There has been a steady stream of research lately about ultra-processed foods.

I pay attention to it because nutrition has increasingly become the reason behind many of the decisions we make at Tyner Pond Farm.

The interesting part isn't simply another warning about eating too much sugar or sodium. Researchers are beginning to ask a bigger question:

Does the way we make food matter, apart from the numbers on the nutrition label?

Increasingly, the evidence suggests that it may.

Processed and Ultra-Processed Are Not the Same Thing

First, an important distinction.

Almost all food is processed in some way.

We butcher cattle. We grind beef. We freeze it. Milk becomes cheese. Vegetables get chopped and cooked.

That isn't what researchers generally mean when they talk about ultra-processed foods.

Ultra-processed foods are typically industrial formulations made from refined ingredients and often include ingredients such as flavorings, sweeteners, stabilizers and emulsifiers that you would not normally use in a home kitchen.

That distinction matters.

The problem isn't simply that somebody touched the food before you ate it.

There's More Going On Than the Nutrition Label

For decades, much of nutrition advice could be reduced to numbers: calories, fat, sodium, sugar and protein.

Those numbers still matter.

But newer research is asking whether they tell the whole story.

A 2026 study of nearly 48,000 American adults found that higher consumption of ultra-processed foods was associated with poorer cardiometabolic measures and higher mortality even after researchers adjusted for overall nutritional quality. Adjusting individually for saturated fat, added sugar or sodium did little to explain the associations.

That doesn't prove ultra-processing itself is the cause. But it does suggest that simply reformulating a product to look better on a nutrition label may not tell us everything we need to know about the food.

An earlier controlled study at the National Institutes of Health made the question even more interesting.

Researchers provided people with either an ultra-processed or minimally processed diet. The meals presented were designed to contain similar amounts of calories, carbohydrates, protein, fat, sugar, sodium and fiber.

People eating the ultra-processed food still consumed about 500 more calories each day and gained weight.

Scientists are still working out why. Eating rate, energy density, food structure, formulation and other characteristics are all being studied.

So I don't think the lesson is that we have finally discovered one ingredient to blame.

The lesson may be simpler.

Food is more complicated than a nutrition label.

Not Every Ultra-Processed Food Is the Same Either

There is another part of this research that I think is important.

We shouldn't replace one overly simple rule with another.

A large Harvard-led study followed more than 200,000 people and then combined its findings with research covering roughly 1.25 million people. Higher overall ultra-processed food consumption was associated with cardiovascular disease.

But when researchers looked at individual categories, the results varied considerably.

That tells me we should be careful about broad claims. The science is developing, and there is still plenty we don't understand.

For me, the useful takeaway isn't to become afraid of food.

It's to move toward foods whose origins we can understand.

And that brings us back to the farm.

Once You Choose Whole Food, Where Did It Come From?

If a hamburger contains one ingredient—beef—we have removed a lot of the questions surrounding ultra-processing.

But another set of questions immediately appears.

What did the animal eat?

What was growing in the pasture?

How long was that pasture allowed to recover?

How healthy was the soil beneath it?

This is where some very interesting new research is emerging.

A large 2026 study in Food Chemistry analyzed 237 grass-fed and 71 grain-fed steaks sourced from 112 North American farms, ranches and retailers.

The researchers found substantial nutritional differences.

On average, grass-finished beef contained about 88% more alpha-tocopherol, a form of vitamin E, and about 53% more beta-carotene. Researchers also detected dozens of differences in plant-derived compounds and their metabolites.

But perhaps the most interesting finding for us was within the grass-fed beef itself.

Cattle grazing more botanically diverse and well-rested pastures tended to produce beef with higher concentrations of vitamin E and phytonutrients.

In other words, even "grass-fed" isn't the end of the story.

The pasture matters.

That's Why We Manage Grass, Not Just Cattle

At Tyner Pond Farm, we don't look at cattle separately from the land beneath them.

Our cattle graze a pasture and then move on. The plants are given time to recover before the animals return.

We're trying to maintain living roots, keep the soil covered and allow a diverse pasture to develop through grazing and recovery.

That work isn't particularly dramatic.

Mostly it means moving cattle, watching grass and being patient.

But we're increasingly learning that those decisions may travel farther through the food system than we once understood.

Soil influences plants.

Plants become forage.

Cattle turn forage humans cannot eat into beef that we can.

And now researchers are finding measurable traces of those plant compounds in the meat itself.

That's a remarkable connection.

Good Food Begins With a Place

The research on ultra-processed foods and the research on pasture-finished beef may seem like two different subjects.

I think they're connected.

Both are asking us to look beyond the nutrition panel.

One asks what happens when food is broken apart and reconstructed.

The other asks what happens when food remains connected to soil, plants, animals and a particular place.

We shouldn't pretend the science has answered every question. It hasn't.

But it is giving us another reason to pay attention to where our food comes from and how it was produced.

That's what we've always meant when we say:

Good food begins with a place.

FAQ's

What are ultra-processed foods?

Ultra-processed foods are generally industrial formulations made from refined ingredients and often include flavorings, sweeteners, stabilizers, emulsifiers or other ingredients not commonly used in a home kitchen.

Are ultra-processed foods unhealthy?

Research has found associations between diets high in ultra-processed foods and several poorer health outcomes. Controlled research has also shown that people may eat more calories on highly processed diets. Scientists are still studying which characteristics of these foods are responsible.

Is all processed food bad?

No. Processing includes ordinary practices such as grinding beef, freezing vegetables, fermenting milk into cheese and cooking food. Ultra-processing refers to a much narrower category of industrial food formulation.

Does food processing matter beyond calories, sugar and fat?

Recent research suggests it may. Some associations between ultra-processed food intake and health outcomes remain even after researchers adjust for factors such as saturated fat, added sugar and sodium.

Does pasture affect the nutrition of grass-fed beef?

Research has found differences in nutrients and plant-derived compounds in beef depending on cattle diet and pasture management. Recent studies suggest botanically diverse, well-rested pasture may influence vitamin E and phytonutrient levels in grass-finished beef.

Why does Tyner Pond Farm focus on pasture?

We believe animal nutrition begins with the land. Our grazing management is designed to keep living roots in the soil, allow plants time to recover and maintain diverse forage for our cattle.