【世界经济论坛】食品创新主流化：利益相关者路线图-2024.9_40页_19mb

Summary of "Mainstreaming Food Innovation: A Roadmap for Stakeholders"

Core Content

This white paper outlines a comprehensive roadmap for stakeholders to mainstream food innovation, emphasizing the need for collaboration, investment and systemic change. It highlights the urgent challenges facing global food systems and presents a framework for ecosystem cooperation to address them.

Main Challenges in Food Systems

The global food system is under immense pressure due to:

• Degradation of arable land: Over 90% of global soils could be degraded by 2050, reducing food production by 10%.
• Growing population and consumption: The world population and per capita calorie consumption are increasing at 0.86% and 0.39% per year, respectively.
• Resource-intensive consumption and waste: Consumption patterns are becoming more resource-intensive, and food waste is rising.
• Need for transformation: Immediate changes are required to prevent further decline in food security and sustainability.

Innovation as a Solution

Innovation in food systems has the potential to significantly reduce environmental impact and improve food security. Key innovation areas include:

• Soil health and climate-smart farming: Practices and technologies to improve productivity and sustainability.
• Protein innovation and nutrition: Development of sustainable and alternative protein sources.
• Value-chain management: Enhancing efficiency, transparency and sustainability in the supply chain.
• Data and digital technologies: Leveraging data analytics, AI, IoT, and smart systems to optimize farming and distribution.

Key Innovations and Their Benefits

• Regenerative farming: Practices like cover cropping, reduced tilling, and improved water management.
• Biotechnology: Crops with enhanced traits such as pest resistance and drought tolerance.
• Smart irrigation: Technologies that reduce water usage by up to 50% and improve crop health.
• Plant-based alternatives: Can reduce CO₂e emissions by over 1 gigatonne and save 39 billion cubic metres of water.
• Cultivated meats and insect proteins: Offer sustainable and ethical alternatives to traditional animal-based proteins.
• Digital agriculture solutions: Including platforms for soil health monitoring, which can increase yields by 70% while reducing water and fertilizer use by 57% and 15%, respectively.

Barriers to Scaling Food Innovation

Despite promising early-stage innovations, several barriers hinder their mainstreaming and scaling:

1. Economics:

   • High production costs and unfavourable unit economics.
   • Only 2% of consumers are willing to pay a premium for sustainable products.
   • Late-stage investment in food innovation is significantly lower than the average in climate innovation.

2. Policy:

   • Complex and region-specific regulatory environments.
   • Long approval times for novel food products in the EU (up to 5 years).
   • Unpredictable agricultural policies due to lobbying by various stakeholders.

3. Consumers:

   • A significant say-do gap between consumer awareness and purchasing behavior.
   • Only 7% of consumers act on their sustainability concerns.

4. Infrastructure:

   • Limited access to basic infrastructure such as irrigation systems, roads, electricity, and broadband.
   • Only 20% of cultivated land is irrigated, yet it contributes to 40% of global food production.

5. Integration:

   • Lack of integration with broader agricultural systems.
   • Only 15–30% of digital agriculture solutions in sub-Saharan Africa are active users.

Framework for Ecosystem Cooperation: Source, Shape, Scale

The white paper introduces a three-step framework to support the mainstreaming of food innovation:

• Source: Identify and gather relevant innovations through landscape analyses, stakeholder consultations, and collaboration with universities, start-ups, and industry experts.
• Shape: Engage in multistakeholder dialogue to refine and adapt innovations to be fit for purpose.
• Scale: Mobilize the right ecosystem of partners to drive adoption, including financial institutions, governments, and private sector actors.

Role of Stakeholders

• Private sector: Should invest in R&D, derisk adoption, and deploy market expertise.
• Governments: Need to provide supportive regulatory frameworks, incentives, and policy stability.
• NGOs and civil society: Can act as intermediaries to facilitate collaboration and knowledge sharing.
• Farmers: Should co-design and test new technologies, and invest in their implementation.
• Innovators: Must engage with stakeholders throughout the value chain to build scalable and adaptable solutions.
• Financial institutions: Should provide patient capital, insurance options, and support for sustainable and scalable innovations.

Call to Action

To unlock the potential of food innovation, stakeholders must work together to create supportive ecosystems. This includes:

• Investing in innovation: To reduce barriers and enable scaling.
• Collaborating across sectors: To drive systemic change and ensure that innovations are integrated into food systems.
• Supporting policy and regulatory frameworks: To foster the adoption of new technologies and practices.
• Educating consumers: To bridge the gap between awareness and action.
• Building infrastructure: To enable the efficient and sustainable production, distribution, and consumption of food.

The report calls for urgent action and collaboration to ensure that food systems become more resilient, sustainable, and inclusive.