By Elias Marat
Bees are major fans of hemp and a recent study has found that the taller the hemp plants are the larger the number of bees that will flock to it.
The new research, spearheaded by researchers at Cornell University and published last month in Environmental Entomology, shows that humans aren’t the only fans of weed. The findings also reinforce a study published last year at Colorado State University that discovered the same thing.
The study shows how bees are highly attracted to cannabis due to the plant’s plentiful stores of pollen, and it could pave the way for scientists to figure out new ways to support their struggling population as well as floral populations.
According to the study, the greater the area covered by the hemp plant the greater the chance that bees will swarm to the area. Additionally, those hemp plants that are taller have a much greater likelihood of attracting bees with the tallest plants attracting a stunning 17 times more bees than the shortest plants.
The study also found that as time went on greater amounts of bees visited the hemp plots on a more frequent basis. It sounds almost like the word-of-mouth effect among humans who hear about great deals at a dispensary, no?
The researchers also discovered that hemp, a major cash crop with multiple applications, can support no less than 16 different varieties of bees in the northeastern United States.
The findings may seem strange considering that cannabis doesn’t produce the sweet, sugary nectar that your typical floral varieties produce to attract insects. Nor does hemp flower come in the dazzling array of bright colors that likewise attract bugs. However, the pollen produced by male flowers is highly attractive to the 16 bee subspecies in the study for reasons that remain unknown.
Female flowers—the kind that humans like to smoke for its intoxicating and soothing effects—are basically ignored by bees since they don’t produce any actual flowers.
The study’s author’s wrote:
The rapid expansion of hemp production in the United States… may have significant implications for agroecosystem-wide pollination dynamics.
As a late-season crop flowering during a period of seasonal floral dearth,
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