Project Overview

PT Hutani Berkah Mulia (HBM) is implementing a peatland conservation and restoration initiative in Bayung Lencir Subdistrict, Musi Banyuasin Regency, South Sumatra, Indonesia. The project focuses on protecting and rehabilitating degraded peat ecosystems through hydrological recovery, fire prevention, and long-term ecosystem management.

Situated in an ecologically critical region, the project aims to reduce greenhouse gas emissions by preventing further peat degradation and enhancing the natural ecological functions of wetlands. HBM employs evidence-based land management practices, including canal blocking, access restriction, and community engagement, to support climate mitigation, biodiversity protection, and social co-benefits.

This initiative reflects HBM’s long-term commitment to preserving Indonesia’s natural capital through a science-driven, inclusive, and transparent approach that aligns with international environmental standards and applicable legal frameworks.

Key Activities

Community Engagement

Training programs and collaboration with
nearby villages to promote shared
conservation efforts.

Water Management

Identifying existing canals and
constructing canal blocks to retain moisture
and stabilize peatlands.

Fire Prevention

Establishing monitoring posts
and early warning systems to prevent
forest and peat fires.

Biodiversity Monitoring

Identification, monitoring, and conservation of endemic flora and fauna in peat swamp ecosystems, including endangered species with high conservation value.

Expected Positive Impacts

Carbon Emission
Reduction

The project makes a significant contribution to climate change mitigation by preventing emissions from peatland degradation and enhancing natural carbon sequestration through ecosystem restoration.

Restoration of Hydrological
Function

Through effective water management,
the project restores the natural function
of peatlands as water sponges,
reducing the risk of droughts and seasonal flooding.

Fire Risk
Reduction

With improved water levels and active community involvement in fire monitoring and suppression, the project significantly lowers the incidence of forest and land fires.

Biodiversity
Enhancement

Ecosystem recovery supports the return of
natural habitats for rare and endangered plant
and animal species.

Local Community
Economic Empowerment

By introducing agroforestry programs, green jobs, and training, the project provides sustainable alternative livelihoods for surrounding communities.

Strengthening Social-Ecological
Resilience

The project enhances local community resilience to climate change impacts and environmental degradation through nature-based solutions.

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