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Landscape approach
Regenerative agroforestry begins with the wider landscape: land condition, water, biodiversity, farming systems, communities and local economic realities.
Regenerative Agroforestry
Regenerative agroforestry starts with the landscape, not a single crop.
We explore agroforestry systems that connect Pongamia with food production, native biodiversity, restoration and resilient livelihoods across Indonesian landscapes.
Our perspective
What is regenerative agroforestry?
Regenerative agroforestry is a systems approach that combines trees with crops, livestock or other compatible land uses while seeking to improve ecological, social and economic outcomes over time.
It is not defined by planting one particular tree species. Whether a system is genuinely regenerative depends on how it is designed, managed and monitored within its local environmental and social context.
For Pongamia Indonesia, this means looking beyond tree establishment alone and considering the complete landscape: soils, water, biodiversity, farmers, communities, markets, knowledge and long-term stewardship.
Principles
Designing systems for long-term landscape value.
Our approach emphasizes diversity, participation, restoration, practical livelihoods and evidence-based learning.
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Diverse production systems
Pongamia can be integrated with food crops, native trees, livestock and other locally appropriate components rather than treated as a standalone monoculture.
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Community participation
Farmers and local communities are central to planning, implementation, learning and long-term stewardship of the landscape.
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Restoration and resilience
The objective is not only production, but also healthier soils, improved landscape functions, biodiversity and greater resilience to environmental and economic pressures.
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Evidence and learning
Projects should generate evidence through monitoring, research and transparent documentation so that approaches can be improved and responsibly replicated.
A connected system
Pongamia is one component of a broader agroforestry system.
The right combination depends on local conditions, community priorities, landscape objectives and viable economic pathways.
Pongamia
A multipurpose tree with potential applications in agroforestry, land restoration and bioenergy systems.
Explore Pongamia →Food crops
Food-producing components can support household needs, diversification and productive use of land while tree systems develop.
Native trees
Native and locally appropriate species can contribute to biodiversity, ecological functions and landscape restoration.
Livelihoods
Regenerative systems need to create practical value for farmers and communities, including diversified income and resilient production.
Landscape pathways
From restoration to a responsible bioeconomy.
Regenerative landscapes can create several complementary pathways rather than depending on a single output.
Restoration
Rebuilding productive and ecological functions on degraded or underutilized landscapes.
Agroforestry
Combining trees, crops and other compatible components to create more diverse production systems.
Bioenergy
Exploring responsibly sourced biomass and Pongamia-derived oil as potential components of a sustainable bioenergy value chain.
Bioeconomy
Developing value chains that connect regenerative landscapes with responsible processing, markets, research and investment.
Community & livelihoods
Regeneration must work for people as well as landscapes.
Farmers and local communities are not simply participants in a planting program. Their knowledge, priorities, land-use decisions and economic realities influence whether an agroforestry system can persist over the long term.
This is why project design should consider farmer economics, access to knowledge and inputs, tenure and governance, appropriate species combinations, market opportunities and local institutional capacity.
Community nurseries, demonstration plots, training and participatory monitoring can help turn research and technical knowledge into locally useful practice.
Monitoring & evidence
Measure what changes — and learn what does not.
A regenerative approach requires evidence over time. Project monitoring can examine ecological, livelihood and economic outcomes rather than relying only on planting numbers.
Landscape
Area restored, land condition and landscape functions.
Ecology
Trees, biodiversity, soil and other relevant ecological indicators.
Livelihoods
Farmer participation, income diversification and resilience.
Value chains
Production, processing, markets and responsible bioeconomy development.
Important: Important: the indicators above describe areas of interest for monitoring. They should not be interpreted as evidence of impact unless supported by actual project data.
From principles to practice
Explore the evidence, projects and partnership opportunities.
Learn about Pongamia, explore our project portfolio, review available knowledge and connect with us to develop landscape-scale collaboration.