Karachi, Pakistan
City population: 17236000
Duration: 2015 – ongoing
Implementation status: Ongoing
Scale: Micro-scale: District/neighbourhood level
Project area: 12140 m2
Type of area: Previous derelict area, Other
Last updated: March 2023

Clifton Urban Forest was initiated by an individual named Shahzad Qureshi after Karachi witnessed its first “official” heat wave in 2015. More than 2000 people died in the region when temperatures reached over 120 degrees Fahrenheit in Karachi (Ref: 1,4). The major culprit for this heat wave was the ‘Urban heat Island’ effects, resulted from the congested concrete build-up and less green cover. At that time everybody started realizing the non-existence of green cover in the city is the reason behind the city being very hot. Qureshi saw a TED talk about the Miyawaki Method, a quickly growing dense urban forest and decided to give that a try. He believed that the Miyawaki Method, which promised a fast and sustainable forest within three years without using any pesticides and chemicals, could transform Karachi (Ref: 4,7). Therefore, in December 2015, he and his team planted the first pilot forest covering about 300 square meters based on Dr Akira Miyawaki’s Methodology in a city-owned site in the Clifton area of Karachi. The area previously was used as an open dumping site. The project landscape design was developed by a German-trained landscape architect on 3 acres area and turned into an urban forest park (Ref: 6, 9). When the project became successful, they expanded the forest to the whole park, which is almost 12,000 square meters. The current project envisions increasing the green cover to restore Karachi's degraded environment by creating evergreen and sustainable forests. It targets to feature 50,000 trees, more than 50 native species, 1.2 km of nature walkways, vegetable gardening, community composting, a butterfly garden, a children's natural playground, a fruit forest, a central lake and a skywalk (Ref: 2, 4). The created forest is self-sustaining with recycled wastewater. It has an organic vegetable garden that provides food for the community, a natural playground for kids, a lake for excess water storage, and a composting and recycling area that absorbs waste from 100 households around the park. Multiple school field trips have been arranged in the park to create awareness among the children about biodiversity and the natural ecosystem (Ref: 5, 6). Moreover, people have been actively visiting the Urban Forest and enjoying the interaction with native plants, and biodiversity and spending some peaceful time for relaxation and leisure (Ref: 9). The project has received a lot of national and international recognition and funds from Sugi Projects, the Rotary club and crowd-sourced from various corporations and individuals (Ref: 7). Since then, Qureshi and his team have created 24 more forests in Pakistan (Ref: 5, 6).

Aerial View of the forest
Source: (Ref: 1)

Overview

Nature-based solution

  • Blue infrastructure
  • Lakes/ponds
  • Parks and urban forests
  • Pocket parks/neighbourhood green spaces

Key challenges

  • Climate action for adaptation, resilience and mitigation (SDG 13)
  • Climate change adaptation
  • Climate change mitigation
  • Green space, habitats and biodiversity (SDG 15)
  • Habitat and biodiversity restoration
  • Green space creation and/or management
  • Water management (SDG 6)
  • Flood protection
  • Health and well-being (SDG 3)
  • Creation of opportunities for recreation

Focus

Creation of new green areas, Transformation of previously derelict areas

Project objectives

Pakistan is one of the most vulnerable countries to the effects of global warming with a relatively low forest cover, of 5.4% compared to its neighbours. The initiator of the project considered this when implementing the action, with the following goals: 1. To increase the tree cover as well as provide relief from heatwaves and combat the “urban heat island” effect - to revert the growing heat islands and water shortage in Karachi (Ref: 4, 10). 2. To attract local wildlife (therefore increasing biodiversity), mitigate urban flooding and provide new sources of food as well as counterbalancing the rapid urbanization in Karachi (Ref: 3). 3. To create an evergreen, sustainable forest, employ the Miyawaki method which involves planting native species together, usually two to eight plants per square yard. (Ref: 7). 4. To capture more carbon and address the urgency to restore ecosystems that encourage biodiversity (Ref: 8).

Implementation activities

Clifton Urban Forest Park was developed in 2015 as a pilot project to create a forest on a dumping site in Clifton, Karachi using the Miyawaki Method. The forest was designed by a German-trained landscape architect by considering the long-term sustainability and maximum community benefits in mind (Ref: 1, 3, 10). The project was first initially developed on an area of about 300 square meters which was then expanded to about 12000 square meters after successful results (Ref: 5, 6). The project has received recognition at national and international forums and also organized tree plantation and awareness-raising seminars for people. The project has received funding from Sugi Project, the Rotary Club, and also crowd-sourced from various corporations and individuals (Ref: 7). Also anyone can contribute PKR 1000 to plant a tree in the forest which includes its preparation, and care for three years (Ref: 2). After almost three years the forest had 1,200 trees of 32 native species, some as tall as 25 feet (7.62 metres). For a 100 square meter patch between 320 to 350 saplings comprising a mix of trees and shrubs of native varieties are planted (Ref: 5). The vegetables produced in this forest are also distributed in the neighbourhood as a goodwill gesture (Ref: 8). Almost 9,000 people have planted saplings in the urban forest park of Clifton and over 30 schools came on an educational trip to learn about the native species (Ref: 10). The area has been transformed with the planting of the forest. The forest looks dense. It is green and thriving, after a difficult first few months due to the aridity of the area. Pomegranates (Punica granatum) are now growing too. (Ref: 1) Visitors claim that they saw bird species in this park, that they have not seen in their life. As the urban forest is creating a habitat for them (Ref: 4). In 2018 work on a Lake/Reservoir started inside the forest. (Ref: 3)

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
  • Restore wetlands and/or coastal ecosystems to dissipate the effects of flooding and/or storms

Climate change mitigation:

  • Increase green urban nature for carbon storage (wetlands, tree cover)

Biodiversity conservation or restoration-focused activities

Biodiversity restoration:

  • Rehabilitate and restore damaged or destroyed ecosystems
  • Restore native species
  • Restore ecological connectivity

Main beneficiaries

  • Local government/Municipality
  • Researchers/University
  • Citizens or community groups
  • Young people and children

Governance

Management set-up

  • Led by non-government actors

Type of initiating organisation

  • Citizens or community group

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

The project has been developed by Shahzad Qureshi, an entrepreneur and supporter of urban forests. He bootstrapped Urban Forest with his personal savings and his team comprises only him and a couple of gardeners (Ref: 6). He developed it on the city-owned space which was previously used as an open dumping site on contractual terms to develop an urban forest. (Ref: 1,3,4). The project has received funding from Sugi Projects, and Rotary Club, and also crowd-sourced it from various corporations and individuals (Ref: 7). Moreover anyone can contribute PKR 1000 rupees to plant one tree which includes its organic biomass, organic fertilizer, soil preparation, plant sapling, watering and care for three years and contribute in it (Ref: 2).

Project implemented in response to ...

... an EU policy or strategy? No
... a national policy or strategy? Unknown
... a local policy or strategy? Unknown

Financing

Total cost

Unknown

Source(s) of funding

  • Corporate investment
  • Crowdfunding

Type of funding

  • Direct funding (grants, subsidies, or self-financed projects by private entities)
  • Donations

Non-financial contribution

Type of non-financial contribution
  • Provision of land
  • Provision of labour
  • Provision of expertise
Who provided the non-financial contribution?
  • Public authorities (e.g. land, utility services)
  • Citizens (e.g. volunteering)
  • Private sector (businesses, financial institution)

Impacts and Monitoring

Environmental impacts

  • Climate change
  • Lowered local temperature
  • Enhanced carbon sequestration
  • Water management and blue areas
  • Increased protection against flooding
  • Green space and habitat
  • Increased green space area
  • Reduced biodiversity loss
  • Increased number of species present

Economic impacts

  • Unknown

Socio-cultural impacts

  • Social justice and cohesion
  • Increased opportunities for social interaction
  • Education
  • Increased support for education and scientific research
  • Increased knowledge of locals about local nature

Type of reported impacts

Expected impacts, Achieved impacts

Presence of formal monitoring system

Yes

Presence of indicators used in reporting

Yes

Presence of monitoring/ evaluation reports

No evidence in public records

Availability of a web-based monitoring tool

No evidence in public records

References

Before/ After 2 years
Source: (Ref: 1)
Plantation of trees.
Source: (Ref: 8)
Development of lake
Source: (Ref: 8)
Awareness Campaign for plantation
Source: (Ref: 8)
Children on the field visit to Urban Forest.
Source: (Ref: 6)
Delicate Prinias (Prinia gracilis lepida) found in forest
Source: (Ref: 1)
Common Chiffchaff (Phylloscopus collybita) found in forest
Source: (Ref: 1)
Jewel spider (Austracantha minax) found in forest
Source: (Ref: 1)
Flower of Keekar tree (Acacia nilotica) found in forest
Source: (Ref: 1)
Information about this nature-based solution was collected as part of the "NBS 2022" UNA Asian extension project funded by the Asia-Europe Foundation.