosges du Nord. Un premier bilan - PASCAL B. .................... 144-153 scientifiques • La réactualisation des ZNIEFF dans le Parc naturel régional des Vosges -
Stocking Measures with Big Salmonids in the Rhine System 2017
Stocking measures with big salmonids in the Rhine system 2017 Country/Water body Stocking smolt Kind and stage Number Origin Marking equivalent Switzerland Wiese Lp 3500 Petite Camargue B1K3 genetics Rhine Riehenteich Lp 1.000 Petite Camargue K1K2K4K4a genetics Birs Lp 4.000 Petite Camargue K1K2K4K4a genetics Arisdörferbach Lp 1.500 Petite Camargue F1 Wild genetics Hintere Frenke Lp 2.500 Petite Camargue K1K2K4K4a genetics Ergolz Lp 3.500 Petite Camargue K7C1 genetics Fluebach Harbotswil Lp 1.300 Petite Camargue K7C1 genetics Magdenerbach Lp 3.900 Petite Camargue K5 genetics Möhlinbach (Bachtele, Möhlin) Lp 600 Petite Camargue B7B8 genetics Möhlinbach (Möhlin / Zeiningen) Lp 2.000 Petite Camargue B7B8 genetics Möhlinbach (Zuzgen, Hellikon) Lp 3.500 Petite Camargue B7B8 genetics Etzgerbach Lp 4.500 Petite Camargue K5 genetics Rhine Lp 1.000 Petite Camargue B2K6 genetics Old Rhine Lp 2.500 Petite Camargue B2K6 genetics Bachtalbach Lp 1.000 Petite Camargue B2K6 genetics Inland canal Klingnau Lp 1.000 Petite Camargue B2K6 genetics Surb Lp 1.000 Petite Camargue B2K6 genetics Bünz Lp 1.000 Petite Camargue B2K6 genetics Sum 39.300 France L0 269.147 Allier 13457 Rhein (Alt-/Restrhein) L0 142.000 Rhine 7100 La 31.500 Rhine 3150 L0 5.000 Rhine 250 Doller La 21.900 Rhine 2190 L0 2.500 Rhine 125 Thur La 12.000 Rhine 1200 L0 2.500 Rhine 125 Lauch La 5.000 Rhine 500 Fecht und Zuflüsse L0 10.000 Rhine 500 La 39.000 Rhine 3900 L0 4.200 Rhine 210 Ill La 17.500 Rhine 1750 Giessen und Zuflüsse L0 10.000 Rhine 500 La 28.472 Rhine 2847 L0 10.500 Rhine 525 -
Proof of Reproduction of Salmon Returned to the Rhine System
Proof of reproduction of salmon returned to the Rhine system Year of spawning proof (reproduction during the preceding autumn/winter) Project water - Selection of the most important First Countr tributaries (* no stocking) salmon y System stocking 1994 1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020 D Wupper- Wupper / / / / / / / / 0 / / / / / (X) / / / / / / / / / / X Dhünn Dhünn 1993 / / / / / / / / 0 / / X X / / / / / / / / / / / XX XX Eifgenbach / / / / / / / / / / / / 0 / / / / / / / / / / / / / D Sieg Sieg NRW X / / / / / / X 0 XX / / / / / / / / XX / XX 0 0 0 / / / Agger (lower 30 km) X / / / / / / 0 0 XXX XXX XXX XX XXXX XXXX XXXX / / XXX XXX XXX XXX XXX XX XX XX XX Naafbach / / / / / / / XX 0 / XXX XXX XXX XXXX XXXX XXXX / / XXX XXX XXX XXXX XXX XXX 0 XX XX Pleisbach / / / / / / / 0 / / 0 / / X / X / / / / / / / / / / Hanfbach / / / / / / / / 0 / 0 X / / / / / / / / / / / / / / Bröl X / / X / / / 0 0 XX XX 0 XX XXX / XXX / / / XX XXX XXX XX XXX / / Homburger Bröl / / / / / / / 0 0 / XX XXX XX X / / / / / / 0 XX XX 0 / / 0 Waldbröl / / / / / / / 0 0 / 0 0 XXX XXX / 0 / / / / XXX 0 0 0 / / 0 Derenbach / / / / / / / / / / / / 0 / / / / / / / / / / / / / Steinchesbach / / / / / / / / / / / / 0 / / / / / / / / / / / / / Krabach / / / / / / / / / / / X / / / / / / / / / / / / / / Gierzhagener Bach / / / / / / / / 0 / / / / X / / / / / / / / / / / / Irsenbach / / / / / / / / 0 / / / / / / / / / / / / / / / / / Sülz / / / / / / / 0 0 / / / XX / / / / / -
Mitigation of Aquatic Nonpoint- Source QFTUJDJEF Pollution With
Mitigation of aquatic nonpoint- source QFTUJDJEFpollution with WFHFUBUFEUreatment systems Dissertation Z[ur Erlangung des akademischen Grades eines Doktors der Naturwissenschaften Fachbereich 7: Natur- und Umweltwissenschaften Universität Koblenz-Landau Campus Landau vorgelegt am 26.10.2011 von David Elsaesser geb. am 14. Januar 1978 in Mannheim Referent: Prof. Dr. Ralf Schulz Korreferent: Jun.-Prof. Dr. Ralf Schäfer 1 Earth is a water planet on which the quality of water defines the quality of life. Good water, good life. Poor Water, poor life. No water, no life. Sir Peter Blake, Nairobi 2001 2 Danksagung . 3 Danksagung Danksagung . Die vorliegende Arbeit wurde im Rahmen des EU-Life Projekts ArtWET am Institut für Umweltwissenschaften der Universität Koblenz-Landau, Campus Landau verfasst. Allen Menschen die mich in dieser Zeit unterstützt haben möchte ich danken. Ralf Schulz für die intensive wissenschaftliche Betreuung mit zahlreichen Gesprächen und die konstruktive Kritik, Lena Elsaesser für die viele geschenkte Zeit, die ich mit dem Verfassen dieser Arbeit verbracht habe, die unzähligen Gespräche, die die Arbeit auf eine allgemeinverständliche Basis gebracht haben und für die Korrekturarbeit, Christoph Stang für die Hilfe bei der Versuchsvorbereitung, Durchführung und Analyse, für die Gespräche und Korrektur, Sebastian Stehle für die Hilfe bei der Statistik und Korrektur, Ralf Schäfer und Jochen Zubrod für die Hilfe im faszinierenden Nebelwald der Statistik, Therese Bürgi für die Unterstützung im Labor und Jone Kammerer für die Hilfe bei allen organisatorischen Fragen. Meinen Kindern Johanna, Jakob und Leah für die vielen Stunden, in denen ich mich nicht mit ihnen beschäftigen konnte. Vinay Mathew und Uli Elsaesser danke ich für die Korrektur der fertigen Arbeit und den Feinschliff der Sprache.