The foraging success of a bee species is related to a combination of climatic factors and resource availability. Here, we analyzed how food storage by the stingless bee Scaptotrigona aff. depilis relates to the seasonal variation in floral resources availability in a tropical environment with two well-defined seasons. We found a positive relationship between the amount of food stored and resource availability, suggesting that colonies intensify food collection in the season with higher food availability (rainy season). This ensures the perennial state of stingless bee colonies during the dry season (food scarcity and lower ambient temperatures). Bees collected pollen from at least 60 plant species, but food pots were dominated by just nine plants. Additionally, S. aff depilis attempted to unevenly use the plant species for food storage in the rainy season, which indicates that the colonies maximize their food intake as soon as resources are available.

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According to Dearborn and Kark (2009) there are seven possible motivations for urban biodiversity conservation: preserving local biodiversity, creating stepping stones to nonurban habitat, understanding and facilitating responses to environment change, conducting environmental education, providing ecosystem services, fulfilling ethical responsibilities, and improving human well-being. Although expansion of urban areas are among the human activities that result in the loss of native fauna and flora (McKinney, 2008), there is evidence that cities can provide potential resources for the animal species living within them or in their surroundings, including arthropods such as bees (Nates