Half Moon Honey

08/26/2026

08/22/2026

❤

08/22/2026

Ready for the day! Light harvest ‘Build me up Buttercup’ available now!!🐝💛🥳

08/18/2026

This is what I call my honey latte jars! Some very special, savvy customers love it!

Let's make things clear when it comes to honey foam.

That white layer poses zero danger to human health.

Most amateur beekeepers panic the moment they see a thick white crust floating on top of their settling tank.

They assume fermentation has ruined their extraction or that mold has taken over the batch.

So, let's explain what actually happens and how you can easily remove it so your end products remain highly pleasant in the customer's eye.

During uncapping, centrifugal extraction, and pumping, millions of microscopic air bubbles get forced into the dense honey matrix.

Because honey is a heavy, supersaturated fluid with high specific gravity, those tiny air pockets slowly migrate upward due to buoyancy.

As they rise, they drag along microparticles of wax, pollen grains, and native bee enzymes like glucose oxidase.

In my opinion, this foam is actually the most delicious, enzyme packed part of the entire harvest.

So, make sure to never throw it away but create a dedicated jar just for yourself :).

Sadly, the commercial market buys with its eyes, and uninformed consumers will avoid jars that do not look crystal clear.

So, here's how to easily remove it.

You can try to take that foam with a spoon if you're planning to deposit it for yourself, but in this case you'll have to be really careful not to stir the foam deeper into the barrel.

The easiest solution is brutally simple and requires nothing more than a standard sheet of food grade plastic wrap.

Gently drape a clean sheet of food plastic film directly onto the exposed surface of the honey.

Lightly press it down from the center outward so it makes complete contact from wall to wall.

The surface tension instantly bonds the aerated foam layer and floating wax debris directly to the plastic.

Grab one corner and peel the sheet back across the rim in a single, continuous motion.

Here you go :).

If you enjoyed this article, I invite you to read the first chapter of my book (You can find it in my bio 🙏)

Happy beekeeping and full barrels 🐝🍯

08/15/2026

🐝💛🐝💛
Happy World Honey Bee Day, August 15th, 2026

08/10/2026

🍯🔬 Chemical Composition of Honey and Propolis: A Journey into the Molecular World of the Hive 🐝✨
When we observe honey and propolis under a microscope, we are not just looking at two natural substances… but at two extraordinary biochemical universes 🌍🔍. Although both are produced by bees, their chemical composition is profoundly different and perfectly adapted to their functions inside the hive. Let’s explore in detail! 👇
🍯 Honey: A Natural Energy Concentrate ⚡
Honey is primarily an aqueous solution rich in simple sugars, making it an immediate and highly available energy source.
🔬 Main Chemical Components:
Sugars (75–80%) 🍬
Mainly fructose (~38%) and glucose (~31%), with small amounts of sucrose and other oligosaccharides.
👉 These sugars are easily assimilated and provide rapid energy.
Water (15–20%) 💧
Essential to keep honey fluid.
👉 The low water content inhibits microbial growth.
Enzymes 🧪
Added by bees during nectar processing:
Invertase
Diastase
Glucose oxidase (produces hydrogen peroxide)
👉 These enzymes give honey its antibacterial properties.
Organic Acids 🍋
Mainly gluconic acid.
👉 Responsible for the acidic pH (3.5–4.5), which helps preserve honey.
Phenolic Compounds & Flavonoids 🌿
👉 Powerful antioxidants that combat free radicals.
Vitamins & Minerals 🧬
Includes B vitamins, vitamin C, potassium, calcium, iron, and trace elements.
Pollen 🌼
Present in microscopic quantities.
👉 Indicates the botanical origin of the honey.
🟡 In Summary:
Honey is a sugar-rich liquid matrix, enriched with enzymes and bioactive compounds, designed to nourish and preserve 🍯✨.
🟤 Propolis: The Natural Shield of the Hive 🛡️
Propolis is a complex resinous substance, created by bees by mixing plant resins with wax and enzymes.
🔬 Main Chemical Components:
Resins and Balsams (50–60%) 🌳
Collected from buds, bark, and plant exudates.
👉 They form the structural base of propolis.
Beeswax (30–40%) 🐝
👉 Gives plasticity and water resistance.
Essential Oils & Aromatic Compounds (5–10%) 🌸
👉 Responsible for the intense aroma and antimicrobial properties.
Flavonoids 🌿
Such as galangin, quercetin, and pinocembrin.
👉 Strong antioxidant and antibacterial action.
Phenolic Acids 🧪
Including caffeic acid and ferulic acid.
👉 Contribute to antimicrobial effectiveness.
Terpenes 🌲
👉 Enhance the protective and antiseptic properties.
Vitamins & Minerals 🧬
Present in small amounts but biologically relevant.
🟤 In Summary:
Propolis is a resin-rich solid matrix, full of bioactive compounds, designed to protect, disinfect, and defend the hive 🛡️🐝.
⚖️ Key Chemical Difference
🍯 Honey → Rich in sugars → Nutritional function → Liquid structure
🟤 Propolis → Rich in resins and phenolic compounds → Protective function → Solid/resinous structure
🐝✨ Conclusion
Despite both being products of the hive, honey and propolis represent two completely different biochemical strategies:
🍯 Honey = Energy and nourishment
🟤 Propolis = Defense and protection
Two natural masterpieces, perfectly engineered by bees… and even more fascinating when observed at the microscopic level 🔬🐝💛

08/08/2026

Many colors of the Farmers Market today! Makes up for the grey skies! 🥰🐝⛅️

07/25/2026

Sunshine (mostly!) on the coast! Ready for the market with some limited Dark Side of the Moon harvest! Yum! 🐝❤️😎