The science of agroecology, made useful.

Agroecology is a science, a set of practices and a social movement for transforming agriculture and food systems.

Website copy:

Agroecology applies ecological and social principles to the design and management of agriculture and food systems. It looks at farms as living systems, not isolated plots. A healthy agroecological system values soil life, local seeds, crop diversity, livestock integration, trees, water cycles, community knowledge and fair relationships between producers and consumers.

As a science, agroecology studies how farming systems can work with nature rather than against it. As practice, it includes methods such as diversified cropping, composting, ecological pest management, seed conservation, integrated livestock, home gardens, agroforestry and water-wise farming. As a movement, it supports farmers’ rights, local food cultures, gender equity, responsible governance and community-led decision-making.

Agroecology does not promote one fixed package for every place. Instead, it encourages farmers, researchers and practitioners to co-create solutions based on local ecology, culture, markets and community priorities.

Simple explanation for general users:

"Agroecology means farming with nature, strengthening local knowledge and building food systems that are good for people, communities and the environment."

Key messages:

• It connects ecology, farming, food, markets and community.
• It reduces dependency on external inputs by using local resources wisely.
• It values farmers as innovators and knowledge holders.
• It supports biodiversity, nutrition, resilience and fair food systems.

Global agroecology frameworks help explain how agroecological transitions can be planned, practiced and assessed across different contexts.

FAO’s 10 Elements of Agroecology:

The Food and Agriculture Organization of the United Nations identifies ten interconnected elements that help countries, communities and institutions understand and guide agroecological transitions. These elements are not separate boxes; they work together as part of a whole food-system transformation.

• Diversity: Diverse crops, livestock, trees, seeds and food sources strengthen nutrition, resilience and ecological balance.
• Synergies: Farm components are designed to support each other — for example, livestock manure improves soil, trees protect fields and mixed crops reduce pest pressure.
• Efficiency: Local resources such as biomass, water, sunlight, nutrients and knowledge are used carefully to reduce waste and improve farm performance.
• Resilience: Agroecological systems are better able to cope with climate shocks, market stress and ecological disturbances.
• Recycling: Nutrients, organic matter, water and energy are reused as much as possible within farms and local food systems.
• Co-creation and sharing of knowledge: Farmers, scientists, practitioners and communities learn together and adapt practices to local contexts.
• Human and social values: Agroecology supports dignity, equity, inclusion, gender justice and improved livelihoods.
• Culture and food traditions: Local foods, indigenous knowledge and traditional diets are recognized as strengths of sustainable food systems.
• Responsible governance: Transparent and inclusive institutions help protect land, seed, water, forests and community rights.
• Circular and solidarity economy: Local markets, fair value chains and producer-consumer relationships keep value closer to communities.

HLPE’s 13 Principles of Agroecology:

The High Level Panel of Experts on Food Security and Nutrition and related scientific work consolidate agroecology into principles that cover both farm-level redesign and wider food-system transformation.

• Recycling: Use local renewable resources and close nutrient and biomass cycles.
• Input reduction: Reduce dependency on purchased external inputs and increase farm self-reliance.
• Soil health: Protect and improve soil life, structure, fertility and water-holding capacity.
• Animal health: Integrate animals in ways that support welfare, productivity and ecosystem health.
• Biodiversity: Conserve and use crop, livestock, tree and wild biodiversity as a foundation of resilience.
• Synergy: Design positive interactions among crops, livestock, trees, soil, water and people.
• Economic diversification: Create multiple income sources and reduce risk for farming households.
• Co-creation of knowledge: Build innovation through participatory learning among farmers, researchers and practitioners.
• Social values and diets: Support culturally appropriate, nutritious, seasonal and diverse diets.
• Fairness: Promote dignity, equity and fair relationships across the food system.
• Connectivity: Strengthen direct relationships between producers, consumers, markets and institutions.
• Land and natural resource governance: Support responsible access to and governance of land, water, forests, seeds and genetic resources.
• Participation: Ensure farmers, women, youth and marginalized groups are part of decisions that affect food systems.

How these frameworks help Nepal:

For Nepal, these frameworks can guide practical decisions: which practices to promote, how to measure change, how to design learning sites, how to connect local governments with communities, and how to ensure that agroecology is not limited to production but also includes markets, nutrition, governance and social inclusion.

This section should be finalized with LI-BIRD’s official wording. Based on public materials reviewed for this draft, the following source-confirmed areas reflect LI-BIRD’s agroecology work in Nepal.

Website copy:

LI-BIRD has been working to translate agroecology into practice through community-based learning, climate-resilient farming, local seed systems, ecological farming practices, women-responsive approaches, value-chain development and policy engagement. These areas help connect farm-level innovation with community resilience and wider food-system change.

Source-confirmed intervention areas:

• Integrated home gardens: Promoting diverse, nutrition-sensitive home gardens that improve household food availability, dietary diversity and year-round production.
• Ecological and women-responsive farming practices: Demonstrating practices that reduce chemical dependency, improve soil and water management, and recognize women’s knowledge and labour in farming systems.
• Value chains for agroecological produce: Supporting market pathways that create fair value for farmers and make agroecological products more visible to consumers.
• Local seed systems: Strengthening farmer-led conservation, exchange and use of locally adapted seeds and genetic resources.
• Local climate and disaster resilience planning: Building capacity of local governments and vulnerable communities to integrate climate and disaster resilience into agriculture planning.
• Learning, exchange and policy advocacy: Documenting evidence, sharing lessons and supporting policy dialogue from local to federal levels.

Suggested bridge paragraph:

Together, these components show agroecology as a practical pathway: starting from household nutrition and farm diversity, moving through community institutions and markets, and reaching policy systems that can support long-term transformation.

Editor note:

"Please replace this section with LI-BIRD’s official seven-component language if the organization has a separate internal framework."

Nepal’s food systems face interconnected challenges. Agroecology offers a pathway that responds to ecological, social and economic realities together.

Nepal’s agriculture is shaped by extraordinary ecological diversity — from high mountains and mid-hills to fertile plains. This diversity is a strength, but farming communities are increasingly affected by climate uncertainty, soil degradation, biodiversity loss, changing diets, youth migration, fragmented landholdings, rising input costs and unstable markets.

Agroecology matters because it builds on what Nepal already has: rich agrobiodiversity, local seed systems, traditional food cultures, mixed farming, community institutions and farmer innovation. Instead of replacing local knowledge with one-size-fits-all packages, agroecology strengthens local capacity to adapt, experiment and improve.

For farmers:

• Lower dependency on costly external inputs.
• Improved soil health and farm resilience.
• More diverse food and income sources.
• Recognition of farmer knowledge and innovation.

For communities:

• Stronger local seed and food systems.
• Greater participation of women, youth and vulnerable groups.
• Improved nutrition through diverse local foods.
• Opportunities for collective marketing and learning.

For policy and institutions:

• A practical framework for climate resilience and sustainable agriculture.
• Evidence for local planning and investment.
• Integration across agriculture, nutrition, biodiversity, climate and local governance.
• Support for Nepal’s long-term food-system transformation.