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Beetroot: Nutrition, Nitrates & Natural Performance

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Beetroot is one of the clearest examples of what Nutritional Diversity stands for: an ordinary whole food that turns out to be quietly extraordinary. Beneath its deep red color sits a package of dietary nitrates, betalain pigments, fiber and minerals that has made the humble beet one of the most researched natural performance foods of the last decade.

What’s actually in a beet

Beetroot (Beta vulgaris) is low in calories and high in signal. A typical cup of raw beets carries meaningful fiber, folate, potassium, manganese and vitamin C — but its standout features are two things most vegetables don’t have in the same quantity: naturally high dietary nitrate, and the red-violet betalain antioxidants that give beets their color.

Component Why it matters
Dietary nitrate Converted in the body toward nitric oxide, which relaxes blood vessels and improves blood flow
Betalains Pigment antioxidants studied for their role in managing oxidative stress
Fiber Supports digestion and feeds a healthy gut microbiome
Folate & potassium Everyday nutrients for cardiovascular and cellular health

The nitrate–nitric oxide pathway

The reason beetroot became a sports-nutrition staple is a chain of chemistry. Nitrate from the beet is reduced to nitrite by bacteria in the mouth, and then, in the low-oxygen conditions of hard-working tissue, toward nitric oxide — a molecule that widens blood vessels and appears to make muscle contraction more oxygen-efficient. In plain terms: the same effort can cost slightly less oxygen.

Controlled studies back this up. Dose-response work found that beetroot juice raised plasma nitrite and improved exercise economy and high-intensity tolerance, with benefits scaling up to a practical dose and then leveling off (Wylie, Jones et al., Journal of Applied Physiology, 2013). Later systematic reviews and meta-analyses concluded that nitrate supplementation produces a small but real ergogenic effect, most reliably in endurance and repeated high-intensity efforts.

Endurance economyResearch associates dietary nitrate with using slightly less oxygen at a given pace.
Blood flowThe nitric-oxide pathway supports vessel dilation and circulation.
Whole-food firstThe benefit comes from the nitrate-rich food itself — no lab required.

A beet is proof of the whole idea: eat from the living, colorful range of real food, and the performance takes care of itself.

How to use beetroot well

For everyday nutrition

Roast, grate raw into salads, blend into a smoothie, or juice it. Pairing beets with a squeeze of citrus adds vitamin C; keeping the greens (they’re edible and nutrient-dense) means nothing is wasted.

For a performance boost

In the research, benefits typically show up when concentrated beetroot juice is taken in the 2–3 hours before an endurance or repeated-sprint effort, and are more consistent with a few days of daily use rather than a single dose. Whole beets and juice both provide nitrate; concentrated “shots” simply make the studied dose easier to hit.

Two honest notes. Beeturia — harmless pink-red urine or stool — is common and not a cause for concern. And strong antibacterial mouthwash can blunt the nitrate pathway by killing the oral bacteria that start the conversion. This article is educational and isn’t medical advice.

Supporting study & further reading

  • Wylie LJ, Kelly J, Bailey SJ, Jones AM, et al. “Beetroot juice and exercise: pharmacodynamic and dose-response relationships.” Journal of Applied Physiology, 2013.
  • Jones AM. “Dietary Nitrate and Exercise Performance.” Gatorade Sports Science Institute review.
  • Senefeld JW, et al. “Ergogenic Effect of Nitrate Supplementation: A Systematic Review and Meta-analysis.” 2020.
  • Clifford T, et al. “The potential benefits of red beetroot supplementation in health and disease.” Nutrients, 2015.

Part of the natural-nutrition work at Nutritional Diversity. Explore the wider system at nutritionaldiversity.com/ecosystem.

Health is #1. I am thankful to have found Nutritional Diversity Sciences it has been an empowerment all the way around! After a few years into biodiverse nutrition practices, it has become an integral part of my lifestyle and I could not imagine having another north star guide me through health after what I have seen and experienced. Many critiques now, after being challenged have come through the program to find their hair and nails growing faster and thicker, and becoming stronger than ever before. They are too converted and I was one of them. Once you experience it, there is no going back.

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Ragweed (Ambrosia): The Infamous Allergen with a Surprising History

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Few plants are as disliked — or as misunderstood — as ragweed. To most people it’s simply the reason late summer means itchy eyes and endless sneezing. But ragweed is also a native North American plant with a genuinely surprising past: it was one of the continent’s ancient cultivated seed crops, and its very name is tangled up with wormwood in a way worth untangling.

What ragweed is (and the wormwood mix-up)

Ragweed is the genus Ambrosia — most commonly Ambrosia artemisiifolia (common ragweed) and Ambrosia trifida (giant ragweed) — in the daisy family. Here’s the confusion we see constantly: common ragweed’s folk names actually include “American wormwood” and “bitterweed,” which is why people so often conflate it with true wormwood. They are not the same plant. True wormwood is Artemisia absinthium; ragweed is Ambrosia. Different genus, different chemistry, different story — even if an old common name blurred the line.

The allergy reality

There’s no sugar-coating ragweed’s headline trait: it is one of the most significant pollen allergens in North America. A single plant can release enormous quantities of lightweight pollen that travels for miles on the wind, and its late-summer-into-fall season is the classic cause of seasonal allergic rhinitis — hay fever. People allergic to ragweed may also react to related plants and, through cross-reactivity, to certain foods like melon and banana in some cases.

An allergen first. For millions of people ragweed pollen is a genuine trigger for hay fever and can worsen asthma. This article is educational history and botany — not an invitation to handle, forage, or consume ragweed, especially if you have pollen allergies or asthma. Talk with a clinician about seasonal allergies.

The forgotten history: an ancient seed crop

Here’s the part almost no one knows. Long before it was a villain, giant ragweed (Ambrosia trifida) was part of the “Eastern Agricultural Complex” — a group of plants that Indigenous peoples of eastern North America cultivated thousands of years ago. Archaeological evidence shows ragweed seeds among early cultivated foods, valued as an oily, protein-bearing seed before maize came to dominate. It’s a striking reminder that our labels — “weed,” “crop,” “medicine,” “menace” — say as much about us as about the plant.

Native pioneer plantAn Ambrosia native to North America, quick to colonize disturbed ground.
Major allergenWind-borne pollen; a leading cause of autumn hay fever.
Ancient seed foodGiant ragweed was among the Eastern Agricultural Complex crops.

One plant, four names, and a history that runs from ancient granary to modern nuisance — ragweed is a lesson in how much context decides a plant’s reputation.

From the field — what we’ve seen

Fifteen years of working the land teaches you to read plants the way the old growers did — not as heroes or villains, but as parts of a system. Ragweed is a pioneer: it rushes into bare, disturbed, abused soil, and where you see a lot of it, the ground is often telling you something about how it’s been treated. That ecological literacy — knowing what a plant’s presence means — is field knowledge that rarely makes it into a nutrition table. We document ragweed here for exactly that reason: to know a plant honestly, allergen and ancient food alike, is part of a truly diverse understanding of the living world.

Supporting study & further reading

  • Native Plant Trust, Go Botany. “Ambrosia artemisiifolia (common ragweed)” and “Ambrosia trifida (giant ragweed).”
  • North Carolina Extension Gardener Plant Toolbox. “Ambrosia artemisiifolia (American Wormwood, Common Ragweed).”
  • Smith BD. “The Eastern Agricultural Complex” — archaeological literature on early cultivated seed crops of eastern North America.

Part of the natural-food studies at Nutritional Diversity. Explore the wider system at nutritionaldiversity.com/ecosystem.

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Bromelain Nutritional Information

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Bromelain: Pineapple’s Powerful Enzyme

Bromelain is a group of enzymes found in the stem and fruit of the pineapple (Ananas comosus). More than a tropical treat, pineapple carries one of nature’s most studied digestive enzymes.

Nutritional & Phytochemical Profile

Bromelain is a proteolytic enzyme, meaning it helps break down proteins. It is concentrated in the pineapple core and stem and is often extracted for use on its own, alongside the fruit’s vitamin C and manganese.

Traditional & Modern Uses

Traditionally, pineapple has been eaten to aid digestion after protein-rich meals. Bromelain is now widely used to support digestion, a healthy inflammatory response, and post-exercise recovery as part of a balanced routine.

How to Use & Enjoy

Fresh, ripe pineapple — especially closer to the core — provides natural bromelain; note that cooking deactivates the enzyme, so raw fruit is best. Concentrated bromelain is also available in supplement form.

The Nutritional Diversity Perspective

Bromelain highlights the role of food enzymes in nutrition — an often-overlooked dimension of dietary diversity that whole, raw foods uniquely provide.

These statements have not been evaluated by the Food and Drug Administration. This content is for general educational purposes and is not medical advice. Consult a qualified healthcare provider before use, especially if pregnant, nursing, taking medication, or managing a health condition.

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Yohimbe Nutritional Information

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Yohimbe: The Potent West African Bark

Yohimbe (Pausinystalia johimbe) is an evergreen tree native to Central and West Africa whose bark has a long history of traditional use. It is one of the more potent botanicals and deserves respectful, informed use.

Nutritional & Phytochemical Profile

Yohimbe bark contains the alkaloid yohimbine along with related compounds. Because these alkaloids are pharmacologically active, yohimbe is far more potent than most culinary botanicals, and its content can vary widely between products.

Traditional & Modern Uses

Traditionally, yohimbe bark has been used in West African practice as a stimulant and tonic. Modern use should be cautious: yohimbe can raise heart rate and blood pressure and is not suitable for everyone — particularly those with cardiovascular conditions, high blood pressure, anxiety, or who are pregnant or nursing.

How to Use & Enjoy

Because of its potency and variability, yohimbe should only be used under the guidance of a knowledgeable healthcare provider who can advise on whether it is appropriate and at what dose. It is not a casual daily botanical.

The Nutritional Diversity Perspective

Yohimbe is included here for education and completeness. It is a clear reminder that “natural” does not mean “gentle” — some botanicals are powerful and call for informed, careful respect.

These statements have not been evaluated by the Food and Drug Administration. This content is for general educational purposes and is not medical advice. Consult a qualified healthcare provider before use, especially if pregnant, nursing, taking medication, or managing a health condition.

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