@inproceedings{ef00f4b30fb647e0b5748fe102333f69,
title = "Evaluating and guiding weather modification efforts with advanced three-dimensional numerical models",
abstract = "Several recent developments have expanded our capabilities to understand and document precipitation processes. One of these developments is the recent advances in computer hardware and software providing the capability to run advanced numerical cloud/mesoscale models. These numerical models now provide the opportunity to conduct detailed time-dependant simulations in three spatial dimensions of seeding plumes and their interaction with cloud and precipitation development in order to verify and test various seeding hypothesis. In addition, these numerical models can be run in real time to guide research and seeding operations in weather modification field programs. The Arizona Atmospheric Modification program, a combined effort between NOAA and the Arizona Department of Water Resources through the University of Arizona is using this approach to study the feasibility of winter snowpack enhancement over the Mogollon Rim in central Arizona. The Clark time-dependant, three-dimensional numerical model is used for this purpose. Preliminary results using this numerical model in weather modification efforts will be presented.",
author = "Bruintjes, \{R. T.\} and Clark, \{T. L.\} and Hall, \{W. D.\}",
year = "1993",
language = "English",
isbn = "0872629198",
series = "Management of Irrigation and Drainage Systems : Integrated Perspectives",
publisher = "Publ by ASCE",
pages = "480--487",
booktitle = "Management of Irrigation and Drainage Systems",
note = "Management of Irrigation and Drainage Systems : Integrated Perspectives ; Conference date: 21-07-1993 Through 23-07-1993",
}