P-ISSN 0739-1781
E-ISSN 3071-2874
Vol. 39, Issue 1, 2007April 01, 2007 MDT
New Developments in the Regional Atmospheric Modeling System Suitable for Simulations of Snowpack Augmentation over Complex Terrain
New Developments in the Regional Atmospheric Modeling System Suitable for Simulations of Snowpack Augmentation over Complex Terrain
Stephen M Saleeby, William Y Cheng, William R Cotton,
Articles in Vol. 39, Issue 1, 2007
Vol. 39, Issue 1, 2007
- Another Wintertime Cloud Seeding Case Study with Strong Evidence of Seeding EffectsArlen W Huggins
- New Developments in the Regional Atmospheric Modeling System Suitable for Simulations of Snowpack Augmentation over Complex TerrainStephen M SaleebyWilliam Y ChengWilliam R Cotton
- On the Use of Ratio Statistics for the Evaluation of Operational Cloud Seeding ProgramsBernard A Silverman
- New Insights to Cloud Seeding for Enhancing Precipitation and for Hail SuppressionDaniel Rosenfeld
- Should we Consider Polluting Hurricanes to Reduce their Intensity?William R CottonHenian ZhangGreg M McFarquharStephen M Saleeby
- A Specific Evidence of Hail Suppression Effectiveness in SerbiaD. RadinovićM. Ćurić
- A Level II Weather Modification Feasibility Study for Winter Snowpack Augmentation in the Salt River and Wyoming Ranges in WyomingDon A GriffithMark E SolakDavid P YortyBruce Brinkman
- The Role of Weather Modification in the Colorado River Basin States ProcessTom Ryan
- Preliminary Results of Site Selection Study for Cloud Seeding in Order for Precipitation Enhancement in I. R. of IranS. JavanmardJ. BodaghJamaliA. M Noorian
Saleeby, Stephen M, William Y Cheng, and William R Cotton. 2007. “New Developments in the Regional Atmospheric Modeling System Suitable for Simulations of Snowpack Augmentation over Complex Terrain.” The Journal of Weather Modification 39 (1): 37–49. https://doi.org/10.54782/001c.132990.