Feasibility of using cloud seeding to increase mountain snowfall and streamflow in the North Platte River basin headwaters View on Open Library

Feasibility of using cloud seeding to increase mountain snowfall and streamflow in the North Platte River basin headwaters

by Arlin B. Super

No reviews yet
First published: 1999 1 language
Subjects
Snowpack augmentation Weather control

Reviews

Log in or sign up to write a review.

No reviews yet. Be the first!

More by Arlin B. Super

Design of physical cloud seeding experiments for the Arizona Atmospheric Modification Research Program

Design of physical cloud seeding experim...

Feasibility of using cloud seeding to increase mountain snowfall and streamflow in the North Platte River basin headwaters / by Arlin B. Super

Feasibility of using cloud seeding to in...

Precipitation gauge testing on the Wasatch Plateau, Utah, during early 1993

Precipitation gauge testing on the Wasat...

Summary of the NOAA/Utah Atmospheric modification program : 1990-1996

Summary of the NOAA/Utah Atmospheric mod...

Winter cloud seeding potential on the Mogollon Rim

Winter cloud seeding potential on the Mo...

Validation of precipitation management by seeding winter orographic clouds in the Colorado River basin

Validation of precipitation management b...

You Might Also Like

More in Snowpack augmentatio...
The impacts of snow enhancement

The impacts of snow enhancement

Leo W. Weisbecker
Snowpack, cloud-seeding, and the Colorado River

Snowpack, cloud-seeding, and the Colorad...

Leo W. Weisbecker
Project Skywater

Project Skywater

Skywater Conference Denver 1969.
Feasibility of using cloud seeding to increase mountain snowfall and streamflow in the North Platte River basin headwaters / by Arlin B. Super

Feasibility of using cloud seeding to in...

Arlin B. Super
Snowpack accumulation before and after thinning a dog-hair stand of lodgepole pine

Snowpack accumulation before and after t...

Howard L Gary
Lake Oroville runoff enhancement project

Lake Oroville runoff enhancement project

David W. Reynolds