Ghent University Academic Bibliography

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- Journal Article
- A2
- open access
Validation of large-scale particle image velocimetry to acquire free-surface flow fields in vegetated rivers

Stéphan Creëlle (UGent) , Rebeca Roldan, Anke Herremans, Dieter Meire, Kerst Buis, Patrick Meire, Tomas Van Oyen (UGent) , Tom De Mulder (UGent) and Peter Troch (UGent)

(2018) JOURNAL OF APPLIED WATER ENGINEERING AND RESEARCH. 6(3). p.171-182
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Pilot project using curtailment to increase the renewable energy share on the distribution network

Tine L Vandoorn, Lieven Degroote, Pieter Lindeboom, Dieter Meire, Lieven Vandevelde (UGent) and Patrick Reyniers

(2017) Proceedings of the 24th International Conference and Exhibition on Electricity Distribution.
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What is a macrophyte patch? Patch identification in aquatic ecosystems and guidelines for consistent delineation

Jonas Schoelynck, Stéphan Creëlle (UGent) , Kerst Buis, Tom De Mulder (UGent) , Willem-Jan Emsens, Thomas Hein, Dieter Meire, Patrick Meire, Tomasz Okruszko, Stefan Preiner, et al.

(2017) ECOHYDROLOGY & HYDROBIOLOGY. p.1-9
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- Journal Article
- A1
- open access
Resistance and reconfiguration of natural flexible submerged vegetation in hydrodynamic river modelling

Veerle Verschoren, Dieter Meire (UGent) , Jonas Schoelynck, Kerst Buis, Kris D Bal, Peter Troch (UGent) , Patrick Meire and Stijn Temmerman

(2016) JOURNAL OF ENVIRONMENTAL FLUID MECHANICS. 16(1). p.245-265
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Biogeomorphic feedback between plant growth and flooding causes alternative stable states in an experimental floodplain

Chen Wang, Qaio Wang, Dieter Meire, Chuanquing Wu, Zhen Meng, Johan Van de Koppel, Peter Troch (UGent) , Ronny Verhoeven (UGent) , Tom De Mulder (UGent) and Stijn Temmerman

(2016) ADVANCES IN WATER RESOURCES. 93(B). p.223-235
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- Journal Article
- A1
- open access
Different morphology of Nuphar lutea in two contrasting aquatic environments and its effect on ecosystem engineering

Jonas Schoelynck, Kris Bal, Veerle Verschoren, Ellis Penning, Eric Struyf, Tjeerd Bouma, Dieter Meire (UGent) , Patrick Meire and Stijn Temmerman

(2015) EARTH SURFACE PROCESSES AND LANDFORMS. 39(15). p.2100-2108
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- PhD Thesis
- open access
Interaction between water flow and macrophytes : an experimental and numerical study of flow and sedimentation in vegetation patches

Dieter Meire (UGent)

(2014)
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- Conference Paper
- P1
- open access
Patches in a side-by-side configuration: a description of the flow and deposition fields

Dieter Meire (UGent) , John Kondziolka and Heidi Nepf

(2014) RIVER FLOW 2014. p.401-408
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- Journal Article
- A1
- open access
Interaction between neighboring vegetation patches : impact on flow and deposition

Dieter Meire (UGent) , John Kondziolka and Heidi Nepf

(2014) WATER RESOURCES RESEARCH. 50(5). p.3809-3825
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Validation of LSPIV to acquired 2D surface flow fields in vegetated lowland rivers

Rebeca Roldán González (UGent) , Stéphan Creëlle (UGent) , Dieter Meire (UGent) , Peter Troch (UGent) , Tom De Mulder (UGent) , Kerst Buis and Patrick Meire

(2014) 11th conference on Hydroscience & Engineering, Abstracts. p.1-1

Academic Bibliography

Validation of large-scale particle image velocimetry to acquire free-surface flow fields in vegetated rivers

Pilot project using curtailment to increase the renewable energy share on the distribution network

What is a macrophyte patch? Patch identification in aquatic ecosystems and guidelines for consistent delineation

Resistance and reconfiguration of natural flexible submerged vegetation in hydrodynamic river modelling

Biogeomorphic feedback between plant growth and flooding causes alternative stable states in an experimental floodplain

Different morphology of Nuphar lutea in two contrasting aquatic environments and its effect on ecosystem engineering

Interaction between water flow and macrophytes : an experimental and numerical study of flow and sedimentation in vegetation patches

Patches in a side-by-side configuration: a description of the flow and deposition fields

Interaction between neighboring vegetation patches : impact on flow and deposition

Validation of LSPIV to acquired 2D surface flow fields in vegetated lowland rivers

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