Regenerative agriculture aims to work in harmony with nature and utilize the potential of natural cycles . Pesticides and artificial fertilizers are rejected; instead, the focus is on topsoil regeneration, biodiversity, and maintaining the water cycle. The goal is to operate in harmony with nature as much as possible. Essentially, the following five principles apply: • Few disturbances thanks to shallow soil cultivation • Ideally, permanent ground cover • always living roots in the soil • Maximizing biodiversity on the farm • integrated animal husbandry (pasture or free-range farming) Unlike regenerative agriculture, regenerative mosaic agriculture does not require integrated animal husbandry. You can learn more about regenerative agriculture here (https://www.agricultura-regeneratio.ch/).

Since 2015, SlowGrow has been developing the Regenerative Mosaic Farming(RMF) approach as a productive experimental farm. RMF combines the best aspects of various farming methods: a mix of permaculture, organic and regenerative agriculture, as well as entirely new approaches, creates a new agricultural system. This system utilizes diverse mulching techniques, shallow tillage, deep loosening, no-till vegetable cultivation, and mixed-crop bed cultivation. RMLW operates without readily soluble fertilizers or pesticides. The use of modern technology is also a given. For example, the fields are cultivated using CTF (Controlled Traffic Farming), meaning that all machinery travels in fixed tracks that remain consistent over the years. On various plots, a mosaic of crops including vegetables, grains, green manure, flowering strips, and perennials is cultivated. This fosters interaction between neighboring crops, their signaling molecules, microorganisms, fungal networks, and insect populations. Ecological areas are not separated from the arable land but integrated with it – biodiversity becomes a crucial production factor. Innovations from diverse fields (machinery, management systems, soil treatment) make this radically natural yet economically viable production on the farm possible. All of this enables a system in which biodiversity and production are established on the same land. The combination of practical knowledge, intuition, creativity, and innovation is forward-looking and demonstrates that agroecological principles can be optimally implemented in Switzerland, thus also enabling "species-appropriate plant cultivation." All this knowledge is compiled, processed, and disseminated in the Farm Lab.

In the RMF, functioning natural processes are the most important factors of production: Soil Soil life ensures the optimal supply of nutrients to plants. The soil is a key factor. It must not only be healthy, but also teeming with life. Active soil life is essential for providing plants with the best possible nutrition. • Fixed lanes and GPS help avoid congestion. • Mulch and green manures nourish the soil life and protect against rain and sun. • The avoidance of pesticides and fast-acting fertilizers allows for the development of natural symbioses between plants and bacteria and fungi. This enables the plants to be supplied with nutrients and water. • Carbon-rich material in the topsoil acts as an additional driver for soil life. Crop rotation Site-specific crop rotation with knowledge about the conditions and history of each bed. Ecosystem In a farm-scale ecosystem, beneficial and harmful organisms are in balance: Diverse cultivation in tractor-wide strips allows for high biodiversity. Additional structures provide space for the developmental stages of all kinds of living things – the basis for a balanced ecosystem. Management Machines and clever management allow for efficiency and scalability: site-specific crop rotation with knowledge about the conditions and history of each bed.

• Regenerative agriculture • Permaculture • Organic farming • Mulching • No-till approach • Mixed bed cropping …and many others. This is what makes the regenerative mosaic agriculture approach so special: It utilizes all approaches that have proven useful in practice for regenerating soils and achieving the highest possible soil quality and biodiversity.

Regenerative agriculture is closely related to permaculture. Both concepts are based on the idea of creating healthy, fertile soils so that agriculture remains sustainable and productive in the long term. Permaculture typically involves planting and combining perennial plants in small spaces to create a self-sustaining system. Natural ecosystems and cycles are mimicked. Regenerative agriculture, on the other hand, focuses more on annual crops.

No. From the outside, it's easy to get the impression that we at HofLabor already have the perfect solution for all problems. That's not the case – of course, we've learned a great deal in recent years, but many new questions have also arisen. At HofLabor, we're now developing solutions that are robust enough for us to share with other farmers, allowing them to benefit from our experience. We believe that every new system only gets one chance, and that we need a robust system before we can pass this knowledge on to other farmers. For farmers, experimentation involves high risk – both financially and in terms of their personal reputation in a traditional environment.

Our approach is suitable for any farmer and landowner who is looking for a sustainable, regenerative and natural farming method.

Our goal: To make the regenerative mosaic farming system technically and economically scalable and easily accessible to farmers within the next three years – thanks to new technology and innovation.

We are working to provide farmers with concrete, needs-based support in converting to and implementing near-natural agriculture that is sustainable in all dimensions. Over the next three years, HofLabor aims to further develop regenerative mosaic farming so that it becomes scalable and feasible for farmers – to achieve this, we are pooling the knowledge of pioneering farms and developing multifunctional methods, machinery, and digital management tools.

We are currently still developing our methods, tools, and solutions. We have already documented and published some of our methods. If you are interested in our approach, please feel free to contact us by email and we will get back to you.

SlowGrow has been a pioneering farm for regenerative mulch-based mixed cropping systems since 2015. SlowGrow was founded by Matthias Hollenstein, who is also a co-founder of HofLabor. Since 2018, SlowGrow has been cultivating approximately 20 hectares of vegetables and arable land in the Zurich Oberland region, growing various specialty crops. The idea for HofLabor as an on-farm innovation project arose from SlowGrow's many years of experimentation, development, and trials. HofLabor was established as an independent project in 2021. SlowGrow is now one of the pioneering farms of HofLabor – many experiments take place on SlowGrow's land, and SlowGrow provides its data for analysis.

Currently, both HofLabor and SlowGrow are receiving a lot of attention, which we are of course very pleased about. At the same time, we unfortunately cannot accommodate all requests, as our team is small and time is limited. Please feel free to contact us by email or via the contact form, and we will review your request.

We welcome media inquiries and coverage. We are currently working on a media kit. Until then, please feel free to contact us by email or via our contact form. Please understand that we may not be able to respond immediately, as our team is small and we spend a lot of time in the field.