When extremely high-power laser pulses propagate through the air, they can form self-guided channels of light known as filaments. Filaments can maintain their focus many times the Rayleigh distance allowing the projection of high intensities in a small spot size over long distances. Filamentation is dependent upon the medium through which they propagate; thus, it is important to characterize filaments in different environments. The Laser Plasma Laboratory has two laser facilities used to study the formation and propagation of filaments. The Multi-Terawatt Femtosecond laser is located at UCF and allows for controlled filamentation studies in a laboratory setting. The Mobile Ultrafast – High Energy Laser Facility is located on a 1 km outdoor propagation range allowing for filament studies through real world conditions. Studying filamentation in different environments supports the feasibility of long-range filament applications such as microwave guiding, white light LIDAR and stand-off material interaction.