None Varroa mites are devastating honeybee populations, affecting 54.8% of colonies and making bees more susceptible to diseases and harsh conditions • None Colony collapse disorder remains a significant threat, with 70,650 colonies lost in just three months, despite a 34% decrease from the previous year • None Neonicotinoid pesticides, particularly thiacloprid, have long-lasting effects on honeybees, disrupting their energy metabolism and gut microbiome even when exposed as larvae • None Industrial agriculture practices force bees to mature too quickly, shortening their lifespans, while areas with more natural habitats help bees live longer and healthier lives • None You can help protect bees by avoiding neonicotinoids, supporting organic farming, creating pollinator-friendly spaces and choosing untreated plants for your garden A U.S. Department of Agriculture (USDA) report on honeybee colonies reveals a troubling trend that could have far-reaching consequences for your food supply and the environment.1 Varroa mites have emerged as the primary threat to honeybee populations, affecting a staggering 54.8% of colonies during April through June 2024.
The highest number of colonies lost in 2023 was during April through June, with 378,190 colonies lost.4 Pesticides were also named as a leading stressor in about 10% of colonies from January through June.5 These fluctuations have a direct impact on your local agriculture and ecosystems, as they affect the availability of pollinators for crops and wild plants alike.
From January through March 2024, beekeepers lost 396,820 colonies, representing a 15% decline.
While there’s a glimmer of hope with a 34% decrease in colonies lost to colony collapse disorder (CCD) symptoms from January through March 2024 compared to the same period in 2023, the issue remains a significant concern.2 CCD, characterized by the sudden disappearance of adult bees from the hive, continues to puzzle researchers and beekeepers alike.
The USDA report paints a picture of constant flux in honeybee populations, with significant losses and additions throughout the year.
Common pesticides in your garden are contributing to the alarming decline in honeybee populations.
Understanding this dynamic is crucial for appreciating the efforts required to sustain honeybee populations and the vital services they provide.
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