Nathan Gill, Brigham Young University
Geography
The Africanized honeybee first entered southern Utah within the last five years. This invasive species reduces pollination and honey production and is therefore costly to the farming industry and local apiaries. Additionally, Africanized honeybees are extremely aggressive and pose a threat to the health and well-being of Utah’s residents. The aim of my study is determine if Africanized honeybee habitat in Utah can be accurately modeled through remote sensing and Geographic Information Systems analysis. Locations of known Africanized honeybee presence and absence, acquired from the Utah Department of Agriculture and Food’s ground reference data, were used to identify the characteristics of suitable habitat. Criteria that we considered include minimum temperature, precipitation, distance to water, elevation, slope, aspect, and Normalized Difference Vegetation Index, among others. I have identified the conditions for suitable habitat and I am in the process of designing a model to identify Africanized honeybee habitat across Utah. After the model has been refined, it will be tested against additional locations of presence and absence acquired from the Utah Department of Agriculture and Food. The modeled habitat will help the Utah Department of Agriculture and Food and other organizations to focus efforts to educate the public about the dangers of Africanized honeybees in specific locations that are at high risk.