Laboratory and Modeling Studies of Cloud Susceptibility to Hygroscopic Seeding

Journal Articles

• James Simmons, Jesse Anderson, Corey Bois, Hamed Fahandezh Sadi, Kadja Flore Gali, Suryadev Pratap Singh, Andrei Vakhtin, Kurt Hibert, Bruce Boe, Youssef Wehbe, Steve Krueger, Raymond Shaw, and Will Cantrell Response of a liquid water cloud to in situ hygroscopic seeding Atmospheric Chemistry and Physics, 26, 10881–10891, 2026.

Conference Presentations

• Will Cantrell, Studying Weather Modification in the LaboratoryInvited

• James Simmons, Laboratory studies of hygroscopic seedingConference
• Corey Bois, Modeling laboratory studies of hygroscopic seedingConference

• James Simmons, Laboratory Studies of Cloud-Aerosol InteractionConference

• James Simmons, Cloud Chamber Testing of Core/Shell NaCl/TiO2 Seeding PowderConference
• Corey Bois, Exploring various warm-cloud seeding strategies using a one-dimensional modelConference
• Will Cantrell, Hygroscopic Seeding with Powders: Insights from the LaboratoryConference

• Will Cantrell, Hygroscopic Seeding with Powders: Insights from the LaboratoryConference
• Swafuva Varappillikudy Sulaiman, Optimizing the Efficiency of Hygroscopic Burn-In-Place (H-BIP) Flares Through a Size-Resolved AnalysisConference
• Corey Bois, Parcel and Particle Pathways to Warm-Phase Cloud SeedingConference
• Steve Krueger, How Entrainment Shapes Droplet Size Distributions and Controls Precipitation Onset in Warm CloudsConference
• Jesse Anderson, Microphysical Response of a Mixed Phase Cloud to Combined Glaciogenic and Hygroscopic SeedingConference