River restoration for flood protection and ecological habitat creation, Tiantangzhai, Anhui, China - Experience -（AFD financed)
River restoration for flood protection and ecological habitat creation, Tiantangzhai, Anhui, China
Increase Biodiversity
Shanxi Qixian Wetland Park Restoration Project -Experience- AFD financed
Project introduction:
The Changyuanhe river is in Qixian, Jinzhong City, Shanxi Province, in North and Middle China and become the main axis of the project, both by its cultural and ecological important for the country. In the past, there were large areas of marsh wetlands along the river, which can regulate and enrich the ecological diversity with good water power. Today the contrast between the upstream natural area (which is still well preserved) and the downstream area (which is dry for four months of the year) is astonished. The project aims to afforest the 30km river...
Naturfelder association
Founding an association that has the goal to procure suitable land and spaces and to convert them into flower meadows and insect habitats. Focus of this association is the concrete action of procuring the spaces, surveying them with experts, making individual concepts, securing financing for the conversion and making sure it actually happens. The assiciation is taking Naturfelder Issum e.V. as a template.
BEGIN (Blue Green Infrastructure through Social Innovation)
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.
Mirafiori Sud Living Lab
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 Portable Modular Natural Biological System, PM-NBSTM developed by AYALA WATER & ECOLOGY
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
Habitat enhancement of stone clad sea walls.
Seawalls are usually seen only as flood alleviation structures rather than as having other possible functions to benefit the wide environment. Where new walls are being installed there is opportunity to include more sympathetic “nature friendly” textured finishes to improve or maintain biodiversity. Where seawalls are already installed, retrofit enhancement measures provide significant opportunities. Small alterations were made to the mortar pointing between decorative stone cladding of a section of vertical concrete wall during construction of the Shaldon and Ringmore Tidal Defence Scheme...
St. Eunan's Community Greenspace
The Council’s Open Space Strategy of 2011 identified the Drumry and Linnvale area of Clydebank as lacking access to natural or semi-natural green space. 80% of people in the area live within 500 metres of vacant and derelict land, 31% of children are living in poverty and the area has a higher than average percentage of single parent households. This compares with 62% in West Dunbartonshire as a whole and only 20% in Scotland. The Council’s Open Space Strategy of 2011 identified the area as lacking access to green space. This project provides an opportunity to extend open space and...
NHS Grampian: Foresterhill Health Campus
The objective of the project is to reduce the areas of impermeable surfacing and develop a connected green network across the campus.
Key aims:
- Createa series of destination greenspaces
- Develop a connected green network across campus
- Develop an integrated water management system across campus
Greater Easterhouse Green and Blue Network
The project will involve the creation of two green-blue infrastructure corridors which will connect to the large Seven Lochs Wetland Park. The green networks will provide communities in the Greater Easterhosue area with a green connection to the larger wetland park but will also provide them with a local greenspace.
Key aims:
- Create and improve multi-functional and connected greenspaces
- Creation of habitats
- Reduce flood risk
- Improve health and well-being of local communities