There's a lot we could tell you about our products. The ingredients we use, the way we process them, and how we test for quality. But if we're being honest, none of that really matters if we don't start at the beginning.
Love Grown doesn't begin in our facility. In fact, it doesn't even begin at the point of harvest. It starts in the soil.
Why farming practices matter more than you'd think
When you pick up a bag of coffee or a box of cereal, you're holding the result of many decisions. Some of our most important decisions happen long before the product is actually made. The delicious product depends on the decisions on the farm, about how to grow, what to use, and how to care for the land over time.
Those choices shape everything, including:
- The quality of what gets harvested
- The health of the ingredient itself
- The long-term sustainability of the whole system
Most of the time, this part is invisible. You can't see it on a label. It doesn't show up in marketing materials. But it's one of the most critical pieces of the puzzle.
Where our coffee actually begins
Before the roast, brew, and that first sip that makes mornings feel possible, there's a farm somewhere where someone is tending the soil.
That's where our coffee starts. Not at a commodity exchange or some massive plantation, but on family farms and cooperatives where the people growing the beans actually know their land. They know its rhythms, its needs, what it can give, and what it needs back.
These farmers are stewards in the truest sense. They're treating soil with care, growing without pesticides, and passing down knowledge through generations. They're thinking about next season, sure, but also about the seasons ten years from now.
When land is cared for this way, it gives back. The plants are healthier. The beans are cleaner. The flavor doesn't need to hide behind anything. We’re here to articulate why this happens.
What healthy soil actually does
Soil isn't just dirt. It's a living ecosystem full of microorganisms, fungi, organic matter, and minerals that plants need to thrive. Healthy soil has a few key characteristics:
High organic matter content. This acts like a sponge, holding water and nutrients that plants can access over time. In degraded soil, water and nutrients just run off, which means more inputs are needed to keep plants growing.
Active microbial life. Beneficial bacteria and fungi help break down organic matter into forms plants can use. They also protect plant roots from pathogens and can even help plants resist pests naturally. When soil is repeatedly treated with synthetic chemicals, a lot of this microbial diversity gets wiped out.
Good structure. Healthy soil has pores that allow air and water to move through. This matters for root development, drainage, and preventing erosion. Compacted or degraded soil doesn't let roots penetrate as deeply, which makes plants more vulnerable to drought and less able to access nutrients.
When coffee is grown in healthy soil, the plants are stronger. They're better able to resist disease and environmental stress. They produce beans that are more nutrient-dense and flavorful, not because of what's added, but because the soil is able to provide what the plant actually needs.
The pesticide problem
Pesticides don't just affect the surface of the plant. They get into the soil, affect beneficial organisms, persist in groundwater, and can end up in the final product. According to the EPA, over 1 billion pounds of pesticides are used in the U.S. alone each year. Globally, that number is closer to 5.2 billion pounds. A lot of that goes into food and beverage crops.
Some of those chemicals break down quickly. Others don't. Organophosphates, neonicotinoids, and glyphosate can linger in soil and water for months or even years. When they're used repeatedly in the same area, they build up.
For coffee specifically, this is a real issue. Coffee is one of the most heavily treated crops in conventional agriculture. It's grown in tropical regions where pest pressure is high, and large-scale operations often rely on chemical inputs to maintain yields. When you grow without pesticides, especially over multiple generations, the ecosystem starts to regulate itself. Beneficial insects come back. Natural predators keep pest populations in check. The soil microbiome becomes more diverse and resilient.
It's not an immediate switch. It takes time for a system to rebalance. But once it does, the need for external inputs drops significantly. The beans that come out of that system are cleaner, not just in terms of what's on them, but what's in them.
What regenerative agriculture actually means
You might hear the term "regenerative agriculture" thrown around a lot these days. Though it has become a bit of a buzzword, the concept itself is backed by real science.
Traditional agriculture often treats soil as an inert growing medium, something you add nutrients to, extract from, and move on. Over time, this depletes organic matter, reduces biodiversity, and degrades soil structure. Studies show that conventional farming has contributed to the loss of 24 billion tons of fertile soil globally every year.
Regenerative agriculture works differently. The goal is to actively improve soil health over time. To build organic matter, increase carbon sequestration, improve water retention, and support biodiversity. Some of the practices that make this happen:
Cover cropping. Instead of leaving fields bare between growing seasons, farmers plant cover crops that protect soil from erosion, add organic matter when they decompose, and can even fix nitrogen from the air into a form plants can use.
Crop rotation. Growing the same crop in the same place year after year depletes specific nutrients and creates conditions for pests and diseases to thrive. Rotating crops breaks that cycle and keeps the soil more balanced.
Minimal tillage. Every time you till soil, you disrupt its structure, kill off beneficial organisms, and release stored carbon into the atmosphere. Reducing tillage helps preserve the soil ecosystem and keeps carbon in the ground.
Composting and organic amendments. Instead of relying on synthetic fertilizers, regenerative systems use compost, manure, and other organic materials to feed the soil. This builds organic matter over time and supports microbial life.
Integrating livestock. When done right, animals can actually improve soil health—their manure adds nutrients, their hooves help work organic matter into the soil, and their grazing can stimulate plant growth.
Research from the Rodale Institute and others has shown that regenerative systems can match or even exceed conventional yields while using less water, building soil organic matter, and sequestering significant amounts of carbon.
Why this matters for coffee specifically
Coffee is interesting because it is often grown in ways that are naturally more aligned with regenerative principles, when it's done right.
Coffee plants thrive in shade. In their native environment, they grow under the canopy of larger trees. This is called "shade-grown" or "agroforestry" coffee, and it has real benefits:
Biodiversity. A shaded coffee farm can support hundreds of bird species, beneficial insects, and other wildlife. A full-sun monoculture coffee plantation supports almost none.
Soil protection. Tree canopy and leaf litter protect soil from erosion and help maintain moisture. Roots from different plant species create a more stable soil structure.
Natural pest control. Diverse ecosystems have natural predators that keep pest populations in check. Birds eat coffee berry borers, wasps parasitize leaf-cutting ants, and so on.
Carbon sequestration. Trees and healthy soil both store carbon. Shade-grown coffee systems can sequester 2-3 times more carbon than full-sun plantations.
This is only true when coffee is grown on smaller farms with real attention to these practices. Large-scale coffee plantations often clear everything for full-sun monoculture, which maximizes short-term yield but degrades the land and requires constant chemical inputs to maintain.
The farms and cooperatives we work with are doing it differently. They're growing coffee in ways that work with natural systems, not against them. No synthetic pesticides. Shade management. Attention to soil health. A real commitment to practices that improve the land over time.
The truth about contamination
We've come to learn that you can't process your way to purity if it wasn't there in the growing. Heavy metals like lead, cadmium, and arsenic can accumulate in soil from various sources, including industrial pollution, contaminated water, and even naturally occurring deposits. Plants grown in contaminated soil will uptake these metals. You can wash them, roast them, process them however you want, but those contaminants are in the plant tissue.
The same is true for pesticide residues. While roasting does reduce some pesticide residues in coffee (heat breaks down certain compounds), it doesn't eliminate them. In fact, some pesticides are specifically designed to be persistent, meaning they're designed to stay active in the environment.
That's why sourcing matters so much. The cleanliness of your cup traces all the way back to:
- The soil in which the beans were grown
- The water used on the farm
- Whether pesticides and synthetic fertilizers were part of the equation
- The broader environmental context of the growing region
That's why we're so particular about where our coffee comes from. And it's why we test rigorously – to verify that what we think is clean actually is clean.
What this looks like in practice
When we say we source from family farms and cooperatives, here's what that actually means:
Small-scale operations. Farms where people know every section of their land. Where decisions are made with care, not just efficiency. Research shows that small farms (under 2 hectares) are often more biodiverse and more likely to use agroecological practices than large plantations.
No synthetic pesticides. This isn't just better for the environment, it's better for the people doing the work. Pesticide exposure is a serious health issue for farmworkers. The World Health Organization estimates that pesticides cause 385 million cases of acute poisoning annually worldwide, primarily among agricultural workers.
Generational knowledge. These aren't people following a corporate playbook. They're drawing on decades, sometimes centuries, of understanding about how to work with their specific land, in their specific climate, with their specific crops.
Active soil management. Composting, cover cropping, and minimal tillage. Practices that build soil health rather than deplete it.
It's not just coffee
We apply the same thinking to our cereal ingredients. The beans we use aren't just chosen for their nutritional profile but because of how they interact with soil.
Legumes (which include the beans we use) are nitrogen-fixing. They have a symbiotic relationship with bacteria in the soil that convert atmospheric nitrogen into a form plants can use. This is huge. Nitrogen is one of the most important nutrients for plant growth, and it's also one of the most expensive and environmentally problematic when applied as synthetic fertilizer.
When you grow legumes, you're actually enriching the soil for whatever crop comes next. Farmers have known this for thousands of years, explaining why crop rotation systems have traditionally included beans or peas.
Beyond that:
- Beans require less water than many grains
- They're more drought-tolerant once established
- They have deep root systems that help improve soil structure
- They don't require the same level of processing to become nutritionally complete
Again, it comes back to starting with the right foundation. If you choose crops that naturally build soil health and require fewer inputs, everything downstream gets easier.
Why we test so rigorously
Even with careful sourcing, we don't just take things on faith. We test a lot.
Our products go through third-party testing for:
- Heavy metals (lead, cadmium, arsenic, mercury)
- Pesticide residues
- Mycotoxins (toxins produced by certain molds)
- Other potential contaminants
We work with organizations like the Clean Label Project to independently verify that what we're putting out there meets high standards for purity.
You can have great farming practices and still end up with contamination from factors beyond any single farmer's control. Neighboring farms using pesticides that drift on the wind, water supplies affected by upstream pollution, environmental contaminants in the region.
Testing helps us catch that and make sure what reaches you is what we intended. But it's a safeguard, not a solution. The real work happens upstream, in how things are grown.
What we're still learning
We don't have this all figured out. Sourcing is complicated. Supply chains are messy. The more you dig into it, the more you realize how interconnected everything is.
Some of the questions we're still working through include:
- How do we better support the transition to regenerative practices for farms that want to make the shift?
- What does soil health look like in different growing regions, and how do we verify it?
- How can we increase transparency in our supply chain without compromising farmer privacy or business relationships?
- Where can we push our standards even higher?
We don't claim to have all the answers, but we do think it's worth asking the questions and being honest about where we're still learning.
Why this matters for you
At the end of the day, you're not buying our products because you care about our sourcing philosophy. You're buying them because you want good coffee and good cereal that make you feel good.
But the two things are connected.
When ingredients are grown in healthy soil, without pesticides, by people who understand their land, it shows up in what you're drinking and eating. Better flavor because the plants are expressing their natural characteristics, not compensating for nutrient deficiencies. Cleaner ingredients because there aren't any chemical residues to worry about. Higher nutrient density because the soil was actually able to provide what the plant needed.
Perhaps most importantly, it means supporting a way of farming that doesn't deplete the very thing it depends on but treats land as a living system, not a resource to extract from. That can actually sustain itself and the people doing the work over generations.
The through-line
So when we say "it starts with how things are grown," this is what we mean.
Not just what we source, but how it was cared for long before it reached us, including the soil it came from. The choice to avoid synthetic pesticides, to build soil health, to work with natural systems instead of against them. The hands that tended it and the knowledge they brought to the work.
Everything else – the roasting, the processing, the testing, the packaging – that's all important. But it's built on this foundation. And if the foundation isn't solid, nothing else really works.
From their hands to yours,
The Love Grown Team
