Versions Compared

Key

  • This line was added.
  • This line was removed.
  • Formatting was changed.

...

Netherlands

Institute

Person(s)

Deltares contact

Topic(s)

NIOO-KNAW

Liesbeth Bakker

Ellis

 

Delft University of Technology

Wim Uijttewaal, Andres Vargas Luna

Ellis, Jasper, Erik, Bregje, Bas B.

Flow resistance, mixing, forces, river meandering

Twente Univeristy

Erik Horstman

 

Flow and sediment transport in mangroves

NIOZ

Tjeerd Bouma

Bregje, Luca, Jasper

Landscape development, forces, trade-offs, patch interaction

University of Utrecht

Maarten Kleinhans, Hans Middelkoop

Erik, Mijke

River planform development, bank stability

UNESCO-IHE

Arthur Mynett, Ken Irvine, Alessandra Crosato

 

River meandering

 

International

Institute

Person(s)

Deltares contact

Topic(s)

University of Antwerp

Jonas Schoelynck, Patrick Meire, Stijn Temmerman, Kerst Buijs

Ellis, Jasper, Luca

Rivers and brooks, water quality, flow resistance, salt marsh development

University of Hannover

Maike Paul

Ellis, Jasper

Forces on real and surrogate plants under waves

University of Lyon

Sara Puijalon

 

Adaptation of plants to flow regime

Oxford University

Iris Moeller

Bregje

Stability and wave attenuation of salt marshes

University of Trento

?

 

Braided rivers, large wooden debris

National University of Singapore

SK Oong

Ellis, Jasper

In-stream wetlands

Queen Mary University of London

Angela Gurnell

Erik

Braided rivers, large wooden debris

IRSTEA

Deborah Slawson

 

?

ONR

?

Ap, Arnold

Wave damping over salt marshes

 

 

 

 

European projects

Name

Institutes

Deltares contace

Topic(s)

FAST

Oxford University (UK), GeoEcoMar (RO), Cadiz University (ES), NIOZ (NL)

Bregje, Mindert, Myra

Remote sensing + assessment of wave attenuation by wetlands

Hydralab IV, PISCES

U. Hull (UK), NTNU (NO), FZK (GER), CNRS (FR), U. Loughborough (UK), GeoEcoMar (RO)

Ellis, Jasper

Establish procedures for working with biota and surrogates in flumes and in the field; comparison of characteristics that influence flow