My WebLink
|
Help
|
About
|
Sign Out
Home
Browse
Search
C.R.C.P. 26(a)(2) Disclosures of The CWCB, Case No. 02CW38
CWCB
>
Water Supply Protection
>
DayForward
>
3001-4000
>
C.R.C.P. 26(a)(2) Disclosures of The CWCB, Case No. 02CW38
Metadata
Thumbnails
Annotations
Entry Properties
Last modified
6/8/2010 9:03:02 AM
Creation date
5/21/2010 2:32:11 PM
Metadata
Fields
Template:
Water Supply Protection
Description
Gunnison RICD
State
CO
Basin
Gunnison
Water Division
4
Date
6/24/2003
Author
Ken Salazar, Susan Schneider
Title
C.R.C.P. 26(a)(2) Disclosures of The CWCB, Case No. 02CW38
Water Supply Pro - Doc Type
Court Documents
There are no annotations on this page.
Document management portal powered by Laserfiche WebLink 9 © 1998-2015
Laserfiche.
All rights reserved.
/
72
PDF
Print
Pages to print
Enter page numbers and/or page ranges separated by commas. For example, 1,3,5-12.
After downloading, print the document using a PDF reader (e.g. Adobe Reader).
Show annotations
View images
View plain text
CHAPTER I <br /> SUMMARY OF "THE LAW OF THE RIVER" <br /> A. "The Law of the River" <br /> "The Law of the River" as applied to the Colorado River, has evolved out of a combination of both Federal <br /> and State statutes, inter -State compacts, court decisions and decrees, contracts with the United States, an in- <br /> ternational treaty, operating criteria and administrative decisions. All of the foregoing have resulted in a divi- <br /> sion or apportionment of the waters of the Colorado River among users thereof or the rights to the "con - <br /> sumptive use" of the Colorado River waters. <br /> The Colorado River has been described as the most closely regulated and controlled stream in the United <br /> States. Between 1962 and 1979, water has been released from Hoover Darn in quantities sufficient to meet <br /> only the requirements for delivery to Mexico under the Mexican Water - Treaty and the downstream require -' <br /> merits under water delivery contracts with the Secretary of the Interior. The released water generates power <br /> but water is not presently (1978) released for the sole purpose of generating power. Consequently, there are <br /> only minimal flows in the Colorado River below Morelos Dam, the last dam on the river which was built by <br /> Mexico to divert water for use in Mexico. With anticipated very high runoff in 1979, the situation could <br /> change which would cause releases for control purposes to be made. Such additional releases could be used <br /> for generation of power. <br /> A.1 Physical Characteristics of the Colorado River <br /> The Colorado River rises in the mountains of Colorado and flows in a southwesterly direction for approx- <br /> imately 1,400 miles until it empties into the Gulf of California in Mexico. It falls some 12,000 feet in its course <br /> which provides its potential for power generation. The river flows through Colorado, Utah and Arizona and <br /> along the Arizona - Nevada and Arizona- California boundaries and in the "limitrophe section "; i.e., the <br /> boundary between Arizona and Mexico. Significant amounts of water are added by tributaries which originate <br /> in the States of Wyoming, Colorado Utah, New Mexico, Nevada and Arizona, but not in California. In the <br /> late 1800's and early 1900's, there was commercial navigation on the river. <br /> The river and its tributaries drain portions of seven States: Wyoming, Colorado, Utah, New Mexico, <br /> Arizona, California and Nevada, or a vast area of approximately 242,000 square miles, about one - twelfth the <br /> area of the continental United States, excluding the States of Alaska and Hawaii. This large basin is approx- <br /> imately 900 miles long and 300 miles wide in the northern part and 500 miles wide in the southern part. Most <br /> of it is so arid that the viability of numerous communities in it is largely dependent upon the controlled and <br /> managed use of the Colorado River System and the availability of its water to make it productive and in- <br /> habitable. The upper portion is one of high elevations, narrow valleys, and a short season. The lower <br /> • <br /> portion has lower elevations, wide basins and deserts, and a long growing season. While not a part of the <br /> natural drainage area, an additional area of 7,500 square miles, which includes the Imperial and Coachella <br /> Valleys in southern California, is considered to be a part of the Lower Colorado River Basin. Population <br /> within the drainage area is approximately 2.5 million but through water exports from the river and tributaries <br /> nearly 12 million people receive a supplemental water supply from the river. <br /> A canyon section in northern Arizona and southern Utah permits a convenient division of the Colorado <br /> River Basin. As described in Article II of the Colorado River Compact of 1922, the Colorado River Basin is <br /> divided into the Upper Basin, where waters naturally drain into the Colorado River above Lee Ferry, and the <br /> Lower Basin, where waters drain into the Colorado River below Lee Ferry. Lee Ferry, the boundary between <br /> the Upper and Lower Basins, is in northern Arizona approximately 1 mile downstream from the Paria River <br /> or 17 miles below the Glen Canyon Dam. <br /> • <br /> :c I <br /> . — it <br />
The URL can be used to link to this page
Your browser does not support the video tag.