CrowdFarming

Water is the great connector 💧 In a healthy ecosystem, water is not a static input, it’s a living cycle. Regenerative agriculture restores hydrological function: the capacity of a landscape to filter, clean, and circulate moisture between the soil and the atmosphere. ⚠️ The Problem: A Leaky System When pesticides are sprayed, they don’t just stay in the fields. They migrate through: •Leaching: dissolved chemicals moving through soil into groundwater •Runoff: Transport into our rivers and oceans. •Drift: Evaporation into the air, returning via precipitation. 🌍 A Global Impact •In the Air: A study of cloud water in France found dozens of pesticides; half the samples exceeded EU drinking water limits. •In our Oceans: Scientists estimate 700+ tonnes of pesticide active ingredients enter our oceans every year. •In our Glass: Groundwater provides 65% of drinking water in the EU. Once polluted, this cycle persists for generations. 🌡️ Restoring Climate Regulation Regeneration helps stabilize local weather patterns: •Sensible Heat: Bare soil absorbs solar radiation and releases it as heat. This creates “heat bubbles” that can destabilize the local atmosphere and intensify storm bursts. •Latent Heat: Dense vegetation facilitates transpiration, a process where water vapor release absorbs solar energy and physically cools the air. •Hydrological Balance: Vegetated landscapes moderate temperature extremes and encourage consistent, predictable precipitation patterns. 🛠️ How do we protect the cycle? We move from a risk-based system to a resilient one using: 🌳 Agroforestry: Tree roots anchor soil and recharge deep aquifers. 🚜 Keyline Design: Topographical mapping to slow rainfall and allow infiltration. 🌿 Riparian Buffers: Native vegetation strips that filter pollutants before they hit rivers. 💧 Natural Ponds: Capturing excess winter runoff for use during dry periods. By restoring the landscape’s ability to filter and purify water through biological diversity, we protect our most precious resource at the source. Next in the series: BIODIVERSITY 🐝

Soil. The first pillar in regenerative farming 🤎 Regeneration begins from the ground up. In Europe, 60–70% of agricultural soils show signs of degradation. When soil function declines, farms become more vulnerable to drought, heavy rainfall, and a heavy reliance on expensive external inputs. Soil isn’t just “dirt”, it’s a living ecosystem. A healthy handful of soil contains: 🦠Bacteria & Fungi 🍄 Mycorrhizal Networks 🪱 Earthworms & Arthropods These organisms regulate nutrient cycling, carbon transformation, and aggregation. Soil organic matter is a powerhouse. Globally, it contains 3 to 4 times as much carbon as the atmosphere or terrestrial vegetation. It directly influences: 🌱Water Retention: Acting like a sponge during droughts. 🌱Nutrient Availability: Feeding crops naturally. 🌱Erosion Resistance: Keeping the farm’s foundation in place. Good soil health requires fewer (or even no) additional inputs. At scale, soil carbon storage contributes to climate mitigation; on the farm, better water and nutrient retention lowers irrigation and fertiliser needs. How do we restore this function? 🌱Cover crops: keep soil covered, feed microbes, reduce erosion 🌱Reduced or no tillage: limits ecosystem disruption and helps maintain soil structure 🌱Diversified rotations: supports nutrient cycling and pest management 🌱Compost/manure: adds carbon and nutrients, and supports microbial activity. By restoring soil, we help recover a loss of €50 billion in annual ecosystem services and agricultural productivity across the EU. Next in the series: WATER 💧

🐝 The Engine of Resilience: BIODIVERSITY For decades, conventional farming prioritised uniformity through monocultures. Regenerative agriculture does the opposite: it treats biodiversity as a functional component of crop performance and farm stability. 🌿 Above-Ground Diversity Plant diversity supports: •Pollination: Essential for crop yields. •Natural Pest Regulation: Beneficial insects acting as “free” pest control. •Habitat Connectivity: Crop mixtures and rotations create more habitats and food sources, which supports pollinators and natural pest predators. 🍄 Below-Ground Diversity Soil microbial diversity influences: •Nutrient Mineralisation: Making food available to plants. •Carbon Cycling: Locking carbon into the earth. •Root Symbiosis: Helping plants access water and minerals. 🐄 Livestock & Trees •Managed Grazing: Redistributes nutrients through manure, stimulates plant regrowth, and returns organic matter to the soil. •Agroforestry: Integrates trees with crops and/or livestock to provide habitat, diversify root zones, and create microclimates that influence water and temperature regulation. 📊 How We Measure Success To understand if a farm is regenerating, we look at ecological function, not just a species count. Key indicators include: •Plant Diversity & Ground Cover: Key to protecting soil structure and restoring health. •Species Richness: The abundance and variety of insects, birds, and functional fauna. •Habitat Presence: The maintenance of hedges, buffers, and flowering strips. •Soil Biological Activity: The rate of organic matter decomposition and nutrient cycling. 🛡️ Stability Under Disturbance Ecological research shows that networks of interacting species distribute roles like pollination and decomposition. When these roles are spread across many species rather than just a few, the entire system becomes resistant to shocks like drought, pests, and extreme weather.

A living vineyard 🌿🍇 At Paul’s vineyard, biodiversity plays a key role. Between the vine rows, a carefully selected mix of plants has been sown to naturally improve the soil, support healthy vines, and create habitats for pollinators like bees and butterflies. And now, the very first tiny grape clusters — the future grapes — are already starting to appear on the vines 🍃🍇 A thriving ecosystem in the vineyard means healthier soils, more life, and ultimately wines that truly reflect nature. Link in caption !

🌱 Throwback to our field day in Austria! 🌱 Our CrowdFarming Thematic Day at @biohof_birnstingl_gottinger brought together an incredible group of farmers, researchers, and practitioners, and the exchange couldn’t have been more valuable. A big highlight was the shared focus on the microbiome and how it shapes the food we grow 🦠🌾 From soil to plant to plate, the microbial communities in our environment play an important role in plant health, resilience, and ultimately the quality of our food. Beyond the science, it was a day of real exchange: questions, experiences, and ideas on how we can better understand and support living soils in agriculture 🌍 Thank you to everyone who joined and contributed to the discussions, it’s these conversations that move things forward.

We recently visited neighbourhood market host Clara in Köln Südstadt. 🚲 As it was such a sunny day, she set the tables outside, and the distribution turned into a small neighbourhood party. It was an opportunity for people to reconnect and laugh together, moving beyond abstract concepts to create a real bridge between the field and the city. Our neighbourhood markets act as a direct link between farmers and consumers, prioritizing transparency and the simple truth of how food reaches your table. 🥬 You can find your local pickup point by selecting the market nearest to your home. 🥔 You place your order online in advance. 🥒 You pick it up once a week at the designated neighbourhood point. This grouped logistics model helps avoid the food waste common in traditional local market stashing. It’s a space to meet the people behind your food and bring life to your neighbourhood. Find your neighbourhood market in our bio

The organic label serves to protect sustainable farming, and showcase the positive practices used by farmers, but for some of Europe’s regenerative farmers who are working with livestock, it might be doing the opposite. Take poultry, for example. Chickens are omnivores that need protein, but because Europe produces barely 3% of the soy it consumes, the system relies heavily on imports. This creates an economic trap: farmers must either import organic certified soy from Latin America to keep their label, or use affordable local, non-certified feed and lose their certification. The same applies to animal welfare. If a farmer uses the closest local abattoir to minimize transport stress, but the facility isn’t officially certified, the label is revoked. They face a daily dilemma: compromise the biological needs of their land and animals to keep a label, or farm ecologically and risk the market recognition they need to survive. We sat down with the farmers navigating this grey area. Read their testimonies and our full analysis in our blog post (link in our bio). 🌱

This month we welcome 5 new farmers to the community! 👩‍🌾👨‍🌾 From protecting soil health to implementing zero-waste circular systems, these producers are dedicated to the future of regenerative agriculture. 🌱 From Germany 🇩🇪 we welcome Conrad with organic blueberries, Nadja with organic East Frisian Cured Meats, and Felix with organic garlic. From Italy 🇮🇹 we have Elisa joining us with organic Prosciutto di Parma PDO and Emanuela with organic artisanal cow and goat’s cheese.

The harvest is shifting as we welcome the first stone fruits, like cherries, alongside classic spring favourites like rhubarb and new potatoes. You’ll also notice honey in our seasonal spotlight. May is the season of the "first extraction" and our beekeepers are currently harvesting fresh batches made from the nectar of wild spring flowers that bloomed just weeks ago. 🍯 Save this calendar and make seasonal eating part of your daily routine 🌱

In the hills of Puglia, Vincenzo and his family are transitioning their organic farm, @terradiva , into a thriving regenerative ecosystem. 🌱 The team is currently diversifying their Coratina olive groves by planting a variety of native shrubs and aromatic plants, including laurel, myrtle, hawthorn, and sage, to attract beneficial pollinators and help fight pathogens naturally, reducing the need for external interventions. 🐝🦋 Managing the entire supply chain helps revitalise the local economy while providing stable work for the community.

👋🏼2025 was a big year! But as always, we like to look to the future : ➡️The roadmap for 2026: True resilience is built from the ground up. 🧑‍🌾Scaling Regeneration: With this rigorous foundation now in place, 2026 will be a year of exponential growth. We are expanding the SAX monitoring platform to over 100 farmers to create evidence-based climate action plans. 💻Supporting the Transition: We are launching a dedicated program to financially and administratively back farmers moving towards their official EU organic certification during their toughest years. 🍊Measuring true nutrient density: We are conducting proprietary investigations with specialised laboratories to scientifically prove the superior nutritional value of regenerative-organic farming. Check out the full report in the link in bio. We’re excited to keep the adventure going 🚀

At Hacienda Altos De Cantarriján, spontaneous vegetation is not a nuisance, it is a vital source of organic matter. Instead of using chemical herbicides, our farmers use mechanical brush cutters to shred these plants, a practice known as mulching in place. This method directly benefits the farm ecosystem: 🪱Microbial Activation: Shredding plant biomass increases the surface area for soil microbes (bacteria and fungi). They decompose this material into humus, a stable organic component that improves soil structure and water infiltration. 🌱Carbon Sequestration: Plants capture C02 through photosynthesis. By mulching this material instead of burning it or allowing it to oxidize on bare ground, we help stabilize carbon within the soil matrix. Transitioning from synthetic chemicals to mechanical biomass management requires more labor and precision from the farmer. However, this shift reduces dependence on external inputs and creates a more self-sustaining farm ecosystem.