The aquaculture and livestock industries have traditionally relied on fishmeal and soybean meal as primary sources of protein in animal feed.
- Problem Statement:
This demand drives unsustainable fishing practices, leading to the depletion of wild fish populations, and accelerating deforestation for soybean cultivation, threatening biodiversity and disrupting natural ecosystems.
- Our Vision:
Entobel envisions a sustainable future where the protein needs of the global aquaculture and livestock industries are met without harming wild fish populations or contributing to deforestation. By developing and promoting insect-based protein as an alternative, we aim to preserve marine and terrestrial ecosystems while supporting food security and sustainable growth.
- Interventions: (Input and activity)
- Production of Insect-Based Protein:
- Develop high-quality, sustainable insect protein products using Black Soldier Fly larvae.
- Scale up production to replace fishmeal and soybean meal in animal feed.
- Upcycling Organic Waste:
- Use organic by-products and waste as feedstock for larvae, creating a closed-loop system that reduces waste sent to landfills and minimizes the environmental footprint of protein production.
- Industry Collaboration and Advocacy:
- Collaborate with industry stakeholders to promote the adoption of sustainable insect protein in feed formulations.
- Advocate for regulatory changes and policies that support sustainable protein alternatives in the feed industry.
- Short-Term Outcomes: (Output)
- Reduced Demand for Fishmeal: A measurable decrease in the demand for fishmeal in the markets where Entobel’s products are adopted, leading to reduced fishing pressure on wild fish populations.
- Lower Soybean Consumption: Replacement of soybean meal with insect protein in feed, contributing to a decrease in the rate of deforestation for soybean cultivation.
- Increased Awareness and Adoption: Greater awareness and acceptance of insect protein in the animal feed industry, leading to its integration into mainstream feed formulations.
- Medium-Term Outcomes: (Outcomes)
- Marine Ecosystem Recovery: Reduced overfishing leads to the recovery of marine biodiversity and stabilization of fish stocks.
- Forest Conservation: Reduced demand for soybean meal contributes to the preservation of existing forests and prevents habitat loss for numerous species.
- Long-Term Impact: (Impact)
- Enhanced Biodiversity and Ecosystem Health: Replacing fishmeal and soybean meal with insect protein results in healthier and more resilient marine and terrestrial ecosystems, preserving biodiversity and contributing to a balanced natural environment.
- Sustainable Aquaculture and Livestock Industries: Establishment of a sustainable feed industry that can support the growing demand for protein without compromising the health of our planet’s ecosystems.
Theory of Change Diagram (Narrative):
Input & Activities (Insect Protein Production )
Outputs (High-quality insect protein available for feed) Outcomes (Reduced fishmeal & soybean meal demand) Impact (Preservation of wild fish stocks and forests )
Assumptions:
- Aquaculture and livestock industries are willing to adopt insect protein as an alternative.
- Regulatory frameworks support the use of insect protein in feed.
- Sufficient demand for insect protein to scale production sustainably.
External Factors:
- Changes in global market prices for fishmeal and soybean meal.
- Policy changes affecting feed ingredient approvals.
- Environmental factors influencing the availability of organic waste feedstock.
This Theory of Change clearly links Entobel’s activities to broader environmental goals and demonstrates a structured approach to achieving long-term biodiversity conservation and ecosystem health.
