Living soils
Keep soils covered, reduce disturbance and build organic matter to improve infiltration, fertility and drought resilience.
Find out moreAgroecology & climate adaptation
Building resilient, productive and regenerative farming systems
Agroecology brings together ecosystem knowledge, farming practices and local experience to produce sustainably, restore natural resources and respond better to climate risks.
Agroecology connects production, resilience and regeneration
An agroecological transition is not a single recipe. It is the design of farming systems that fit a territory, its soils, climate, water resources and the people who depend on them. This approach can reduce vulnerabilities while improving ecosystem health, livelihoods and the capacity to adapt.
Levers for change
Six levers to strengthen agricultural resilience
The most effective practices are combined, monitored over time and adapted to local realities.
Better water retention
Slow runoff, restore water cycles and improve water use to respond to droughts and intense rainfall.
Find out moreDiversification
Combine crops, varieties, rotations and livestock where relevant to spread risk and support biodiversity.
Find out moreAgroforestry
Bring back trees, hedgerows and agroecological infrastructure to create habitats, protect soils and regulate microclimates.
Find out moreAn adapted economic model
Explore the economic, financial and collective conditions that can make the transition viable over time.
Find out moreLocal ownership
Co-design solutions with farmers, organizations and territories so they remain relevant, adopted and durable.
Find out moreFrom ambition to action
A transition built step by step
Aryam supports organizations that want to turn sustainability ambitions into practical, measurable pathways adapted to their context.
01
Diagnose
Understand climate risks, available resources, existing practices and stakeholder priorities.
02
Design
Build strategies, scenarios and action programmes that connect resilience, performance and regeneration.
03
Deploy
Test solutions, build capacity and support adoption with the people who will implement them.
04
Measure and learn
Track outcomes, document what works and adjust decisions using data and field feedback.
Further reading
Our resources on the agroecological transition
Resource
Regenerative agriculture: beyond the hype
Explore the principles, promises and conditions for regenerative agriculture to deliver.
Read the resourceResource
The economics of agroecology
Understand the economic conditions that can support an agroecological transition.
Read the resourceResource
Upya Connect: sharing agroecological knowledge
Access technical, scientific and field resources for the transition.
Read the resourceFrequently asked questions
What is the difference between agroecology and regenerative agriculture?
Agroecology draws on ecological principles and the social, economic and territorial dimensions of farming systems. Regenerative agriculture places particular emphasis on restoring soils, biodiversity and natural cycles. The two approaches can complement each other.
How does agroecology support climate adaptation?
It reduces vulnerabilities by improving soil health, water retention, crop diversity, functional biodiversity and farmers’ ability to adjust practices to local conditions.
How can an agroecological transition be measured?
A useful framework combines environmental, agricultural, economic and social indicators: soil health, water use, biodiversity, yield, income, resilience and practice adoption.
Turning knowledge into decisions and results
From strategy to implementation, we combine sector expertise, data, artificial intelligence and ecosystem mobilisation to accelerate transitions.