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.
Case studies tagged with Grassland
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.
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.
Place-based studies around peri-urban Edinburgh are working with policy makers to better understand society's socio-cultural values of green space. The exemplar aims to: Understand appreciation of ecosystem services in the Pentland Hills; Understand potential to offset urban development in East Lothian; Identify societal ecosystem services benefits in urban and peri-urban contexts; Assess the socio-cultural values of these ecosystem services; Apply, test and further develop ecosystem service valuation methods.
Exploring which policy strategies can balance the supply of and demand for mountain ecosystem services in the future? Mountains provide many ecosystem services to both, people living in and outside the mountains. In the Swiss Alps study area, the number of farms abandoned is increasing and traditional farming systems are in decline. Therefore, as in many European mountain regions, the provision of essential services is at risk. At the same time, touristic activities and settlement development enhance local demand for ecosystem services. New and integrated strategies in agricultural,...
We aim to support regional and national decision-making on landscape management and ecosystem services in Peru, through stakeholder involvement and research on tradeoffs between ecosystem services.
Viridian were asked to model an entire lowland catchment of approximately 750 km2 for a basket of ecosystem services, so the client could better understand where to focus effort on the ground, assist with planning, inform stakeholder engagement and influence policy formation.
To restore a Victorian cemetery from a state of neglect to provide a community green space, whilst maintaining and celebrating the heritage of the site as well as its conservation and ecological value.
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.
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...
The overall objectives of the Bari city authorities are to improve urban quality, reduce the urban heat island effect and manage storm water.
Improving green areas and their functions is a crucial part of achieving this goal and is addressed by several plans within Bari’s multi-level planning system. This multi-level planning consists of:
- the city itself, which is responsible for statutory land-use planning;
- the metropolitan area of Bari, which has powers only for strategic planning;
- the Apulia Region, which is responsible for overarching plans in areas ...
The 2010 city-region plan ‘Structural Vision: Amsterdam 2040’, managed by the Department of Physical Planning, set the investment and project ambitions for the period 2010-2040. The strategy seeks to fulfil the vision of a creative and varied city, with an integrated public transport network, high quality urban planning, and investment in recreational green spaces, water and renewable energies. Water-related hazards, such as floods and storm surges, are managed at all levels - city, regional and national. The ‘Agenda Groen 2015-2018’ (Green Agenda 2015-2018) includes specific ‘...
The city’s Grünlandkonzept (green space strategy) provides detailed strategic indications for local land use and infrastructure planning (Stadt Linz, 2013). Enhancing and protecting urban green areas is seen as a way of increasing the city’s attractiveness, and will also form part of the upcoming transformation of the city harbour area. Linz AG, a holding company owned by the municipality, is planning to position the harbour on the Danube river as an important regional and international business location, inter alia by means of intensive greening for parts of the area...
Genk’s multi-annual strategic plan for 2014-19 is a response to the closure of the Ford car manufacturing company. The main objective of the plan has been to use Genk’s natural and human capital for sustainable value creation. Nature-based solutions are an integral part of the plan, used to create blue-green connections (top-down approach) and promote social inclusion (bottom-up approach).
The Greater London Authority (GLA) participants in the BRIDGE FP7 project identified the primary planning goals for the Central Activities Zone (CAZ) as to: (a) increase green space; (b) improve air quality; (c) reduce the UHI effect (heat island) and (d) prevent flash floods, with climate change adaptation and mitigation seen as a cross cutting issue.
London has a number of plans aimed at addressing these challenges, including:
- The Mayor’s London Plan in which two goals relate to urban green space and aim ...
Rotterdam aims to be 100 % climate-proof by 2025. This is the goal expressed in the city’s climate change adaptation programme. This means that by 2025 measures will already have been taken to ensure that each specific area is minimally disrupted by climate change both then and throughout the following decades. Furthermore, all urban planning in Rotterdam will take into account long-term foreseeable climate change while allowing for contingencies.
The ‘waterproof city’ is robust and resilient with a mix of paving and vegetation. The focus is on adaptive measures whereby rainwater is...
In the framework of "Vision Ljubljana 2025", the city has adopted several sustainability-oriented strategic documents, especially the:
Urban Master Plan (83% of all city development is directed towards renewing existing developed areas and brownfields). This is the most important planning instrument for green spaces in the city.
Environment Protection Programme 2014-20, aiming to protect and enhance the natural environment in the city.
The Serra de Collserola Natural Park aims to regulate urban microclimate, enhance biodiversity and offer opportunities for education, recreation and leisure, sense of place and aesthetic values.
The overall objectives are to enhance drought resilience and food and nutrition security of vulnerable populations of the Bale Eco-region, by protect biodiversity, ecosystem services and increasing resilience and well-being of highland/lowland communities.
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...
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...
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...
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.
Developing a green infrastructure plan in Santiago as a shared territorial strategy and a means of unifying different stakeholders relevant for decision making and implementation at different spatial scales. This was achieved through a participatory approach including multiple stakeholders, workshops, and collective mapping sessions. This approach identified the principal issues, the justification of the plan, the goals, and the key spatial components.
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.