Vector-borne diseases, caused by pathogens and parasites, are transmitted through living organism carriers known as vectors. Mosquitoes, the most common disease vectors, transmit illnesses such as Zika, West Nile, chikungunya, malaria, dengue, and yellow fever, which affect millions of people across the world and kill more than one million people each year. While vector-borne disease outbreaks are difficult to predict, the Global Mosquito Alert Consortium strives to monitor and mitigate outbreaks through research and citizen science. This approach presents several challenges, including a lack of data standardization across different regions. The NASA DEVELOP team utilized NASA Earth observations and Global Mosquito Alert Consortium citizen science data from countries in Western Europe in order to create a methodology and habitat suitability map to improve prediction models for vector-borne diseases. The MaxEnt habitat modeling software was used to combine different environmental factors and citizen science data to determine which variables are correlated with the presence of mosquitoes. These products will be implemented in an interactive, open-source platform in the subsequent term for easier visualization and representation of habitat suitability.