Pesticide stress is one of the important factors for global bee declines. Apart from
physiological and developmental anomalies, pesticides also impose cognitive damages on …

Little information is available regarding the adverse effects of pesticides on natural honey
bee populations. This study highlights the detrimental effects of pesticides on honey bee …

Recent efforts to evaluate the contribution of neonicotinoid insecticides to worldwide
pollinator declines have focused on honey bees and the chronic levels of exposure …

Concern about the role of pesticides in honey bee decline has highlighted the need to
examine the effects of sublethal exposure on bee behaviors. The video‐tracking system …

The negative impacts of industrial farming on honey bee health have been widely
recognized regarding pesticide use and natural foraging habitat loss. An assessment of …

To conserve local biodiversity and ensure the provision of pollination services, it is essential
to understand the impact of pesticides on wild honey bees. Most studies that have …

Honey bees (Apis mellifera L.) provide essential pollination services for agricultural
production worldwide. Recent declines in honey bee populations have been attributed to a …

Bee crisis is threatening worldwide food security. Pesticides are extensively used in the
agricultural zone. Unfortunately, these pesticides cause severe toxicity toward pollinators …

Multiple stressors are linked to declines of insects and important pollinators, such as bees.
Recently, interactive effects of multiple agrochemicals on bees have been highlighted …

The evaluation of pesticide side-effects on honeybees is hampered by a lack of colony-level
bioassays that not only are sensitive to physiological changes, but also allow predictions …