Assessing ecosystem service delivery and the options for biodiversity offsetting (compensation measures for biodiversity impacts). Also, the future resilience of offsetting in the context of climate change is being studied.
Identification of the health of the coral reef of St.Eustatius. The reefs are important drivers for dive tourism, they support local fisheries and they protect against storms.
Demonstrating the benefits of incorporating a network of green spaces in the urban planning. This multifunctional "green infrastructure" network supplies ecosystem services and benefits to the city.
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.
This exemplar aims to identify and communicate areas and management solutions that synergistically support biodiversity conservation and climate change mitigation, as well as the growing demand to feed an increasing global population, using the ecosystem services concept.
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...
Analysing future land use trajectories and their effects on networks of biodiversity and ecosystem services for the Grenoble urban area. It will offer a better knowledge of mechanisms underpinning ecosystem services as well as analysing trade-offs and synergies between biodiversity, critical ecosystem services and territorial management. Further it will facilitate appropriation of tools and concepts by stakeholders and support the integration of the complexity of ecological functioning into debates on territorial planning and management.
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.
This short film introduces Berlin as one of the European cities aligned with the URBES - Urban Biodiversity and Ecosystem Services project. The URBES project was funded as part of the EU's 7th Framework Programme for Research by BiodivERsA, which is a network of 21 research-funding agencies across 15 European countries promoting pan-European research that generates new knowledge for the conservation and sustainable management of biodiversity.
Assessing ecosystem service delivery and the options for biodiversity offsetting (compensation measures for biodiversity impacts). Also, the future resilience of offsetting in the context of climate change is being studied.
This study aims to identify and communicate areas and management solutions that synergistically support biodiversity conservation and climate change mitigation, as well as the growing demand to feed an increasing global population, using the ecosystem services concept.
Informing policy makers at national and EU level about the short and long term consequences of forest bioenergy production and its trade-offs for other ecosystem services.
A climate proof city that is economically strong and attractive.
Through climate change adaptation the city of Rotterdam can improve its social and ecological value.
A network of attractive open spaces as a counterpoint to the region's grey infrastructure.
The vision is to create a network of attractive, accessible, welcoming and diverse open spaces that functions as a counterpoint to the region’s grey infrastructure.
Stresstest to raise awareness of threats and opportunities of climate change in the Rotterdam region.
Innovative multifunctional green urban space on heavily sealed surfaces of an inner city location.
Rapid urbanisation in the Philippines has given rise to many challenges as increasing infrastructure developments contribute to reduced open spaces and increased energy consumption.
Both the public and private construction sectors are responding by reshaping the cityscape and designing building structures that are as environmentally responsive as they are beautiful and compact. Now, buildings should not only be sturdy and spacious, they should also be efficient in energy consumption and adaptive to the changing environment.
LafargeHolcim Philippines (LafargeHolcim) has...
The objective of the LIFE-EnviFriendly project was to demonstrate low cost, nature based solutions that if used by all farmers within a watershed it will improve the water quality of the waters significantly. The NbS used in this case was a riparian forest restoration coupled with a river bank erosion protection.
Objective of these prototype moss installations was to find out the possible challenges of using moss in different locations and structures. We need to know what type of moss can be used and what are the actual costs of building moss green roofs and walls.
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.
The main purpose of the roof is to offer an unique green environment to the residents in the house. In the project every surface, also on the ground below, is maximized with greenery. The greenery offers a range of ecosystem services which also benefits the neighbors and the city. The main purpose of the roof is to offer an unique green environment to the residents in the house. In the project every surface, also on the ground below, is maximized with greenery. The greenery offers a range of ecosystem services which also benefits the neighbors and the city.
The main purpose of the roof is to offer an unique green environment to the residents in the house. In the project every surface, also on the ground below, is maximized with greenery. The greenery offers a range of ecosystem services which also benefits the neighbors and the city.
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.
Tallinn is the capital of Estonia and with a population of 451209 people as of 1 September 2018 (Tallinn citizens’ census, 2018 - Tallinn citizens’census, https://www.tallinn.ee/est/Tallinna-elanike-arv). Tallinn is the largest city in Estonia, inhabiting 34.2% of the total population[1]. Tallinn is situated on the coast of the Gulf of Finland of the Baltic Sea and covers a territory of 159.37 km2
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Using the widely used Policy Support System tools at www.policysupport.org as a basis, we built an insurance industry-relevant policy support system called Eco:Actuary. The objective of this project is to to co-develop and test the Eco:Actuary with NAIAD project partners & stakeholders in the fluvial non-tidal Thames as a DEMO catchment in the NAIAD project.
EcoActuary is an open-access catastrophe model capable of assessing the impact of NbS on local and downstream assets at risk of flood. It simulates a minimum of 1200 spatial...
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
The project ProGIreg is funded by the European Commission under the Horizon 2020 programme and will run from June 2018 until 2023. ProGIreg stands for ‘productive Green Infrastructure for post-industrial urban regeneration’: nature for renewal. ProGIreg develops self-sustaining business models for nature-based solutions, based on a scientific assessment of the multiple benefits they provide for social, ecological and economic regeneration.Together, local citizens, governments, businesses, NGOs and universities design the nature-based solutions and make them happen.
The overall objective of BEGIN is to demonstrate at target sites how cities can improve climate resilience with Blue-Green Infrastructure involving stakeholders in a value-based decision- making process to overcome its current implementation barriers.
BEGIN’s driving ambition is to substitute traditional ‘grey infrastructure’ such as concrete for ‘blue-green infrastructure’ (BGI) such as parks, rivers, and lakes.
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 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...
For several reasons, protecting important ecological areas in Lisbon from urbanisation has become difficult. Remnant areas of natural habitat have gained particular importance in consolidating the green corridors network, benefiting from the fact that much of this land is still within the municipality’s property holdings. The “Lisbon Green Plan” published in 1996 set out the approach used in 2008 to implement safeguarding measures to protect the ecological structure under development threat at that point. It triggered an update to the Lisbon Master Plan at a time when climate issues were...
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,...
In the second part of the 20th century, three major challenges led towards a new thinking and the implementation of river restoration as a nature-based solution at the Isar.
First, after decades of river regulation, water diversion and hydro-morphological modifications, the resulting degraded morphological status and related losses of ecological and social quality triggered serious concerns from civil society and citizens.
Second, the Isar River was very popular for swimming and other water-related outdoor recreational activities as one of the key elements of the local...
Xochimilco is an important tourist attraction for Mexico City and because of thi,s public policies have been focused in conservation, tourism infrastructure and ecotourism. Therefore there is now a priority to address social and environmental challenges including: the dredging and cleaning of the canals, garbage collection and reforestation of channels, exotic species control, improving the hydraulic infrastructure, Axolotl conservation, Chinampas rehabilitation, and productive projects.
Natural systems or nature based solution have been suggested and implemented in order to reduce...
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.
This case study examines in particular the interface between four sets of plans and strategies, providing important context for further examination of meso- and micro-scale interventions covered in subsequent sections. This case also touches on other formally adopted plans and strategies only in relation to the above meso- and micro- scale initiatives, in an attempt to better understand contexts.