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Prof. Dipl.-Ing. Rudolf Metzka

Fakultät Bauingenieurwesen und Umwelttechnik

Lehrbeauftragte und Honorarprofessor/innen

Lehrbeauftragter

Sortierung:
Zeitschriftenartikel
  • Wolfgang Dorner
  • Rudolf Metzka
  • K. Spachinger
  • J. Mitterreite

Kommunales Flussgebietsmanagement an Gewässern III. Ordnung.

In: Mitglieder-Rundbrief des DWA Landesverbandes Bayern , pg. 44-48

(2005)

Vortrag
  • Wolfgang Dorner
  • Rudolf Metzka
  • K. Spachinger

Erosion on agricultural sites and sediment delivery to the river system.

Neusiedl/See, Österreich 2005.

(2005)

Vortrag
  • Wolfgang Dorner
  • Rudolf Metzka
  • K. Spachinger

Sustainable land use and the hydrological consequences.

Neusiedl/See, Österreich 2005.

(2005)

Vortrag
  • Wolfgang Dorner
  • Rudolf Metzka
  • K. Spachinger
  • C. Schrenk

Flood risk management plan – relevance of the hydrological behaviour of a catchment.

Belgrad, Serbien 2006.

(2006)

Vortrag
  • Wolfgang Dorner
  • Rudolf Metzka
  • K. Spachinger
  • C. Schrenk

Hochwasserrisikomanagement.

Waidhofen an der Ybbs, Österreich 2006.

(2006)

Vortrag
  • Rudolf Metzka
  • K. Spachinger
  • B. Riedel
  • F. Dullinger
  • Wolfgang Dorner

Integrated Land Use Planning and River Basin Management.

Waidhofen an der Ybbs, Österreich 2006.

(2006)

Vortrag
  • Wolfgang Dorner
  • M. Porter
  • Rudolf Metzka
  • B. Eitel

Economics in River Basin Management - Water related upstream-downstream relationships in river basins.

Bochum 2006.

(2006)

Vortrag
  • Wolfgang Dorner
  • Rudolf Metzka
  • K. Spachinger
  • C. Schrenk

Hochwassergefahrenkarten.

Waidhofen an der Ybbs, Österreich 2006.

(2006)

Beitrag in Sammelwerk/Tagungsband
  • Wolfgang Dorner
  • Rudolf Metzka
  • K. Spachinger

Flussgebietsmanagement im Spiegel der integrierten ländlichen Entwicklung.

(2006)

Vortrag
  • Wolfgang Dorner
  • Rudolf Metzka
  • K. Spachinger

Flussgebietsmanagement im Spiegel der integrierten ländlichen Entwicklung Integrierte ländliche Entwicklung.

Passau 31.5.2006.

(2006)

Vortrag
  • Wolfgang Dorner
  • Rudolf Metzka
  • K. Spachinger
  • C. Schrenk

Flood risk management plan - Relevance of the hydrological behaviour of a catchment, in Bruck.

Belgrad, Serbien 28.-31.08.2006.

(2006)

Beitrag in Sammelwerk/Tagungsband
  • Wolfgang Dorner
  • Rudolf Metzka
  • K. Spachinger

Integrated land use planning and river basin management.

  • In:
  • International River Foundation

(2007)

Zeitschriftenartikel
  • Wolfgang Dorner
  • M. Porter
  • Rudolf Metzka

Are floods in part a form of land use externality.

In: Geophysical Research Abstracts (vol. 9)

(2007)

Abstract anzeigen

Peak and volume of river flows are functions ofthe catchment surface characteristics. This means that anyimpacts to the run-off regime (for example surface sealingand river training) could affect people and land users in thelower system. The costs of flood defence or compensationof damages are usually not included in the economic calcu-lation of the upstream land owner or land user. In economicterms these effects are referred to as unidirectional externali-ties. This paper presents a methodology to identify externali-ties related to land use and run-off and describes the relevantcause-effect relations and how they can be modelled. TheHerzogbach is a small tributary of the Danube River in LowerBavaria. It is located in a rural area, dominated by intensivefarming practices. A combination of hydrological and hy-draulic modelling provided the core of the project methodol-ogy to allow the interpretation of economic data. Compar-isons of damage estimates resulting from different hydrolog-ical scenarios based on different land uses, and flood miti-gation costs were used to show the economic significance ofhuman impacts.
Beitrag in Sammelwerk/Tagungsband
  • Wolfgang Dorner
  • Rudolf Metzka
  • K. Spachinger

Vulnerability analysis on a catchment scale - Statistical and GIS approach to derive a vulnerability index.

  • In:
  • J. Schanze

pg. 207

(2007)

Beitrag in Sammelwerk/Tagungsband
  • Wolfgang Dorner
  • Rudolf Metzka
  • K. Spachinger

User oriented development and usability of flood maps - the case of disaster management.

  • In:
  • J. Schanze

pg. 199

(2007)

Vortrag
  • Wolfgang Dorner
  • Rudolf Metzka
  • K. Spachinger

Economic aspects of flood protection enhancements.

Wien, Österreich 2007.

(2007)

Beitrag in Sammelwerk/Tagungsband
  • Wolfgang Dorner
  • Rudolf Metzka
  • K. Spachinger
  • C. Schrenk

Hochwasserrisikomanagement- Wie hängen Bauwesen, Risikokultur und Klimawandel zusammen?.

(2007)

Zeitschriftenartikel
  • Wolfgang Dorner
  • K. Spachinger
  • Rudolf Metzka

Statistical and GIS approach for vulnerability assessment on a catchment scale.

In: Geophysical Research Abstracts (vol. 9)

(2007)

Vortrag
  • Wolfgang Dorner
  • Rudolf Metzka
  • K. Spachinger

Vulnerability analysis on a catchment scale – statistical and GIS approach to derive a vulnerability index.

Dresden 2007.

(2007)

Beitrag in Sammelwerk/Tagungsband
  • Wolfgang Dorner
  • M. Porter
  • Rudolf Metzka

Are flood related costs land use externalities.

  • In:
  • J. Schanze

pg. 216

(2007)

Vortrag
  • Wolfgang Dorner
  • Rudolf Metzka
  • K. Spachinger
  • K. Serrhini
  • S. Fuchs

Flood risk and perception – RISKCATCH.

Wien, Österreich 2007.

(2007)

Vortrag
  • Wolfgang Dorner
  • M. Porter
  • Rudolf Metzka

Are flood related costs land use externalities.

Dresden 2007.

(2007)

Vortrag
  • Wolfgang Dorner
  • M. Porter
  • Rudolf Metzka

Are floods in part a form of land use externality?.

  • European Geosciences Union.

Wien, Österreich 2007.

(2007)

Vortrag
  • Wolfgang Dorner
  • M. Porter
  • Rudolf Metzka

Economic assessment of natural flood detention.

Canberra, Australien 2007.

(2007)

Vortrag
  • Wolfgang Dorner
  • Rudolf Metzka
  • K. Spachinger

User oriented development and usability of flood maps – the case of disaster management.

Dresden 2007.

(2007)

Vortrag
  • Wolfgang Dorner
  • Rudolf Metzka
  • K. Spachinger

Statistical and GIS approach for vulnerability assessment on a catchment scale.

  • European Geosciences Union.

Wien, Österreich 2007.

(2007)

Beitrag in Sammelwerk/Tagungsband
  • Wolfgang Dorner
  • K. Spachinger
  • Rudolf Metzka
  • S. Fuchs
  • K. Serrhini

Development of land use and flood risk - analysis, assessment, measures.

(2007)

Zeitschriftenartikel
  • Wolfgang Dorner
  • K. Spachinger
  • Rudolf Metzka

Economic aspects of flood protection enhancements.

In: Geophysical Research Abstracts (vol. 9)

(2007)

Vortrag
  • Wolfgang Dorner
  • Rudolf Metzka
  • K. Spachinger

Development of land use and flood risks - analysis, assessment, measures.

Brisbane, Australien 6.9.2007.

(2007)

Vortrag
  • Wolfgang Dorner
  • B. Riedel
  • F. Dullinger
  • Rudolf Metzka
  • K. Spachinger

Flussgebietsmanagement – Alles nur graue Theorie?.

  • Technische Hochschule.

Deggendorf 28.09.2007.

(2007)

Vortrag
  • Rudolf Metzka
  • H. Gruber

Integriertes Wassermanagement für den Bayerischen Wald?.

  • Technische Hochschule.

Deggendorf 28.09.2007.

(2007)

Beitrag in Sammelwerk/Tagungsband
  • S. Fuchs
  • Rudolf Metzka
  • K. Spachinger
  • Wolfgang Dorner
  • et al.

Development of flood risk in mountain catchments and related perception (RISKCATCH).

(2008)

Zeitschriftenartikel
  • Wolfgang Dorner
  • M. Porter
  • Rudolf Metzka

Are floods in part a form of land use externality?.

In: Natural Hazards and Earth System Sciences (vol. 8) , pg. 523-532

(2008)

DOI: 10.5194/nhess-8-523-2008

Abstract anzeigen

Peak and volume of river flows are functions of the catchment surface characteristics. This means that any impacts to the run-off regime (for example surface sealing and river training) could affect people and land users in the lower system. The costs of flood defence or compensation of damages are usually not included in the economic calculation of the upstream land owner or land user. In economic terms these effects are referred to as unidirectional externalities. This paper presents a methodology to identify externalities related to land use and run-off and describes the relevant cause-effect relations and how they can be modelled. The Herzogbach is a small tributary of the Danube River in Lower Bavaria. It is located in a rural area, dominated by intensive farming practices. A combination of hydrological and hydraulic modelling provided the core of the project methodology to allow the interpretation of economic data. Comparisons of damage estimates resulting from different hydrological scenarios based on different land uses, and flood mitigation costs were used to show the economic significance of human impacts.

Labore

Wasserbau

Kernkompetenzen

Hydrologie, Hydraulik, Hochwasserschutz und Wasserversorgung