Manzanita Bionatives accelerates the domestication of wild plants into new food crops, shortening development timelines from decades to years. They focus on native species with inherent climate resilience and resource efficiency, creating robust agricultural products for improved food security.
Funding
Funding not disclosed
Founders
Product
Problem
Global food systems face significant disruption due to climate change, leading to crop failures, price volatility, and a reliance on a narrow genetic base of crops ill-suited for future climates. This genetic erosion, exacerbated by conventional breeding, has resulted in the loss of crucial adaptations needed to develop resilient agricultural solutions.
Solution
Manzanita Bionatives accelerates the domestication of wild plants into new food crops, leveraging a proprietary process that significantly shortens the timeline from decades to years. This approach preserves valuable genetic diversity and natural adaptations, creating climate-resilient and resource-efficient agricultural products. By focusing on native species with inherent drought and heat tolerance, the company develops crops that can thrive in challenging environments with reduced water and fertilizer inputs. This strategy aims to enhance food security and ecological sustainability by introducing novel, robust food sources into commercial agriculture.
Target Audience
The primary customers are agricultural producers, food companies, and researchers seeking to develop and implement climate-resilient crops and diversify food production systems.
Features
- Proprietary domestication process that reduces crop development timelines from decades to years, without genetic engineering.
- Focus on domesticating wild plant species with inherent climate resilience (heat, drought tolerance) and robust root systems.
- Development of new legume varieties, such as a lupini bean derived from native North American lupines, exhibiting increased bean size and reduced growing seasons while retaining drought resistance.
- Capability to improve traits like flavor, size, and growth cycles of wild plants for commercial viability.
- Nitrogen-fixing properties of developed crops, contributing to soil health and reducing the need for synthetic fertilizers.
- Potential to restore habitat for native pollinators and endangered species by reintroducing domesticated versions of native plants.
- Significant water savings per pound of food produced compared to conventional crops like soy and alfalfa.