Travel the Sierra Valley Art & Ag Trail, for views of Sierra Valley Bar Quilts and opportunities to visit market farms, working ranches, a pumpkin patch, and to sample the wares of artists of every color – weaver, welder, potter, painter, photographer, carver, jeweler, pyrographer, wood-worker, boatbuilder, furniture maker, blacksmith, stained glass artist, basketmaker and more!
On September 28-29, the Groundwater Resources Association of California will host its 2016 Conference and 25th Annual Meeting, which will provide policy makers, practitioners, researchers and educators the opportunity to learn about the current policies, regulations and technical challenges affecting the protection, use and management of groundwater in California. This year’s conference contains expanded sessions addressing the Sustainable Groundwater Management Act. In addition, there will be several sessions on ongoing and emerging water quality issues.
To view the conference agenda, please visit:
https://www.grac.org/media/files/files/9393d294/2016_AnnualGRAConference.pdf
This week’s California Water Plan eNews includes:
Benjamin Spillman, bspillman@rgj.com 6:04 a.m. PDT August 22, 2016
Changing snowmelt cycles could be more damaging to mountain streams and reservoirs in the Western U.S. than previously thought, according to recently published research.
That’s according to research that shows slow-melting snowpack reduces the amount of water that makes it into streams and reservoirs.
The results have ramifications for everyone from water managers to anglers to kayakers, essentially anyone who values mountain streams.
“This likely means net changes in the amount of water available to reservoirs draining snowmelt area,” said Adrian Harpold, a University of Nevada eco-hydrologist who worked on the research. “That is the big implication.”
What’s interesting about the research is that it shows a slower snowmelt results in less water making it into streams and reservoirs. That’s counterintuitive for many who assume, under a climate change scenario, faster snowmelt would be a bigger problem.
“One misperception is snowmelt runs off the surface,” said Harpold, whose team used computer modeling to simulate snowmelt throughout the Western U.S.
Really, he said, snowmelt seeps into the soil which fills like a sponge before feeding into streams and reservoirs.
When it melts quickly the sponge fills up and the water seeps out. But when there’s a slower melt the water stays in the soil where it gets taken up by vegetation and then goes into the atmosphere through evapotranspiration.
“That slower snowmelt is a less efficient generator of streamflow and sort of an unrecognized negative consequence for water supply,” Harpold said.
But with climate change resulting in warmer nighttime lows, fewer freezing days and a higher snowline in the future shouldn’t the snowpack melt faster, not slower?
Not necessarily, Harpold said.
That’s because temperature isn’t the only driver of rate of snowpack depletion. Solar radiation, or sunlight, is an even bigger factor.
Under a warmer winter or drought scenario, snowpack is more likely to be smaller and to start melting sooner.
And that means there will be less snow to melt and some of it will be melting earlier in the year when there is less sunlight, which means it will melt more slowly than a large snowpack that’s melting in mass quantities in April and May when sunlight is abundant.
That’s bad news as the climate warms and even worse news during droughts, Harpold said.
“Drought is going to be kind of a double whammy for us in the future,” he said. “Not only are we getting less precipitation … but that precipitation may be less efficiently generating streamflow.”
Although the research suggests the process for snowpack boosting mountain streams will be less efficient in the future, it’s difficult to say by how much. Harpold said more research is needed.
“How well do we understand our snowpack,” he said. “We don’t really know how sensitive our snowpack is or how sensitive our water supply is to snowpack changes.”
The findings, published in the journal Geophysical Research Letters with six researchers as co-authors, showed snowpack and streams in the southern Rocky Mountains were most at risk. But it suggested risk for the Sierra Nevada and across the west, as well. Harpold worked on the project at University of Colorado, before moving to Nevada.
Co-author Noah Molotch, the director of the Center for Water, Earth, Science and Technology at Colorado University in Boulder, Colo., said the findings showed a similar pattern across the west, which means broad ramifications.
“Given that 60 million people in the Western U.S. depend on snowmelt for their water supply, the future decline in snowmelt-derived streamflow may place additional stress on over-allocated water supplies,” Molotch said.
This week’s California Water Plan eNews includes:
The Draft Upper Feather River Integrated Regional Water Management (IRWM) Plan is available for a 30-day public review from August 15, 2016 to September 14, 2016.
IRWM is a collaborative effort to identify and implement water management solutions on a regional scale that increase regional self-reliance, support collaborative relationships, and manage water to concurrently achieve social, environmental, and economic objectives. One of the benefits of developing a DWR-compliant IRWM Plan is that it will support local and regional efforts to secure grant funding for projects identified as part of the planning process. A key goal of the IRWM planning process has been to garner public participation and input from residents, Tribes, and stakeholders within the region to create a Plan that reflects the priorities of communities and stakeholders in the region.
The Draft Plan can be accessed from the project website at http://featherriver.org/draft-irwm-plan; copies are available for reading at the offices of Plumas and Sierra counties and the City of Portola.
Three public meetings will be held to present the Draft Plan and receive comments.
Quincy: August 19, 2016 (regular RWMG meeting); County of Plumas, 555 Main Street, Quincy, CA 95971
Chester: August 31, 2016, 6:00-8:00pm (public meeting); Almanor Recreation Center, 400 Meadowbrook Loop, Chester, CA 96020
City of Portola: September 1, 2016, 6:00-8:00pm (public meeting); City Hall, 35 Third Avenue, Portola, CA 96122
Comments on the Draft Plan are encouraged and should be submitted in writing by September 14, 2016 to:
Uma Hinman, Project Coordinator
UFR.contact@gmail.com
555 Main Street, Quincy, CA 95971
This week’s California Water Plan eNews includes:
Monday, Aug 29, 2016
12:30 PM – 2:00 PM PDT
Sierra Nevada forests are critical to Sierra communities and to the entire state; they supply water, generate power, host millions of plant and animal species, store carbon, produce timber, and offer world class recreation — just to name a few of the countless benefits. And yet, the Sierra is experiencing mass tree mortality with 66 million tree dies offs the last six years alone, leading to greater wildfire risk and other severe vulnerabilities. What can we do to protect the Sierra?
In this webinar, we’ll give you the basics of forest health and what needs to be done on the ground. Then we’ll take a look at California forest policies and their overlap with climate policy, and explore opportunities to increase investment in Sierra forest restoration.
Speakers:
The webinar is free and open to the public. For more information, contact Sierra CAMP Director Diana Madson.
This week’s California Water Plan eNews includes:
This week’s California Water Plan eNews includes: