Ecological enhancement of hard coastal structures. Project aimed to mitigate expected habitat losses associated with improving coastal defences for both the natural substrate & pre-existing defences within Natural 2000 site, & minimise future habitat losses due to sea level rise & coastal squeeze.
Case studies tagged with Coastal
This exemplar aims to: Map and describe existing and potential use and non-use community-held values of the estuary; Elicit community-held preferences and willingness to pay for coastal land use and management on landscape-scale; Test impacts of deliberation on preferences for estuarine land in a workshop setting; Contextualise study findings through institutional analysis; Identify ecosystem values held by land-owners and their attitudes towards coastal realignment; Understand future visions for the estuaries from diverse stakeholders; Test operational potential and impact of valuation...
Collaborating to halt declining biodiversity: Despite designation as a Marine Protected Area, biodiversity in the Faial-Pico Channel is falling. Our aim: to collaborate with local stakeholders and policy-makers and apply the AQUACROSS Assessment Framework to understand social and ecological aspects of the Channel, and identify actions to efficiently and equitably ensure the Channel’s long-run sustainability, balancing the objectives of commercial and recreational fishers, tourism operators, and other local stakeholders.
The Ecosystem-based Disaster Risk Reduction (Eco-DRR) project aims to reduce disaster risks in the Municipality of Port Salut through a landscape or ridge-to-reef approach.
- Sustainable flood risk management: It will provide a higher standard of protection to the area
- Creation of compensatory intertidal habitat: Delivering 183ha of intertidal habitat, including mudflat, saltmarsh and transitional grassland.
- Involvement of local communities: Creating new access routes and viewpoints
Supporting the design of policies and planning instruments to ensure the sustainable management of natural capital stocks and the delivery of critical ecosystem services in the Natural Park. Engaging local stakeholders and decision makers throughout the process to promote awareness raising and social learning.
- Establishing nature-based solutions for coastal resilience
- Restoring ecosystems and their functions
- Developing climate change adaptation; improving risk management and resilience
The Dutch coastal zone is prone to flooding. The Netherlands has chosen to protect the coast by means of soft adaptive solutions such as (mega) suppletions with the aim of maintaining the coastline (…) Before the construction of the sand engine, some 12 million cubic metres of sand suppletions were dumped along the Dutch coast annually. ...
One of the consequences of global warming is the sea level rise. In urban settings along coastlines, rising seas threaten not only houses, but also several types of infrastructures such as industries, roads, power plants, freshwater aquifers, etc. Rising sea-level also pushes destructive storm surges further inland, posing very high risks for coastal populations, as storm surges can push water kilometers inland, causing extreme flooding far from the coast.
The Portuguese ReDuna project aims to restore the natural capacity of the Almada sand dune-beach ecosystem to healthily...
The AQUACROSSCase Study aims to improve the knowledge base available to stakeholders to enable a more informed decision-making process toward the achievement of the Biodiversity Strategy targets, including the provisioning of ecosystem services. This includes several existing European marine policy frameworks: Habitats and Birds Directives, MSFD, CFP & IMP.
To improve and validate a portable, modular, enery-free, decentralized water treatment system, the PM-NBSTM, to remediate source water to high quality for resuse, filling a major gap in small agglomerations and remote areas where good quality waters are needed and no other solution is feasible
To create a new wetland reserve on a brown field site and agricultural land to mitigate the loss of mudflats in Cardiff Bay and the two designated species that were displaced when the Taff/Ely SSSI was destroyed.
Assessing the co-beneficiary management of seagrass ecosystems for Blue Carbon around the Balearic Islands. Blue Carbon is the term used to refer to the carbon captured and stored by coastal ecosystems, including mangrove forests, tidal saltmarshes and seagrass meadows.
Analysing the expression of socio-cultural values in a coastal setting, considering the contribution that ecosystem service approaches can make within the land use or spatial planning arena. People attach socio-cultural values to the natural environment just as they do to other aspects of life. Cultural ecosystem services are strongly influenced by these values and provide tangible and intangible benefits to people when they interact with nature. Often in decision making the less tangible cultural ecosystem services benefits are overlooked and unaccounted when considering the overall value...
The city’s green and blue areas have a long history, and are even today seen as an important and integrated part of the city of Malmö, as reflected in the recent Master Plan. The ambitions are to create a close, dense, green and mixed functioning city, with densification as a driver, rather than expansion into the outside highly productive farmland. Urban green is a vital component of the future of the city and, in the master plan, is brought forward under such diverse headings as Green City, Green and Blue Environments, Biodiversity, Countryside and Agriculture, Children’s Perspectives,...
The very recent interest in Nature-Based Solutions (NBS) from the Peruvian Ministry of Environment MINAM, provides opportunity to strengthen policies and to create synergies between different initiatives to manage the city's water security and climate change challenges; tackling – at the same time – social and equality challenges (such as water access and availability) which are usually treated separately from environmental issues. A range of different groups from academia, local governments, private business and NGOs are actively involved in: NBS discussions; design and application of...
In its 2016-2022 Development Plan the city has set out a vision for a ‘Sustainable, Resilient Dublin based on economy, environment and equity’ (1). The Development Plan’s principles for green infrastructure include sustainable buildings which should use ‘sustainable energy technologies and innovative design solutions such as living walls, roofs as well as solar panels’. NBS could help address climate change, environmental infrastructure, green infrastructure, open spaces and recreation, cultural heritage and sustainable communities and neighbourhoods (1). For example, sustainable urban...
The ongoing urban resilience project aims to improve living standard and resilience to extreme natural events through supplying flood management, water, and sanitation infrastructure.
Constructing and maintaining semi-fixed dunes on heavily used urban beaches to optimize the flows of ecosystem services, through collaboration with administrations and stakeholders. Dunes play a central role in coastal defence and protection against sea level rise linked to climatic change. Stakeholder mapping and social research will be used to learn how to shape social attitudes to make the year-round intensive recreational use of beaches compatible with the protection of the dunes.
Examining management scenarios related to the maintenance of a marina at the Dutch Wadden Sea Island Schiermonnikoog. Identifying how ecosystem services (ES) in a Natura 2000 area would be affected by different ways of depositing the dredging sludge. Gathering stakeholder feedback to advance the ES approach.
The Medmerry scheme realigned a section of coast to deliver better protection from coastal flooding for local people and to provide intertidal habitat for nature.
The Programme for Enhancing the Urban Green Infrastructure is an ambitious government measure approved in 2017. It establishes the main strategies for enhancing the quality and quantity of green infrastructure in Barcelona till 2030. Barcelona wants to renature the city and create, in this period, 165 ha of new green spaces, which increases the green spaces/inhabitant ratio by 1m2. As Barcelona is a compact city, there are various strategies to improve, transform or create new green spaces. The actions will take place at various urban scales (street, district or city scale) and...
Controlling and mitigating the heat island effect in Arará slum, northern Rio de Janeiro, based on the development and monitoring of green roofs, using epiphytes or lithophytes. Given the common uses of cement or metal, tiles required the development of specific techniques and materials to allow for the growth of vegetation while keeping the overall weight low for safety.
The aim is to develop realistic indicators to evaluate, manage and develop performant GBIs in cities and intensively managed landscapes. UrbanGaia explicitly focusses on analysis of ecological and socio-economic features of the many existing GBIs within a place-based and socio-ecological research framework. The project consists of three main approaches which converge in a transdisciplinary analysis of GBI performance: ecological science, political economic analysis and stakeholder co-creation.
To work with landowners to improve habitat management for wildlife and to promote soil management to help mitigate flooding, improve water quality and increase habitat for wetland birds.
1 Restore a more natural hydrological functioning that reconnects the surrounding hydrosystems (including the lagoons located further inland, the Mediterranean Sea and the Rhône River).
2 Restore the natural ecosystems characteristic of coastal lagoons and sandy coastlines, including dunes, salt steppes and saltmarshes.
3 Maintain or increase the carrying capacity for breeding colonial water birds.
4 Implement adaptive management to sea-level rise, creating accommodation space for water spread.
Protecting areas to protect biodiversity: The IBRM is home to several remarkable protected sites, high biodiversity richness and an important cultural heritage. However, pressures from human activities in the area are threatening these distinct values. Our aim is to use diverse data plus stakeholder input to understand the social and ecological system and design a multifunctional network of areas – that allow conservation, exploitation and restoration - and identify ideal sites for restoring degraded freshwater, coastal and marine ecosystems.
This national case-study assesses the use of Geocaching data to assess recreational ecosystem service delivery in the small island state of Malta. More specifically, the objectives of the study are to assess:
- the influence of the ecosystem type, distribution and accessibility on recreational ecosystem services delivery, and
- on the actual use (flow) of this ecosystem service measured using both geocache visitation data and questionnaires with geocachers that allow for a better understanding of their motivation determining ecosystem service flow.
The objective of the project is to investigate the future possibilities of green area development, by exploring the functionality of green areas on the roofs of apartment buildings and to gain insight into the impacts green roofs may have on housing and the sense of community.
Minimising the impacts of dredging and flood bank extension: In 2018/2019, in the Ria de Aveiro two management interventions will have negative unintended impacts on biodiversity: 1) a dredging programme to manage water flow and navigability in Ria de Aveiro coastal lagoon, and 2) the extension of a flood bank to stop surface saltwater intruding onto local farmland. The goal of this study is to apply adaptive management and minimise foreseen but unintended management challenges in a Natura 2000 protected area, which crosses fresh and marine waters, in the context of EU...
The public-private Coastbusters consortium aims to study and translate desired coastal protection functionality into designs that make use of the capability of ecosystem engineering species. In other words, does ecosystem creation and Nature-based Solutions’ technical design provide a more sustainable and cost-effective management approach to conventional coastal engineering? To answer this question, two Coastbusters research projects are executed, funded by the Flemish agency for Innovation and entrepreneurship (VLAIO) and co-funded by the industry (Dredging International part of the...