Adopt Trees for Life is a long-term reforestation and ecosystem restoration initiative by Himba Raya Indonesia (HIRAI).
The program invites individuals, organizations, and partners to adopt trees that will be planted, nurtured, and protected to support climate action, biodiversity conservation, and community livelihoods.
By adopting trees, supporters contribute directly to restoring degraded landscapes, reducing carbon emissions, protecting wildlife habitats, and building a sustainable future for local communities.
Why Adopt Trees?
Forests are essential to life on Earth — they absorb carbon, regulate climate, protect water sources, and sustain biodiversity. However, deforestation and land degradation continue to threaten ecosystems and community resilience.
Adopt Trees for Life aims to:
- Restore degraded forest and peatland ecosystems
- Reduce climate change impacts through carbon sequestration
- Protect biodiversity and natural habitats
- Strengthen sustainable livelihoods for local communities
- Educate future generations about environmental stewardship
- Support Fire Patrol
- Improve community well-being through training, nutrition awareness, and post-planting health support
How the Program Works
- Tree Adoption
Supporters choose the number of trees to adopt through donations or partnership programs, directly contributing to forest restoration and climate action. - Planting & Restoration
Trees are planted in selected restoration areas, prioritizing native and ecologically appropriate species to ensure long-term ecosystem recovery. - Community Involvement
Local communities are actively involved in planting, maintenance, and monitoring. HIRAI also provides pre-planting training, including: Proper tree planting techniques, Sustainable land management practices, Basic environmental knowledge This ensures both high survival rates and community empowerment. - Monitoring & Reporting
HIRAI provides regular updates, including planting progress, survival rates, photos, and impact reports. - Community Wellness & Support
HIRAI integrates community well-being into the program by: Promoting nutrition awareness and healthy lifestyles, Supporting the physical well-being of field participants, Providing post-planting support, including basic physiotherapy for community members involved in field activities. This approach ensures that environmental restoration also benefits people’s health and resilience. - Long-Term Protection
Adopted trees are protected and maintained to ensure long-term environmental and social benefits.
Our Impact Goals
Through this program, HIRAI aims to:
🌳 Plant and protect thousands of native trees
🌍 Reduce carbon emissions and support climate mitigation through nature-based solutions
🐾 Restore wildlife habitats and enhance biodiversity in critical ecosystems
💧 Improve watershed function and soil health for long-term environmental resilience
👩🌾 Empower local communities through sustainable and green livelihoods
🎓 Promote environmental education and awareness among youth and communities
💚 Enhance community well-being through training, nutrition awareness, and post-planting health support
Tree Species & Planting Areas
HIRAI prioritises native and ecologically suitable species, such as:
- Indigenous forest trees
- Peatland and riparian vegetation
- Fruit and multipurpose trees for community benefits
Balangeran (Shorea blangeran)
What tree is it?
Balangeran is a native peatland tree that can grow 20–25 meters tall, with a straight, branch-free trunk reaching up to 15 meters. Its wood is classified as Strength Class II, making it suitable for construction and durable building materials (Martawijaya et al., 1989).
Scientific studies also show that compounds in its bark contain antioxidant properties (Wardani & Susilo, 2016).
According to the IUCN Red List, Balangeran is considered a rare and endangered species, highlighting the urgent need for conservation.
Capture CO2: approximately 20–35 kg of CO₂ per year
Local use: Construction material, Traditional medicinal potential, Peatland restoration and reforestation.
Ecology: Balangeran is known as a pioneer species capable of forming initial restorative conditions for degraded peatlands thanks to its high level of adaptability.
Jelutong (Dyera costulata)
What tree is it?
Jelutong is a large tropical canopy tree with a spreading crown, capable of growing up to 75 meters tall. Its trunk can remain branch-free for 15–30 meters and reach up to 3 meters in diameter.
Historically, it has been commercially tapped for latex for hundreds of years, making it valuable for community livelihoods.
Jelutong strengthens forest canopy structure, supports biodiversity, and improves peatland ecosystem stability.
Capture CO2: approximately 30–50 kg of CO₂ per year
Local use: Sustainable community enterprises, Latex tapping, Traditional products
Pulai (Alstonia scholaris)
What tree is it?
is a fast-growing tropical tree widely found in lowland forests, peatland margins, and community landscapes. It can grow up to 30–40 meters tall, with a straight trunk and broad canopy.
Pulai is known for its lightweight wood, traditional medicinal value, and strong adaptability to various soil conditions, making it an excellent species for reforestation and ecological restoration.
Pulai plays an important role in:
- Restoring degraded land and secondary forests
- Improving soil quality and microclimate
- Providing habitat and food sources for birds and pollinators
- Supporting ecosystem recovery due to its rapid growth
Because of its resilience, Pulai is often used as a pioneer species in restoration programs
Capture CO2: approximately 25–45 kg of CO₂ per year
Local use:
- Traditional medicine (bark and leaves)
- Lightweight timber for crafts and local construction
- Shade tree in settlements and public areas
- Reforestation and green landscaping
Jambu-jambu (Syzygium sp.)
What Tree Is This?
It is a tropical fruit-bearing tree commonly found in lowland forests, peatland edges, and community gardens. It typically grows 10–25 meters tall, with a dense canopy and fragrant flowers that attract pollinators.
This genus includes several local species valued for their edible fruits, ecological benefits, and adaptability, making it suitable for community-based planting and agroforestry systems.
Jambu-jambu supports ecosystems by:
- Providing food for birds, insects, and wildlife
- Supporting pollinators and biodiversity
- Enhancing soil health and shade cover
- Contributing to mixed-species forest restoration and agroforestry
Its moderate growth and resilience make it a strong species for landscape diversification.
Carbon Capture (CO₂ Absorption): approximately 15–30 kg of CO₂ per year
Local Use
- Agroforestry and community greening
- Fresh fruit for household consumption
- Small-scale fruit trade and local markets
- Traditional medicine (leaves and bark)
- Shade tree for settlements and farms
Meranti (Shorea sp.)
What Tree Is This?
It is a large tropical hardwood tree native to Southeast Asia and widely found in lowland rainforests and peatland margins, including Kalimantan. Many Shorea species can grow 40–60 meters tall, forming the upper canopy of primary forests.
Meranti is known for its high-quality timber, ecological importance, and role as a keystone species in tropical forest ecosystems.
Meranti plays a vital role in:
- Maintaining forest canopy structure and microclimate
- Supporting biodiversity, including birds, mammals, and insects
- Producing mast fruiting events that sustain wildlife
- Contributing to long-term carbon storage due to its large biomass
As a dominant canopy tree, Meranti is critical for healthy and resilient forest ecosystems.
Carbon Capture (CO₂ Absorption): approximately 35–70 kg of CO₂ per year
Local Use
- High-quality timber (historically and sustainably managed)
- Construction and furniture
- Cultural and economic value
- Priority species for forest restoration
Marsawa (Anisopterasp.)
What Tree Is This?
It is a large tropical hardwood tree from the Dipterocarpaceae family, native to Southeast Asia and commonly found in lowland rainforests and peat-swamp margins, including Kalimantan.
This species can grow 40–60 meters tall, forming part of the upper forest canopy, and is valued for its strong, durable timber and ecological importance.
Marsawa plays a key role in:
- Maintaining forest canopy structure and ecosystem stability
- Supporting biodiversity by providing habitat for forest wildlife
- Contributing to long-term carbon storage due to its large size and dense wood
- Strengthening natural forest regeneration as a native canopy species
As a Dipterocarp species, Marsawa is critical for healthy, resilient tropical forests.
Carbon Capture (CO₂ Absorption): approximately 40–75 kg of CO₂ per year
Local Use
- High-quality timber for construction and furniture
- Local building materials
- Economic and cultural value in forest communities
- Priority species for restoration and conservation
Planting areas include:
Degraded forests, peatlands, heath forest, and community-managed conservation areas in Central kalimantan.