kyle gillett.
Kyle Gillett is a Master's student of Atmospheric Sciences and severe storm researcher at the University of North Dakota. He is also a photographer, a decade long storm chaser, aurora hunter, and outdoors enthusiast. Kyle completed his Bachelor's of Science in Meteorology at the Central Michigan University. During his time in undergrad up until grad school, Kyle worked for WLNS-TV6 in Lansing Michigan as a freelance on-air meteorologist, KSNB Local4 in Hastings, Nebraska as a storm chaser & WNEM TV5 in Saginaw, Michigan as an on-air meteorologist.
Kyle developed the Python Library SounderPy, contributed to the Python library MetPy, and co-developed the Storm Chase Archive. His Master's work at UND involves high-resolution idealized simulation experiments of organized severe-storm interactions (nudgers and mergers). Kyle also has interests in severe convective storm dynamics, such as storm interactions, tornadogenesis, supercell environments. In his free time Kyle developes data visualization tools for meteorology and explores weather's impact of Great Lakes and maritime disasters.
kyle gillett.
Kyle Gillett is a Master's student of Atmospheric Sciences and severe storm researcher at the University of North Dakota. He is also a photographer, a decade long storm chaser, aurora hunter, and outdoors enthusiast. Kyle completed his Bachelor's of Science in Meteorology at the Central Michigan University. During his time in undergrad up until grad school, Kyle worked for WLNS-TV6 in Lansing Michigan as a freelance on-air meteorologist, KSNB Local4 in Hastings, Nebraska as a storm chaser & WNEM TV5 in Saginaw, Michigan as an on-air meteorologist.
Kyle developed the Python Library SounderPy, contributed to the Python library MetPy, and co-developed the Storm Chase Archive. His Master's work at UND involves high-resolution idealized simulation experiments of organized severe-storm interactions (nudgers and mergers). Kyle also has interests in severe convective storm dynamics, such as storm interactions, tornadogenesis, supercell environments. In his free time Kyle developes data visualization tools for meteorology and explores weather's impact of Great Lakes and maritime disasters.