Ask ten birders how they fill their feeders, and you'll probably get ten different answers. Plain sugar water has been the backyard standard for generations — and for good reason, it's cheap and it works. But if you've ever wondered whether there's a better way to invite even more wonder into your yard, this one's for you.

The Case for Plain Sugar Water

The classic DIY recipe is simple: 1 part white sugar to 4 parts water, no dye, no honey, no artificial sweeteners. It's a perfectly reasonable way to feed hummingbirds, and we'll never tell you otherwise. It mimics the sugar content of natural flower nectar, and it's what most of us grew up mixing on the kitchen counter.

But here's the thing — sugar water is only part of what a hummingbird actually seeks out in nature.

What Nature Actually Offers

In the wild, hummingbirds don't just sip sugar. Wildflower nectar naturally carries trace electrolytes and minerals, and hummingbirds — especially nesting females — actively seek out calcium from other sources to support healthy eggshell development. Plain sugar water simply doesn't offer that. It's sweet, but it's nutritionally one-note.

This isn't just backyard folklore, either — it's backed by real field research. Nectar is naturally low in calcium, which is a problem for egg-laying females in particular. Researchers have documented hummingbirds visiting soil, sand, ash, and mineral-rich grit specifically to make up that shortfall (Verbeek 1971; des Lauriers 1994; Adam & des Lauriers 1998; Graves 2007). One analysis of the materials hummingbirds seek out found them especially high in calcium, potassium, magnesium, and soluble salts (Adam & des Lauriers 1998).

Electrolytes tell a similar story. Because hummingbirds process so much nectar, they also produce an enormous amount of urine relative to their body size — and with it, a steady loss of sodium and potassium that has to be replaced. Researchers studying Broad-tailed Hummingbirds found they need to replace roughly 14% of their sodium and potassium reserves every single day (Calder & Hiebert 1983). There's even a documented case of a hummingbird drinking seawater, likely as another way to recover lost electrolytes (Bacon 1973). For a great rundown of these findings (and a few other wonderfully weird hummingbird facts), check out Three Remarkable Hummingbird Discoveries from Scientific American.

That observation is exactly why we created Nectarade® (liquid) and Nectarlyte® (powder concentrate) — nectars made to mimic nature a little more closely:

• Added electrolytes (potassium chloride) to help support hydration, especially during hot, humid stretches or high-activity migration periods.
• Added calcium (calcium carbonate) to support healthy eggshell growth.
• 100% pure cane sugar — the same base as any sugar water recipe, with no harmful dyes or artificial preservatives.
• Nectarade liquid goes a step further with all-natural wildflower hydrosols, extracted from the flowers hummingbirds visit most in nature.

In other words, our nectars aren't a replacement for sugar water's core idea — they're sugar water's more complete cousin.

Does It Really Make a Difference?

We think so, and so do a lot of the birders we hear from. It's a small addition with a purpose: closer to what these tiny, high-metabolism travelers would find on their own if there were flowers on every corner. Whether it's peak summer heat or the long push of fall migration, a little extra support never hurts.

Cost-Wise, It's Close

Because both plain sugar water and Pop's nectars start from the same pure cane sugar base, you're not paying a premium for some exotic ingredient — you're paying a little more for the electrolytes, calcium, and (with Nectarade) wildflower extracts layered on top. If you're already mixing your own sugar water at home, switching to Nectarlyte powder concentrate keeps that same DIY mixing ritual (1 part nectar to 4 parts warm water) while adding those extra nutrients — for well under 30 cents an ounce of prepared nectar.

Our Honest Take

Plain sugar water isn't wrong. It's a time-tested basic that will absolutely keep hummingbirds coming back. But if you want to feed them something a little closer to what they'd naturally seek out — and support their hydration and health along the way — that's exactly what we built Nectarade and Nectarlyte to do.

Either way, the golden rule stays the same: skip the red dye, skip the honey, and change your nectar every 2–3 days (sooner in hot weather) to keep things fresh and safe for your visitors.

Because at Pop's, we don't just want to feed hummingbirds — we want to invite a little more wonder into their world, and yours.

Shop Nectarade® Liquid Nectar and Nectarlyte® Powder Concentrate.

References

Naish, D. (2011). Three remarkable hummingbird discoveries. Scientific American.

Adam, M. D., & des Lauriers, J. R. (1998). Observations of hummingbirds ingesting mineral-rich compounds. Journal of Field Ornithology, 69, 257–261.

Bacon, P. R. (1973). Hummingbird drinking sea water. Auk, 90, 917.

Calder, W. A. (1979). On the temperature-dependency of optimal nectar concentration of birds. Journal of Theoretical Biology, 78, 185–186.

Calder, W. A., & Hiebert, S. M. (1983). Nectar feeding, diuresis, and electrolyte replacement of hummingbirds. Physiological Zoology, 56, 325–334.

des Lauriers, J. R. (1994). Hummingbirds eating ashes. Auk, 111, 755–756.

Graves, G. R. (2007). Jamaican hummingbirds ingest calcareous grit. Journal of Caribbean Ornithology, 20, 56–57.

Verbeek, N. A. M. (1971). Hummingbirds feeding on sand. Condor, 73, 112–113.

Yanega, G., & Rubega, M. (2004). Feeding mechanisms: Hummingbird jaw bends to aid insect capture. Nature, 428(6983), 615. https://doi.org/10.1038/428615a