Private Sector Impact on Global Agriculture

Agriculture: Lessons from the Netherlands!! Controlled Environment Agriculture (CEA) is reshaping global food production, offering a way to grow more with less—less land, less water, and less dependency on unpredictable weather. Nowhere is this transformation more visible than in the Netherlands, a country that has emerged as the world’s greenhouse capital despite its small size and limited arable land. The Dutch model of CEA—spanning high-tech greenhouses, vertical farms, and hydroponic systems—demonstrates how innovation can turn constraints into opportunities. Covering nearly 10,000 hectares, Dutch greenhouses deploy precision irrigation, artificial lighting, AI-driven climate control, and integrated pest management to maximize productivity. As a result, the Netherlands has become the world’s second-largest agricultural exporter. In 2024 alone, agricultural exports reached an estimated €128.9 billion or $142 billion, underscoring the unmatched efficiency and global relevance of Dutch agriculture. Beyond food and farming products, the Netherlands also exported approximately $13.6 billion in agriculture-related technology—greenhouse equipment, machinery, and related technologies—up over 4% from 2023, underlining the country’s leadership in CEA innovation. What makes the Netherlands exceptional is not just the scale of CEA adoption but the ecosystem that supports it. Government policy, private investment, and research institutions like Wageningen University work hand-in-hand to drive advancements. This collaboration has enabled Dutch growers to reduce water use in greenhouses by up to 90% compared to open-field farming and achieve some of the highest crop yields per square meter in the world. CEA in the Netherlands also highlights the potential for climate resilience. With erratic rainfall, heatwaves, and supply chain shocks becoming the new normal, CEA ensures stable year-round production. Beyond food security, it aligns with sustainability goals by minimizing pesticide usage and enabling circular energy use—many greenhouses are linked to renewable energy sources and district heating systems. The global lesson is clear: scaling CEA is no longer optional; it’s a necessity. For countries, with growing populations and stressed natural resources, adopting elements of the Dutch approach—public-private collaboration, farmer training, and innovation-led scaling—can secure the future of food. As we rethink agriculture in the face of climate and geopolitical disruptions, the Netherlands stands as a living proof that with the right vision, even a small nation can become a global food powerhouse. Controlled Environment Agriculture is not just farming under glass—it is farming for the future.

Rice has been big news in the past 24 months: -- “Against the grain: Can Japan learn to love imported rice”(June 11, 2025) -- “Risotto crisis: The fight to save Italy’s beloved dish from extinction” (Feb 29, 2024) -- “Major disruptor: El Niño threatens the world’s rice supplies” (Sept 7, 2023) What’s going on? Rice feeds half the world on a daily basis. Asia dominates, with 90% grown in China, India & ASEAN nations. ~10% of rice is traded internationally, where US, Italy & Brazil make it into the top 10 exporters (by value). Yet rice is under pressure. It contributes 1.5% of global GHG emissions – almost as much as aviation – while suffering from climate disruption. Rice also has major water & nature impacts and negative health effects for farmers (from pesticide use) and consumers (from pesticide residue). Yields have plateaued since the mid-90s, raising food security concerns. Solutions are emerging. AWD (Alternate Wetting & Drying, managing water in rice fields to cut methane) and DSR (Direct Seeded Rice, mechanically seeding rice into dry fields) lower emissions up to 40-50% while reducing water use. New seed varietals, sustainable intensification, fertilizer & pesticide moderation and post-harvest loss management also contribute to more resilient rice – often with substantial benefits for farmers. Despite early promise, <5% of land for rice is cultivated using these practices. And <0.5% of globally traded rice follows a sustainable standard. Change is starting: 📌 Companies including Olam Agri, PepsiCo, Ebro Foods S.A, Bayer, UPL, DFI Retail Group, Kellanova, and Thai Wah Public Company Limited are working to increase purchases of sustainable, resilient rice 📌 Nations such as Vietnam & Thailand are putting in place robust programs to support rice sector transitions 📌 Funders like IFC, ADB & Temasek Foundation are contributing capital at scale 📌 Partner organisations like Grow Asia, Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ) GmbH, Sustainable Rice Platform (SRP) and International Rice Research Institute are leading programs to drive transition 3 things are needed to "10x" impact: 🥇 Breakthrough program design to bring together multiple stakeholders to support farmers holistically and improve livelihoods while producing rice which is affordable for offtakers and households (most of whom can't pay more for food). GCF Thai Rice is one example initiative underway 🥇 Commercial capital to join catalytic & concessionary funds in innovative blended facilities. IFACC Initiative in Brazil offers an inspiring example of what is possible 🥇 Clear demand signals from offtakers that low emissions, resilient rice at scale is what they’re looking for. WEF's First Movers Coalition for Food (https://lnkd.in/eMpiUP2Z) is supporting these voices When I was in Thailand two weeks ago, I saw the future in a field. I am convinced it can spread to many, many more.

The Rise of the Agri-Tech Startups: Transforming the Food System #agriculture #innovation #foodsecurity The global food system faces a multitude of challenges: inefficiency, resource scarcity, climate change, and limited access to fair markets for farmers. Enter Agri-Tech startups! These innovative companies are leveraging cutting-edge technologies like AI, IoT, and Big Data to revolutionize agriculture. Here's how they're making a difference: Increased Efficiency: Precision Agriculture: Utilizing data to optimize resource use (water, fertilizer) and maximize yields. (e.g., Deere & Co.'s self-driving tractors) Vertical Farming: Growing crops in controlled environments, minimizing land and water usage. (e.g., Plenty) Sustainable Practices: Microbial solutions: Improving soil health and reducing reliance on chemical fertilizers. (e.g., Indigo Agriculture) Insect farming: Offering a sustainable protein source for animal feed. (e.g., Ÿnsect) Empowering Farmers: Digital Marketplaces: Connecting farmers directly with consumers, eliminating middlemen and ensuring fairer prices. (e.g., KhetiBuddy) Data-driven tools: Providing farmers with real-time data and insights for informed decision-making. The Future of Agri-Tech: AI-powered solutions: Automated pest control, yield prediction, and personalized farm management. Advanced Robotics: Performing tasks like harvesting, weeding, and sorting crops with greater precision. Big Data & Blockchain: Ensuring transparency and traceability throughout the food supply chain. Collaboration is Key: Governments, research institutions, and private companies need to work together to: Facilitate technology adoption for small-scale farmers. Bridge the digital divide in rural areas. Develop regulations that promote innovation while safeguarding data privacy. Agri-Tech holds immense potential to create a more: Productive Sustainable Equitable food system for the future. Let's harness this potential together! #Agritech #FoodTech #Sustainability

It’s wheat planting season, and recent USDA decisions have us baffled. Have you ever played three-card monte? You start off knowing where the card is, but the dealer shuffles so fast you lose track. That’s what the #USDA is doing. They launched an investigation into rising input costs like fertilizer, seed, fuel, and equipment. Then they cancelled a program that allowed states to challenge monopolies in agriculture. That’s like ignoring the fire and blaming the smoke. Yes, inputs are expensive. But the deeper issue is who sets the prices. Four companies control 85% of beef packing. Four control 75% of seed genetics. Two dominate farm machinery. When markets are this concentrated, farmers are stuck in a game they cannot win. Since the 1970s, farm commodities have barely kept up with inflation, while input and land costs have exploded. Farmers keep planting not because the market demands it, but because subsidies guarantee a bailout. That drives overproduction and depressed prices. Meanwhile, monopolies exploit the cycle, locking producers into a treadmill of inputs. In the end, subsidies and monopolies reinforce each other. One ensures crops keep flowing. The other extracts value from every acre. What collapses in the process is farmer buying power, and the health of the soil and ecosystems we all depend on. So while input prices explode and crop prices stagnate, USDA chases volatility instead of root causes. The effect? Big Ag stays protected, while farmers carry the risk. It is the classic three-card monte. Focus on the wrong card, and you never see how the deck is really stacked.

Today, the 2025 Global Agricultural Productivity (GAP) Report was released, and it should be a wake-up call for the private sector. The numbers are stark: 📉 Global productivity growth is just 0.76% annually, far below the rate needed to feed a growing world sustainably. 🗓️ In the U.S., growth has been essentially flat for the past decade. For private industry, this is not just a challenge - it’s a call to action: 🌱 Input and biotech firms must push beyond incremental yield gains. 📡 Ag-tech innovators have the chance to drive system-level integration. 🏭 Food processors and investors must adapt to supply constraints and volatility. 💰 Financial institutions can rethink risk and credit models using real-time data. The report (link in comments below) makes one thing clear: the next decade will be defined by those who can move from “business as usual” to transformative change. I’d love your thoughts: What role should private industry play in closing the productivity gap? And where do you see the greatest opportunities for innovation?

Private service provision contributes to widespread innovation adoption among smallholder farmers. In a new open access paper with detailed data from India, we show how important competitive, private-sector service provision can be for widespread technology adoption in the small farm sector. Example of laser land leveling technology, which helps reduce water use in rice-wheat systems. Open access link: https://lnkd.in/eP9AU-rD Great work by Subash Surendran Padmaja, and nice cooperation with Vijesh Krishna and Martin Parlasca. Zentrum für Entwicklungsforschung / Center for Development Research (ZEF) International Maize and Wheat Improvement Center (CIMMYT)