Honey, an indispensable product of beekeeping, has been valued as a natural food source for thousands of years. With its nutritional richness and health benefits, it has become a global staple food. Honey bees (Apis mellifera) collect nectar, and, while doing so, pollen grains from the plants they visit adhere to their bodies. The pollen composition in honey directly reflects the environmental conditions and vegetation of the areas where the bees gather nectar and pollen. Melissopalynology, a branch of palynology that studies the pollen and honeydew elements in honey, plays a key role in determining the geographical and botanical origins of honey. Through pollen analysis, honey can be classified as monofloral (from a single plant species), bifloral (from two plant species), or polyfloral (from multiple plant species). This classification provides valuable insights into the floral diversity of honey sources. Additionally, melissopalynology verifies the botanical sources claimed by beekeepers, ensuring the authenticity and quality of honey. Accurate pollen analysis also aids in the labeling and marketing of honey, enabling consumers to make informed choices about its origins.