Pollinators are a vital part of terrestrial meals webs and agricultural techniques however are threatened by inadequate entry to floral assets. Managed honey bees, as generalist foragers that hoard nectar as honey, can act as bioindicators of floral assets obtainable to pollinators in a given panorama by their accumulation of honey. Honey yields throughout the USA have decreased appreciably for the reason that Nineteen Nineties, concurrent with shifts in local weather, land-use, and large-scale pesticide software. Whereas many elements can have an effect on honey accumulation, this implies that anthropogenic stressors could also be having large-scale impacts on the floral assets that pollinators rely upon for his or her vitamin. We used hierarchical partitioning on 5 many years of state-level knowledge to parse a very powerful environmental elements and certain mechanisms related to spatial and temporal variation in honey yields throughout the US. Weather conditions and soil productiveness had been among the many most essential variables for estimating honey yields, with states in heat or cool areas with productive soils having the very best honey yields per colony. These findings counsel that foundational elements constrain pollinator habitat suitability and outline ecoregions of low or excessive honey manufacturing. Crucial temporally various elements had been change in herbicide use, land use (i.e. enhance in intensive agriculture and discount in land conservation applications that help pollinators) and annual climate anomalies. This research offers insights into the interaction between broad abiotic circumstances and high-quality temporal variation on habitat suitability for honey bees and different pollinators. Our outcomes additionally present a baseline for investigating how these elements affect floral useful resource availability, which is important to creating methods for resilient plant–pollinator communities within the face of worldwide change.