To mitigate environmental pressures, including air pollution and urban heat island effects and to improve urban resilience, the municipal government in Beijing has launched the largest afforestation Programme in 2012, Beijing Plain Area Afforestation Programme (BPAP). The aim was to create huge forest patches, develop urban forest park clusters and optimise the large-scale forest patterns. By 2015, BPAP has created green strategies with nine green wedges, multiple green belts, and green corridors around Beijing's old city centre. More than 70,000 hectares of forest (more than 54 million trees) have been planted, and the survival rate has exceeded 95%. BPAP has been considered one of the most ambitious projects for a high-density urbanised area like Beijing. [1, 5]
Overview
Nature-based solution
- Grey infrastructure featuring greens
- Alley and street greens
- Green parking lots
- Green playgrounds and school grounds
- Parks and urban forests
- Large urban parks or forests
- Pocket parks/neighbourhood green spaces
- Green corridors and green belts
Key challenges
- Climate action for adaptation, resilience and mitigation (SDG 13)
- Climate change adaptation
- Climate change mitigation
- Environmental quality
- Air quality improvement
- Green space, habitats and biodiversity (SDG 15)
- Habitat and biodiversity restoration
- Green space creation and/or management
- Regeneration, land-use and urban development
- Promotion of naturalistic urban landscape design
- Health and well-being (SDG 3)
- Creation of opportunities for relaxation and recreation
- Social justice, cohesion and equity (SDG 10)
- Environmental education
Focus
Project objectives
Implementation activities
Climate-focused activities
Climate change adaptation:
- Increase or improve urban vegetation cover to help reduce outdoor temperature
- Create or improve outdoor spaces to help people escape from urban heat
Climate change mitigation:
- Increase green urban nature for carbon storage (wetlands, tree cover)
- Implement sustainable forest management measures to increase carbon sinks/ improve carbon storage
Biodiversity conservation or restoration-focused activities
Biodiversity restoration:
- Rehabilitate and restore damaged or destroyed ecosystems
- Restore species (native, endangered, or unspecified)
- Public engagement
Main beneficiaries
- Local government/Municipality
- Public sector institution (e.g. school or hospital)
- Researchers/University
- Citizens or community groups
Governance
Management set-up
- Government-led
Type of initiating organisation
- Regional government
- Local government/municipality
Participatory approaches/ community involvement
- Dissemination of information and education
- Joint implementation (e.g. tree planting)
Details on the roles of the organisations involved in the project
Project implemented in response to ...
Financing
Total cost
Source(s) of funding
- Public regional budget
- Public local authority budget
Type of funding
- Earmarked public budget
- Direct funding or subsidy
Non-financial contribution
Impacts and Monitoring
Environmental impacts
- Climate, energy and emissions
- Lowered local temperature
- Enhanced carbon sequestration
- Environmental quality
- Improved air quality
- Improved protection against strong wind
- Green space and habitat
- Promotion of naturalistic styles of landscape design for urban development
- Increased green space area
- Reduced biodiversity loss
- Increased number of species present
Economic impacts
- Unknown
Socio-cultural impacts
- Social justice and cohesion
- Improved social cohesion
- Improved access to urban green space
- Increased involvement of locals in the management of green spaces
- Health and wellbeing
- Gain in activities for recreation and exercise
- Cultural heritage and sense of place
- Improvement in people’s connection to nature
- Education
- Increased knowledge of locals about local nature
Type of reported impacts
Presence of formal monitoring system
Presence of indicators used in reporting
Presence of monitoring/ evaluation reports
Availability of a web-based monitoring tool
References
2. European Union and Clearing House (n.d.). Beijing Plain Area Afforestation Programme. A joint initiative between H2020 and Clearing House project. Beijing. URL: Source link. Accessed on 24th March, 2022.
3. Network Nature. (n.d.) Network Nature Case Study on Beijing Plain Area Afforestation Programme. URL: Source link. Accessed on 24th March, 2022.
5. Food and Agriculture Organization of the United Nations (2018) Forests and Sustainable Cities. Inspiring stories from around
the world, FAO. Edited by FAO. Rome, Italy: FAO. Accessed on 24th March, 2022.
6. Jin, J., Wang, C. and Jia, B. (2018) ‘Coupling analysis of landscape pattern and thermal fields after the afforestation in Beijing
plain area’, Chinese Journal of Applied Ecology, 29(11), pp. 3723–3734. doi: 10.1017/Source link. Accessed on 24th March, 2022.
7. Pei, N. et al. (2018) ‘Long-term afforestation efforts increase bird species diversity in Beijing, China’, Urban Forestry and Urban
Greening, 29(November 2017), pp. 88–95. doi: 10.1016/j.Source link. Accessed on 24th March, 2022.
8. Yao, N. et al. (2019) ‘Beijing’s 50 million new urban trees: Strategic governance for large-scale urban afforestation’, Urban
Forestry and Urban Greening, 44(January). doi: 10.1016/j.Source link. Accessed on 24th March, 2022.