Co-creating a regenerative future for tourism in Spain, with Sonia Teruel

Technology has always shaped agriculture, but today the term covers far more than tractors, sensors, robotics, satellite monitoring and AI. It also includes biotechnology and genetic engineering, synthetic fertilizers and pesticides, patented seeds, pharmaceuticals, controlled environments, increasingly automated production systems, and the digital platforms that influence how farms are managed. Many of these technologies have delivered real benefits in productivity, labour efficiency, crop protection and the ability to manage difficult conditions. At the same time, farmers have good reasons to be skeptical. Technologies can create dependency on expensive inputs and proprietary systems, concentrate control over seeds, data and knowledge, generate unintended ecological or health consequences, and sometimes solve one problem while creating several others. In this panel, we want to move beyond the simple argument of whether technology is good or bad and ask a more useful question: what kinds of technology actually serve farmers, ecosystems and resilient food systems, and under what conditions? We’ll explore everything from AI and precision agriculture to GMOs and agrichemicals, while considering questions of autonomy, precaution, ecological complexity, ownership, accessibility and long-term consequences. The goal is not to reject innovation or embrace it uncritically, but to develop better ways of deciding when a technology expands a farmer’s capacity to understand and care for their system, and when restraint, simpler tools or biological solutions may be the wiser choice.

Last month we wrapped up our series on regenerative water management, and today we’re kicking off a new series on regenerative animal management. Both of these series correspond to master’s programs that we’re currently building with our university partners here at Climate Farmers, and we’ll eventually be using these interviews as supplementary resources for the academic programs. The aim is to introduce regenerative management into agronomy and food science programs at universities around Europe, improving access to these concepts at a high level in education and hopefully helping to train the next generation of field professionals who can assist farmers in managing their operations more holistically and with a stronger understanding of ecological processes.

Over the past few decades, farming has changed dramatically. Mechanization and increasingly efficient technologies have made it possible for just one or two people to manage areas of land that once required much larger teams of workers and animals. While this has brought major gains in productivity, it has also contributed to fewer people working on farms and, in many places, to the decline of rural populations. At the same time, a growing number of farmers and land-based projects are experimenting with a different direction: finding ways to bring more people, skills, ideas, and shared responsibility back onto the land. In this panel, we’ll hear from three innovators who are developing different models for collaboration and partnership on their farms. We’ll explore what becomes possible when more hands and minds are involved, as well as the practical and interpersonal challenges that can arise. The conversation will look at different agreement structures, incentives, roles, and expectations, and draw out lessons from each speaker’s experience of building productive, resilient, and mutually beneficial collaborations on the land.

Since water management and landscape rehydration is a topic that I’ve covered in depth over years now, I wanted to try and dig into some of the often overlooked, and sometimes less exciting considerations for water. Today I’m joined by my good friend and regular contributor to this podcast, Nick Stiener. He and I have both been working on a lot of projects for clients out in the field individually and with our growing team as well. We start out this session by giving an update of all of the new learnings, interesting projects, larger scale and collaborative work that’s been happening since we last checked in. From there we start to break down the engineering considerations and practical puzzle pieces that one needs to think about from capturing water, through to transporting it, cleaning it, and different options for administration at the point of use. In so many past episodes we’ve talked about managing water at a landscape level, by digging ponds and terraces, reducing erosion, and rehydrating soil, but for many people with smaller land bases and limited budgets, these interventions can be unrealistic or inappropriate, so in this episode we’re instead looking at how to choose a cistern or other water storage. We’re talking about piping and pumping options, and how to get water clean enough to move through the system without clogging. Nick talks about his own home system works and why he set it up the way he did. We also touch on irrigation considerations, calculations for quantities, and a whole lot more.

As important as it is to manage the land well to create healthy and abundant produce, it's just as important to sell that produce to a market that values its quality. Many large scale markets buy volume at the lowest price with no regards for differences in how the goods were raised nor their quality. These markets can also fluctuate wildly for reasons outside a grower's control. For reasons like these many farmers look for ways to sell to buyers who value these other factors and are willing to invest in more loyal and consistent relationships. Join us in this panel as we speak to farmers who have cultivated different ways of selling their products that compensate them for all of the work they do above and beyond market standards. We'll look at the benefits as well as the challenges of breaking away from commodity markets and wholesale buyers in hopes that you'll consider a sales strategy that better fits your way of farming