WeForest Project


Katanino, Zambia

Ensuring full local responsibility over the forest
Area restored
2,283 ha

Project Summary

The Katanino Forest Reserve, situated in the Copperbelt Province, is made up of Miombo woodland. The area has seen heavy deforestation and forest degradation in the past five years and current forest protection measures as well as reforestations efforts are minimal.

WeForest is reforesting this area through project activities and capacity building that is specifically designed to make sure that the local community members living in and around the forest are supporters of the protected area. This to ensure full local ownership and responsibility over the forest. WeForest works together with the Zambian Forestry Department and have secured commitments from private sector sponsors to implement the forest restoration work.

  • Project_WeForest Facilitator
    One of our project facilitator guiding us
  • Zam_KataninoCattle
    Cattle in Katanino
  • Zam_KataninoCultivation
    Katanino Cultivation
  • Katanino biodiversity
    This Bohm Bee-eater can only be found in Zambia, Malawi and Tanzania


Katanino Forest Reserve, Copperbelt province, Zambia

Project Status


Restoration Approach

Assisted Natural Regeneration
Enrichment planting

Planting Period


Project Partners

The Katanino Forest Trust
Miombo AS


Pterocarpus angolensis, Pterocarpus soyauxii, fruit trees such as mango, citrus and avocado

Project Goals

  1. Protect and restore approximately 4800 hectares of the Katanino Forest Reserve. 
  2. Provide alternative sources of income from forest-friendly activities such as tree nurseries and beekeeping.
  3. Hand management of the reserve over to the communities.
  4. Shift to sustainable energy production and consumption to decrease the pressure on forest resources.

Latest Project News

Why is intervention needed?

In just the past five years, 42% of the forest has already been lost and another 18% strongly degraded; a trend that is likely to increase in the coming years if there is no intervention, while the needs of the local community living in or around the forest are growing. Current ´reforestation´ efforts in the area have been limited and restricted to small areas outside the forest reserve, mostly on private land.

Ecological restoration

The project aims to sustainably restore Miombo woodland in the original forest reserve. Farmers around the reserve are engaged in forest restoration and trained in agroforestry, using Assisted Natural (Forest) Regeneration (ANR) in combination with enrichment planting from local tree nurseries. Furthermore, WeForest focuses on reducing barriers such as competition with weedy species, and recurring fire disturbances. To monitor the progress of the restoration efforts and the project in general, GIS mapping is conducted resulting in a digital database.

Livelihood development

The project aims to build local capacity to effectively transfer benefit sharing and ownership of the forest to the communities. The purpose is to ensure that community members are co-creators of the forest management plan and will be able to participate and benefit meaningfully throughout the process, with a particular focus on women.

In Katanino, marginalised and vulnerable groups, and particularly women, are typically the primary users of natural resources; it is therefore key for the project to have a strategy to engage with these groups, and ensure that appropriate measures are taken to allow them to be represented and participate meaningfully. At the same time, a livelihood plan will identify key alternative strategies that could be implemented to alleviate the pressure on the forest resources and at the same time provide economic incentives.


* Carbon calculation methodology

The above-ground biomass in Miombo woodlands can store an average of 145.4 tons of CO2 per hectare after a period of 20 years.

Kalaba, F.K., Quinn, C.H., Dougill, A.J., Vinya, R., 2013. Floristic composition, species diversity and carbon storage in charcoal and agriculture fallows and management implications in Miombo woodlands of Zambia. Forest Ecology and Management 304, 99–109. doi:10.1016/j.foreco.2013.04.024