PR 00030: verschil tussen versies

Geen bewerkingssamenvatting
Geen bewerkingssamenvatting
 
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The HZ University of Applied Sciences is exploring the opportunity to create and maintain multi-purpose intertidal mussel beds by active management. By means of experimental and comparative experiments, we will test a number of factors that could be used to improve the chances of establishing intertidal mussel beds, and potentially lead to their enhanced ecological and economical value as well as a positive effect on sediment stability.
Mean sea level rise (SLR) could increase by 1.5m-2.5m by 2100, which would see damage caused by coastal flooding in Europe increase from €1.25bn per annum currently to €961bn in just over 80 years (European Commission, 2018). Urban areas situated along the 2 Seas (NL, Belgium, France, UK) coastline are particularly vulnerable to extreme SLR (a combination of SLR, tide and storm surges). Coastal flood plans and policies focus predominantly on deploying traditional grey infrastructure/heavy engineering and ignore the use of nature-based solutions (NBS), despite the overwhelming evidence of their potential to reduce flood risk and provide multiple benefits. NBS are often not considered by policy-makers in detail due to the perceived risks around costs, potential for success, requirements for immediate protection/improvement and uncertainties regarding future change.


In this experiment you will monitor the wave protection structures designed to facilitate the implementation of new mussel beds on the intertidal environment. It is going to be your task to monitor and evaluate the performance of the structure.
This project will focus on monitoring and evaluating a number of pilot Nature Based Solutions projects. What are the designs of these projects? What are their goals? Are they effective from a safety, ecology, and societal perspective? The Bankert Boulevard is an example of an NBS project part of this study but also some projects along the Belgian coast (e.g. Mariakerke sand nourishment) may be included.


'''Research type:''' Mostly desk analysis, field visits, potentially interviews/surveys  


'''Research level:''' graduation bachelor thesis project or internship


'''Research type:''' field research, desk analysis 
'''Prerequisite:''' knowledge on nature based solutions (e.g. morphological processes, ecology).


'''Research level:''' Water management students and/or Civil engineering students; minor, internship or graduation bachelor thesis project. 
'''Partners:''' Gemeente Vlissingen (focus), TU Delft, and potentially also some Belgian, French and UK councils and government departments
{{Project config}}
{{Project
|Name=Sustainable and Resilient Coastal Cities
|Supercontext=PR_00151
|Start date=2019/09/01
|End date=2020/02/01
|Summary=To conduct research implementing nature-based solutions in policy


'''Prerequisite:''' Driver’s License, interest in ecology, morphology, and fluid dynamics 
Research type: Mostly desk analysis, field visits, potentially interviews/surveys 


'''Partners:''' Rijkswaterstaat Zee en Delta, NIOZ, IMARES and Deltares,
Research level: graduation bachelor thesis project or internship


'''Client:''' João Paiva, Jildou Schotanus and Edwin Paree{{Project config}}
Prerequisite: knowledge on nature based solutions (e.g. morphological processes, ecology).
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|Show summary=Nee
|Supercontext=Building with Nature
|Show extra=Ja
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|Project type=Standaard
|Project type=Standaard
|Name=Additional Value in Mussels (meerwaarde met mosselen): Monitoring of Wave protection structures
|Create process and content pages=Nee
|Start date=2016/08/01
|Show info=Nee
|End date=2017/02/01
|Summary=The HZ University of Applied Sciences is exploring the opportunity to create and maintain multi-purpose intertidal mussel beds by active management. By means of experimental and comparative experiments, we will test a number of factors that could be used to improve the chances of establishing intertidal mussel beds, and potentially lead to their enhanced ecological and economical value as well as a positive effect on sediment stability.
In this experiment you will monitor the wave protection structures designed to facilitate the implementation of new mussel beds on the intertidal environment. It is going to be your task to monitor and evaluate the performance of the structure.
 
Research type: field research, desk analysis
Research level: Water management students and/or Civil engineering students; minor, internship or graduation bachelor thesis project.
Prerequisite: Driver’s License, interest in ecology, morphology, and fluid dynamics
Partners: Rijkswaterstaat Zee en Delta, NIOZ, IMARES and Deltares,
Client: João Paiva, Jildou Schotanus and Edwin Paree
}}
}}

Huidige versie van 18 mrt 2020 om 18:01

Mean sea level rise (SLR) could increase by 1.5m-2.5m by 2100, which would see damage caused by coastal flooding in Europe increase from €1.25bn per annum currently to €961bn in just over 80 years (European Commission, 2018). Urban areas situated along the 2 Seas (NL, Belgium, France, UK) coastline are particularly vulnerable to extreme SLR (a combination of SLR, tide and storm surges). Coastal flood plans and policies focus predominantly on deploying traditional grey infrastructure/heavy engineering and ignore the use of nature-based solutions (NBS), despite the overwhelming evidence of their potential to reduce flood risk and provide multiple benefits. NBS are often not considered by policy-makers in detail due to the perceived risks around costs, potential for success, requirements for immediate protection/improvement and uncertainties regarding future change.

This project will focus on monitoring and evaluating a number of pilot Nature Based Solutions projects. What are the designs of these projects? What are their goals? Are they effective from a safety, ecology, and societal perspective? The Bankert Boulevard is an example of an NBS project part of this study but also some projects along the Belgian coast (e.g. Mariakerke sand nourishment) may be included.

Research type: Mostly desk analysis, field visits, potentially interviews/surveys  

Research level: graduation bachelor thesis project or internship

Prerequisite: knowledge on nature based solutions (e.g. morphological processes, ecology).

Partners: Gemeente Vlissingen (focus), TU Delft, and potentially also some Belgian, French and UK councils and government departments































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