We’re digging back into waste in the food system this week, but to narrow the focus, we’re zooming in on Australia. Australia is a country that has set specific targets on waste reduction, but so far, is largely on track to miss them, and companies all along the value chain are contributing.  Alongside our broader discussion of overall waste targets in the country, we take a more focused look at a food system case study: a meal kit delivery company that deals with a diversity of waste streams– from ingredients to packing to fuel. For more information and resources, visit our website ..read more

Waste in the food system is an incredibly big challenge. Whether the aim is to reduce food loss, to curb packaging that ends up in landfills, or even to ensure food that’s grown makes it out of the field, there is waste at every link in the chain that continues to contribute to food and ag’s outsized climate impact. The good news is, there are plenty of startups, and many investors, that are tackling these thorny problems. But the problem is, it’s really complex. Our internal grappling with why waste is such a hard nut to crack has taken us on a journey to better understand the barriers in the ..read more

There’s a common misconception in the alternative protein space that continues to hold back innovation: the idea that conventional and alternative products are direct competitors. In general, the idea that consumers are dropping conventional milk for soy milk, or eschewing chicken in favor of plant-based nuggets just isn’t reflected in the data. More often then not, consumers buy both conventional proteins and alternative proteins, often at the same time. Acknowledging this, we have a lot of conviction that the future of alt-proteins writ large offers a lot of opportunities for conventional pr ..read more

Deep tech– or the world of technology companies beyond those that make software– is often seen as a bridge too far for the world of venture capital investing. A key challenge; the tried and true strategies around growing high-value companies quickly that were the hallmark of the 2000s and 2010s don’t often translate when a company is moving atoms and molecules instead of bits and bytes. But from our perspective, deep tech is likely the most important component of our future food system. We have conviction that deep tech advances, from robotics to distributed input production, will actually be ..read more

When it comes to phosphorus-- the second most prominent fertilizer component– a big problem today is that it is simultaneously too rare on earth overall and too abundant in the landscapes where it's used. The vast majority of the world’s phosphorus reserves are found in just two countries, Morocco and China. And phosphorus runoff, largely originating from agricultural uses, leads to toxic algal blooms (and associated greenhouse gas emissions) all over the world. Hunter Swisher, founder and CEO of Phospholutions, hopes that his technology offers a piece of the solution to this problem: enhancin ..read more

The question of how to make commodity crops more valuable is a perennial one in agriculture, and over the years there have been a lot of good-- and bad-- answers. Recently, one strategy has emerged that we find particularly intriguing, though it's safe to say it comes with plenty of challenges. Today, we’re exploring molecular farming– which, in this case, involves the production of dairy proteins in a genetically modified plant. Growing protein this way offers a lot of potential benefits, from avoiding the environmental impact of animal production to enabling plant-based dairy products that a ..read more

When people in ag think about fertilizer, nitrogen -- or N -- is usually the first thing that comes to mind, whether thinking about yields, costs, or environmental impacts. But phosphorus is another concerning element of the crop nutrient mix, due to the declining mineable supplies, and the fact that those supplies are almost exclusively located in Morocco and China. But natural deposits aren’t the only source of phosphorus on Earth: livestock manure also contains meaningful quantities of the valuable mineral. The challenge is in transforming a complex, liquid, and highly concentrated waste pr ..read more

Global geopolitical disruptions first put fertilizer center stage as farmers around the world struggled with price and supply swings. But that was just the beginning of the conversation– as fertilizer tech begins to step into the spotlight, offering alternatives not only to traditional products, but to our whole way of thinking about the crop nutrients sector. Today, Tim Hammerich of the Future of Agriculture Podcast joins Sarah to dig into the “so what?” of the nitrogen tech we’ve discussed here on the podcast and the fertilizer innovations Tim has recently covered. Along the way, we discuss ..read more

Breaking news in the agtech world abounds here at the beginning of 2023, and as we've tracked the latest announcements, we've been thinking a lot about a few tech updates, especially from major brands, and what they might mean for the agtech landscape in the near future. Today, teammates Komal Patel and Matthew Pryor join Sarah to discuss a few pieces of news from the past few weeks that stood out. We dig into the details, read between the lines, and argue why we think they're worth paying attention to. For more information and resources, visit our website. The information in this post is not ..read more

2022 was a wild year– both in the world of agtech broadly, and for us here at Tenacious Ventures. We’ve covered a lot of ground, spanning everything from scaling soil tech, to the future of ag marketing, to alternative protein, novel investing tactics, and most recently, the next generation of farm inputs. Today, we’re taking some time to reflect on the most important lessons we’ve learned on the podcast this year– and for us, it all came back to the question of how tech can help mitigate risk in agriculture. You’ll hear snippets from five episodes that we found particularly thought-provoking ..read more