Glossary
A dark, intensely flavored honey produced when bees collect honeydew (the sugary excretions of sap-sucking insects like aphids and scale insects) rather than flower nectar. Honeydew honey is prized in European markets, particularly Germany, Greece, and Turkey, for its complex, malty flavor, high mineral content, and potent antioxidant activity.
Unlike conventional honey, honeydew honey does not originate from flower nectar. Instead, sap-sucking insects (aphids, psyllids, scale insects) feed on tree phloem sap, extract the amino acids they need, and excrete the excess sugary liquid as honeydew. Bees collect this honeydew from leaf surfaces and process it the same way they process nectar.
The resulting honey is distinctly different from floral honey: darker color (often very dark brown to nearly black), lower glucose content (slow to crystallize), higher mineral content (2-3 times more than floral honeys), more complex flavor (malty, woody, caramel), and significantly higher antioxidant activity.
Pine honey (from Turkey, one of the world's largest honey-producing countries) is the most commercially important honeydew honey. Greek pine honey from the island of Thassos is particularly renowned. Oak honeydew, fir honeydew, and spruce honeydew are produced across Central European forests.
In Germany, forest honey (Waldhonig) is the traditional name for honeydew honey, and it outsells floral honeys in some regions. The German preference for dark, malty honeydew honey contrasts with the American preference for lighter, milder floral honeys.
Yes. It is produced by bees through the same enzymatic ripening process as floral honey. The difference is the sugar source: flower nectar versus insect-excreted honeydew. It meets all legal definitions of honey and is regulated identically.
Honeydew honey generally has higher mineral content, higher antioxidant activity, and more complex phenolic compounds than most floral honeys. Whether this makes it better depends on what you value. Nutritionally, it has measurable advantages over light floral honeys.
The extended processing chain (tree sap to insect to honeydew to bee) concentrates minerals and phenolic compounds that contribute to dark color. The higher mineral content (particularly iron, manganese, and potassium) directly darkens the honey.
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