Sea spray aerosol particles in the atmosphere contribute to the fundamental processes of mass, momentum, and heat transfer. All of these transfers depend on the aerosol particles' size, mass, and distribution throughout the atmosphere. Due to these interactions, its spatio-temporal distribution and transport processes has been studied over decades. This dissertation presents the further progress and study of the contribution, transport, and behavior of sea spray aerosol particles in the atmospheric boundary layer. The conclusions given by this dissertation can be used to better model, predict, and study sea spray aerosol particle transport.