Huckleberry (Vaccinium spp.) is an important component of forest ecosystems throughout the Pacific Northwest. Its iconic value comes from its use as a traditional food source and because it has yet to be cultivated. All market huckleberries are wild picked and can have a large economic value on local communities. Differences in geographic location and plant characteristics may affect the community composition of insects associated with stands of the plant. We examined the insect communities associated with huckleberry in multiple locations, with emphasis on native pollinators present at each location. Pollinators were sampled using direct netting techniques and additional community data was collected with pitfall and cross-vane traps. The specific pollinator community associated with huckleberry has not been identified across the plants distribution and direct netting allowed for a direct comparison of individual species across locations. In addition, passive trapping with cross-vane and pitfall traps allows for a comparison of general insect communities across sites. Insect communities were also compared along elevation gradients allowing for comparisons to be made amongst these different variables. Insect communities were compared among sites using analysis of variance procedures and correlation analysis was used to examine communities across a range of elevations.