Perspective

Origena develops integrated agricultural and land-use systems with a focus on biodiversity-enhancing production, climate-resilient infrastructure, and resource-efficient value

Metrics and Goals

The objective of the project is the development of an integrated agrivoltaic and agricultural model in Northern Mexico, enabling the sustainable use of farmland in semi-arid climate zones.

The project combines productive food cultivation with renewable energy generation, regenerative soil management, and climate-resilient water systems, creating a scalable model for biodiversity-enhancing and climate-adapted agricultural systems.

The system is particularly suited for climate-adapted perennial crops such as pecan plantations, which contribute to long-term soil stability, support humus formation, and enable stable regional value chains.

Regenerative Agriculture

Regenerative agriculture at Origena focuses on building humus-rich soils that enhance fertility, water retention, and long-term carbon storage. By fostering diverse soil microbiology and reducing chemical inputs, we strengthen natural nutrient cycles and increase the resilience of agricultural systems to climate stress. This approach is particularly suited for perennial crops such as pecans, supporting long-term soil stability and sustainable production.

Agrivoltaics

Agrivoltaic systems enable the dual use of farmland for both food production and renewable energy generation. Partial shading reduces heat and evaporation stress while improving microclimatic conditions for plant growth. Locally generated renewable energy supports agricultural processes, and the integration of climate-resilient greenhouse systems helps stabilize production under extreme weather conditions.

Sustainable Water Management

Sustainable water management focuses on the efficient use and conservation of water resources through advanced irrigation systems that minimize losses. Water storage and reuse strategies further enhance resource efficiency, while the integration of innovative technologies, including atmospheric water generation, increases the climate resilience of agricultural systems. This approach reduces dependence on conventional groundwater resources and supports long-term water security.

Biodiversity-Enhancing Land Use

Biodiversity-enhancing land use integrates nature-based cultivation practices that promote diverse cropping systems and ecological balance areas. This approach strengthens ecosystem functions within productive agricultural landscapes, supports habitat creation, and contributes to the stabilization of local ecosystems.