Glossary
A sugary liquid produced by flowering plants to attract pollinators. Bees collect nectar, transform it through enzymatic processes, and evaporate its water content to create honey. Roughly 2 million flower visits are needed to produce a single pound of honey.
Nectar is essentially sugar water produced by nectaries, specialized glands located in the base of flower petals or sometimes on leaves and stems. The sugar concentration varies widely: some flowers produce nectar with as little as 10% sugar, while others can reach 75%. Most fall in the 20-40% range. Beyond sugars, nectar contains trace amino acids, lipids, vitamins, and volatile organic compounds that give each flower's nectar its unique flavor signature.
From the plant's perspective, nectar is an investment. Producing it costs energy that the plant could otherwise direct to growth or seed production. The payoff is pollination: when a bee visits a flower for nectar, she inadvertently transfers pollen between blooms, enabling the plant to reproduce. This exchange, nectar for pollination, is one of the most successful mutual relationships in the natural world.
When a forager bee collects nectar, she stores it in her honey stomach (proventriculus), a specialized organ separate from her digestive stomach. During the flight home and during transfer to house bees at the hive, enzymes from the bee's hypopharyngeal glands begin breaking down the complex sugars in the nectar into simpler sugars: glucose and fructose.
Back at the hive, the forager passes the nectar to a house bee via mouth-to-mouth transfer (trophallaxis). The house bee continues the enzymatic processing and deposits the partially transformed nectar into honeycomb cells. At this stage, the nectar is still 60-80% water, far too wet to store long-term.
Worker bees then fan their wings vigorously over the open cells, creating airflow that evaporates the excess moisture. Over 1 to 3 days, the water content drops from 80% down to about 17-18%. At that point, the honey is considered "ripe," and bees seal the cell with a thin wax cap. The capping is the bee's quality control stamp, signaling that the honey is shelf-stable and ready for long-term storage.
In Manatee County, our bees work a rotating menu of blooms throughout the year. Early spring brings citrus blossoms from the remaining orange groves in the region. Summer is dominated by saw palmetto and various wildflowers. Fall and early winter bring the prolific blooms of Brazilian pepper. Each nectar source leaves its fingerprint on the honey: color, flavor, aroma, and crystallization behavior all shift with the seasons.
Bees must visit approximately 2 million flowers and collect about 8 to 10 pounds of nectar to produce a single pound of finished honey. The water evaporation process alone removes 60-80% of the original nectar volume.
No. Some flowers produce pollen but very little or no nectar, relying on wind or other mechanisms for pollination. Flowers that depend on insect pollination typically produce nectar to attract bees and other pollinators.
The flavor of honey comes directly from the nectar sources the bees visited. Different flower species produce nectar with distinct sugar ratios, amino acids, and volatile compounds. This is why clover honey tastes nothing like wildflower honey or buckwheat honey: the source nectar is chemically different.
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