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| Regel 4: | Regel 4: | ||
|Name=Wietse van de Lageweg | |Name=Wietse van de Lageweg | ||
|Imagename=HZ-Wietse-van-de-Lageweg.jpg | |Imagename=HZ-Wietse-van-de-Lageweg.jpg | ||
|Profiletext=Wietse van de Lageweg is aardwetenschapper | |Profiletext=Wietse van de Lageweg is als aardwetenschapper primair geïnteresseerd in fluviatiele, estuariene en kustsystemen. Deze omgevingen worden gekenmerkt door steeds veranderende patronen in stroming en sedimenttransport en complexe interacties met vegetatie en fauna. | ||
Hij maakt gebruik van een verscheidenheid aan benaderingen, waaronder stroomgootexperimenten, numerieke modellering en veldwaarnemingen om deze systemen beter te begrijpen en te voorspellen hoe veranderingen in deze omgevingen van invloed zijn op de samenleving. | |||
Wietse promoveerde in 2013 aan de Universiteit Utrecht. Zijn PhD-project richtte zich op de morfodynamica en sedimentaire architectuur van meanderende rivieren. Daarna werkte | Wietse promoveerde in 2013 aan de Universiteit Utrecht. Zijn PhD-project richtte zich op de morfodynamica en sedimentaire architectuur van meanderende rivieren. Daarna werkte hij als postdoctoraal onderzoeksmedewerker bij het Department of Geography, Environment and Earth Sciences aan de University of Hull in Engeland. Zijn onderzoek richtte zich op de impact van klimaatverandering en aanpassing van kust- en fluviale systemen en maakte deel uit van het door de EU gefinancierde Hydralab+ project. Als onderdeel van stages in de Verenigde Staten en Nieuw-Zeeland bestudeerde hij ook de kustlijn-zandbalkkoppeling op het strand van Tairua in Nieuw-Zeeland en gebruikte hij het morfodynamische model Delft3D om hydrodynamica, sedimenttransport, morfodynamica en conservering van zand en modder in het estuarium van de Columbia River in Amerika te simuleren. | ||
In 2018 werkte Wietse als kustmorfologie-expert bij AnteaGroup Belgium. Met behulp van het kustlijnmodel UNIBEST-CL+ simuleerde hij kustlijnveranderingen na de aanleg van een mogelijke megasuppletie langs de Vlaamse kust. | |||
|ProfiletextEn=Wietse van de Lageweg is an Earth scientist with a primary interest in fluvial, estuarine and coastal systems. These environments are characterised by ever changing patterns in flow and sediment transport and complex interactions with vegetation and animals. he employs a variety of approaches including flume experiments, numerical modelling and field observations to better understand these systems and how changes in these environments may impact society. | |ProfiletextEn=Wietse van de Lageweg is an Earth scientist with a primary interest in fluvial, estuarine and coastal systems. These environments are characterised by ever changing patterns in flow and sediment transport and complex interactions with vegetation and animals. he employs a variety of approaches including flume experiments, numerical modelling and field observations to better understand these systems and how changes in these environments may impact society. | ||
Wietse obtained his PhD at Utrecht University in 2013. His PhD project focussed on the morphodynamics and sedimentary architecture of meandering rivers. Then, Wietse worked as a postdoctoral research associate within the Department of Geography, Environment and Earth Sciences at the University of Hull (UK). His research focused on climate change impact and adaptation of coastal and fluvial systems and was part of the EU-funded Hydralab+ project. As part of traineeships in the USA and New Zealand, he also studied shoreline-sandbar coupling at Tairua beach in New Zealand and used the morphodynamic model Delft3D to simulate hydrodynamics, sediment transport, morphodynamics and preservation of sand and mud in the Columbia River Estuary, USA. In 2018, Wietse worked as a coastal morphology expert at AnteaGroup Belgium, based at Flanders Hydraulics Research in Antwerp. Using the coastline model UNIBEST-CL+, he simulated shoreline changes post-construction of a possible mega nourishment along the Flemish coast. | Wietse obtained his PhD at Utrecht University in 2013. His PhD project focussed on the morphodynamics and sedimentary architecture of meandering rivers. Then, Wietse worked as a postdoctoral research associate within the Department of Geography, Environment and Earth Sciences at the University of Hull (UK). His research focused on climate change impact and adaptation of coastal and fluvial systems and was part of the EU-funded Hydralab+ project. As part of traineeships in the USA and New Zealand, he also studied shoreline-sandbar coupling at Tairua beach in New Zealand and used the morphodynamic model Delft3D to simulate hydrodynamics, sediment transport, morphodynamics and preservation of sand and mud in the Columbia River Estuary, USA. In 2018, Wietse worked as a coastal morphology expert at AnteaGroup Belgium, based at Flanders Hydraulics Research in Antwerp. Using the coastline model UNIBEST-CL+, he simulated shoreline changes post-construction of a possible mega nourishment along the Flemish coast. | ||
Wietse's teaching role includes Ecological Engineering (2nd year class), the Master River Delta Development and supervision of Bachelor thesis students. | Wietse's teaching role includes Ecological Engineering (2nd year class), the Master River Delta Development and supervision of Bachelor thesis students. | ||
|Stakeholder=STKH 00002 | |Stakeholder=STKH 00002 | ||
