Ayb Colorado River
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The Colorado River is over 2,300 km long and drains parts of several western U.S. states and Mexico. It provides water for over 24 million people and extensive agriculture but faces challenges from climate change, overuse, and rising salinity levels. Water management efforts include dams for hydroelectricity and irrigation and a desalination plant, while agreements divide the river's water between the upper and lower basins. Recent strategies aim to share drought risks between the river's large reservoirs and encourage conservation.
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John Fleck / Journal Staff Writer Tue, Apr 10, 2012
Demand Exceeds Supply
Kelly Redmond, a government climatologist who lives at the interface between the
water nature provides and the humans who want to use it, came up with the best
definition of drought I’ve seen: “insufficient water to meet needs.”
The word “drought” most often conjures up the natural side of the equation – the
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landscape.
Drought is not only about supply. It also is about demand.
Redmond’s words came to mind over the past week as I watched the differing reactions to the Rio Grande runoff forecast
for April.
At San Marcial, the last Rio Grande measurement point above Elephant Butte, the forecast calls for 29 percent of the
long-term average. If it holds up, it would mean 13 of the past 15 years have had below-average runoff.
Any way you look at it, that qualifies as a drought.
The result is very little river water for farmers. “We’re crushed,” said Gary Esslinger, who manages the Elephant Butte
Irrigation District, delivering what water there is to Lower Rio Grande Valley farmers.
Wet years have a way of covering up a multitude of water management sins. Drought exposes them for all to see.
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A run of 13 dry years out of 15 years since then on the Lower Rio Grande has left us with insufficient water to meet the
needs of all the water users in the Lower Rio Grande Valley.
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California uses more water than any other state in the US
Each Californian uses an average of 181 gallons of water each day against the national average of 80-100 gallons each day
More water is used each day for irrigation than any other category
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California has been the state with the largest water use in the US since the USGS began compiling water-use data in 1950
Slow the Flow_2012[1]
This document provides a summary of water conservation legislation and efforts in Utah over the past decade. It discusses how House Bill 418 in 1998 and House Bill 71 in 2004 required municipalities and water districts to develop water conservation plans with specific guidelines. An analysis found that implementation of recommended water conservation practices increased from 1998-2009. For example, the use of low-flow fixtures and outdoor watering restrictions grew. The legislation and subsequent conservation efforts were aimed at ensuring sufficient water supplies for Utah's growing population in the face of limited water resources and drought.
1 How to Overcome Public Perception Issues on Potable R.docx
1
How to Overcome Public Perception Issues on Potable Reuse Projects
Michael R. Markus, P.E., Orange County Water District, Fountain Valley, CA
Eleanor Torres, Orange County Water District, Fountain Valley, CA
Abstract
The purpose of this paper is to provide an overview of how the Orange County Water District
(the District; OCWD) was able to insulate itself from public opposition to its potable reuse
project, the Groundwater Replenishment System (GWRS).
To understand what challenges the District would be facing it is important to first understand
what was happening with other projects that were being developed at the same time in
Southern California. Second, it is important to understand the process by which the outreach
program was developed and how it was executed. That program was ongoing and changed
with the project to help anticipate and react to various issues that developed. Finally, it will be
shown how important it is to continue the outreach efforts and outline the various steps the
District has taken to educate people on the benefits of reuse.
Introduction
The Orange County Water District manages a very large groundwater basin (basin) in central
and north Orange County in the state of California, U.S.A. It was created by the State
Legislature in 1933 for that purpose and is governed by a 10-member Board of Directors that
sets policy, establishes the amount of pumping out of the basin and sets tariffs. The District
currently has set the amount of groundwater that can be pumped out of the basin at 77% of the
total water demands for its 19 retail agencies which serve 2.5 million people. The remaining
23% of its water supply is dependent on water that is imported into the region.
The Southern California region has a semi-arid climate, which receives approximately 355 mm
of rainfall per year. Most of its water is imported from two primary outside sources, the
Colorado River and the Sacramento-San Joaquin Delta (the Delta) in Northern California. The
Metropolitan Water District of Southern California (MWD) built a 320 km aqueduct in the
1930’s bringing water from the Colorado River into Southern California and then participated in
the building of a 640 km aqueduct in the 1960’s from Northern California to bring water from
the Delta to Southern California. These supplies are enough to meet the water demands in
most years, but they are variable and the amount of water through these systems is dependent
on hydrology and certainly in the future, climate change.
Groundwater basins provide an important source of supplemental supply to the imported water
provided by MWD. A sustainably managed basin can provide a reliable source of low-cost
water, with groundwater costing half as much as imported water. The Orange County Water
District relies on rainfall, stormwater capture, Santa Ana River flows, untreated imported water
and recycled water for refilling its basin. This amount of water.
1 How to Overcome Public Perception Issues on Potable R.docx
1
How to Overcome Public Perception Issues on Potable Reuse Projects
Michael R. Markus, P.E., Orange County Water District, Fountain Valley, CA
Eleanor Torres, Orange County Water District, Fountain Valley, CA
Abstract
The purpose of this paper is to provide an overview of how the Orange County Water District
(the District; OCWD) was able to insulate itself from public opposition to its potable reuse
project, the Groundwater Replenishment System (GWRS).
To understand what challenges the District would be facing it is important to first understand
what was happening with other projects that were being developed at the same time in
Southern California. Second, it is important to understand the process by which the outreach
program was developed and how it was executed. That program was ongoing and changed
with the project to help anticipate and react to various issues that developed. Finally, it will be
shown how important it is to continue the outreach efforts and outline the various steps the
District has taken to educate people on the benefits of reuse.
Introduction
The Orange County Water District manages a very large groundwater basin (basin) in central
and north Orange County in the state of California, U.S.A. It was created by the State
Legislature in 1933 for that purpose and is governed by a 10-member Board of Directors that
sets policy, establishes the amount of pumping out of the basin and sets tariffs. The District
currently has set the amount of groundwater that can be pumped out of the basin at 77% of the
total water demands for its 19 retail agencies which serve 2.5 million people. The remaining
23% of its water supply is dependent on water that is imported into the region.
The Southern California region has a semi-arid climate, which receives approximately 355 mm
of rainfall per year. Most of its water is imported from two primary outside sources, the
Colorado River and the Sacramento-San Joaquin Delta (the Delta) in Northern California. The
Metropolitan Water District of Southern California (MWD) built a 320 km aqueduct in the
1930’s bringing water from the Colorado River into Southern California and then participated in
the building of a 640 km aqueduct in the 1960’s from Northern California to bring water from
the Delta to Southern California. These supplies are enough to meet the water demands in
most years, but they are variable and the amount of water through these systems is dependent
on hydrology and certainly in the future, climate change.
Groundwater basins provide an important source of supplemental supply to the imported water
provided by MWD. A sustainably managed basin can provide a reliable source of low-cost
water, with groundwater costing half as much as imported water. The Orange County Water
District relies on rainfall, stormwater capture, Santa Ana River flows, untreated imported water
and recycled water for refilling its basin. This amount of water ...
Administrative Tools for Protecting River Flow Regimes - Robert Wigington, Th...
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This presentation followed the panel titled: Great Rivers, Got Water, which discussed state law, federal law and administrative mechanisms for legally protecting river flow regimes.
This presents three administrative mechanisms that are being applied in the Upper Colorado River Basin: 1) programmatic biological opinions on water development and operations, 2) alternatives to determinations of wild & scenic suitability and to consequent wild & and scenic designation, and 3) interstate agreements for shepherding forgone water use to forestall compact curtailment.
USIBWC Update on the International Waters of the Rio Grande
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Carlos Peña, Principal Engineer Operations
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United States Section
fresh_water_management_in_canada[1]
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Bay Delta Overview - March 28, 2013
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Healthy Coastal Ecosystems
Robert Twilley, vice chancellor of research, University of Louisiana at Lafayette. Sea Grant Week 2010
Chapter 6 municipal and irrigation water
This chapter discusses municipal and irrigation water development. It describes how large cities like Los Angeles and New York developed elaborate water systems like aqueducts to transport water from rural areas. It also explains how irrigation became widespread in the 1900s with the use of pumps and sprinkler systems to allow agriculture in arid western regions. However, salinity buildup poses a long-term challenge for irrigation in dry areas as salts concentrate in the soil. There is now competition for water between growing cities and agricultural interests.
Chapter6municipalandirrigationwater 130630060014-phpapp01
This chapter discusses municipal and irrigation water development. It describes how large cities like Los Angeles and New York developed elaborate water systems like aqueducts to transport water from rural areas. It also explains how irrigation became widespread in the 1900s with the use of pumps and sprinkler systems to allow agriculture in arid western regions. However, salinity buildup due to evaporation is a long-term issue with irrigation in dry areas. There is now competition for water between growing cities and agricultural interests.
California state aqueducts
The document discusses California's major state water projects and aqueduct systems. It describes how the California State Water Project transports water from Northern and Central California to Southern California via aqueducts, tunnels and pipelines. It also discusses the Los Angeles Aqueduct and Colorado River Aqueduct as two other major water conveyance systems that provide water to Southern California. The Feather River System and Lake Oroville are also mentioned as key parts of the State Water Project.
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The document summarizes a public meeting about water issues in Mesa County, Colorado. The agenda included discussions on local water supplies, challenges like endangered fish and water quality, population growth projections, and filling the gap between future water supply and demand. Attendees provided input on basin implementation plans and principles like protecting senior water rights and local control over water planning. Breakout sessions covered topics like agricultural, environmental, and policy issues.
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102413 Demand Exceeds Supply ABQJournal Onlinewww.abq.docx
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Water in the Western United States - California: A Case Study
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1 How to Overcome Public Perception Issues on Potable R.docx
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1 How to Overcome Public Perception Issues on Potable R.docx
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Administrative Tools for Protecting River Flow Regimes - Robert Wigington, Th...
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Ayb Colorado River
- 1. The Colorado River Anna Y. Bickenbach Humboldt Universität, M.Sc. INRM: Soil & Water Protection Winter 08/09
- 8. The US retains 95 percent of the Colorado River's water and Mexico gets what's left over. Most years this is about 1.5 million acre feet, roughly the same amount that Sonoran desert farmers were using to irrigate their bean and onion fields in 1922.
- 10. AGRICULTURE:
- 11. SALINITY:
- 17. Thank you! Useful Webpages US Department of the Interior http://www.usbr.gov/lc/region/g1000/lawofrvr.html Salinity Control Program http://www.usbr.gov/dataweb/html/crwq.html Wikipedia http://en.wikipedia.org/wiki/Colorado_River