Posts Tagged: Quantity
Dahlke named Water Strategic Initiative leader
We are pleased to announce that - following an open call - Helen Dahlke is taking on the role of leader for the Water Strategic Initiative (officially known as the Water Quality, Quantity and Security SI).
Helen is associate professor in integrated hydrologic sciences in the UC Davis Department of Land, Air and Water Resources. Helen brings a rich history of experience having done her undergraduate and masters in her native Germany before doing her Ph.D. at Cornell University. After her Ph.D., she did postdoctoral work at Stockholm University in Sweden before joining UC Davis in 2013.
Helen's current research interests include surface water – groundwater interaction, water resources management, vadose zone transport processes, and applications of DNA nanotechnology in hydrology. She comes with a broad appreciation of the multiple roles for issues facing water across the state from the mountains to the sea. One of her main research efforts focuses on testing the feasibility of using agricultural fields as recharge sites for groundwater replenishment.
We welcome and thank Helen for adding this new role to her ongoing activities. The SI leaders are the champions for the broad umbrellas of work across the organization. The SIs help people connect while helping unify, communicate and advocate for the work across the state. The SI leaders are part of Program Council, which provides input for programmatic policy and direction for the organization.
Please welcome Helen in her new and expanded role.
Mark Bell
Vice Provost Strategic Initiatives & Statewide Programs
UC Merced leads innovative effort to secure water for agriculture and ecosystems
UC Merced's largest research grant in its 16-year history aims to improve agricultural and environmental water resilience. The new $10 million collaborative focuses on water banking, trading and improvements in data-driven management practices to arrive at a climate-resilient future in water-scarce regions of the United States.
The U.S. Department of Agriculture announced it is funding the wide-ranging effort from multiple institutions across three states through its National Institute of Food and Agriculture's Agriculture and Food Research Initiative on Sustainable Agricultural Systems. The coalition of researchers is led by UC Merced, joined by experts from UC Berkeley, UC Davis, UC Agriculture and Natural Resources, Utah State University, the New Mexico Water Resources Research Institute at New Mexico State University, the Public Policy Institute of California, Environmental Defense Fund, and the U.S. Geological Survey's Southwestern Climate Hub.
“There are a lot of challenges in balancing the needs of agriculture and ecosystems, and climate change and drought are only exacerbating difficult decisions about how to sustain water resources,” lead project director UC Merced Professor Joshua Viers said. “But our team of advisors, educators and scientists are eager to enable data-driven decision-making for securing a climate resilient future for our water-stressed regions.”
The partners in the USDA funded collaboration — Securing a Climate Resilient Water Future for Agriculture and Ecosystems through Innovations in Measurement, Management and Markets or SWIM — will focus on developing more robust, data-driven information systems for decision-makers such as land and water managers. SWIM is designed to provide objective measures of supply and demand, and incorporate drought forecasting and climate change trends.
The research and extension team, by working with local decision-makers, will improve the accuracy of measurement in water budgets, evaluate novel management strategies such as on-farm aquifer recharge, and evaluate water trading and markets to improve sustainable surface and groundwater use.
The SWIM project will work across disciplines and stakeholders, integrating research, extension and education in three testbeds with unique water policies and systems: Cache Valley, Utah; Mesilla Valley, New Mexico; and the San Joaquin Valley. All of them grow orchard crops and alfalfa, and all are in a drought. Like California, Utah is experiencing an unprecedented drought, where 99 percent of the state is in extreme or exceptional drought. And, like California, the physical and cultural geography of New Mexico is extremely diverse. Exploring all innovative avenues of water management is necessary for sustaining a future for agriculture and surrounding communities while balancing ecosystem needs across the west, Viers said.
SWIM's leadership plans such activities as workshops and field days to actively engage stakeholders, including the extension-grower networks of each state's university system, as well as land, water and ecosystem managers.
Researchers from UC Merced include Viers, professors John Abatzoglou, Tom Harmon, Teamrat Ghezzehei, Josué Medellín-Azuara and Colleen Naughton, UC ANR Extension Specialist Safeeq Khan, Chelsea Arnold, who oversees the CalTeach program through the School of Natural Sciences, and researchers Leigh Bernacchi, Max Eriksson and Nicholas Santos.
“The SWIM project aims at bringing the sustainability science from ‘silos' to impact by systematically engaging our stakeholders and clientele in the knowledge co-production and systems thinking,” said Khan, UC Cooperative Extension specialist in water and watershed sciences.
“The project will build on the existing work of UC ANR networks and academics in understanding the needs of growers, irrigation districts, and ecosystem managers and co-developing data and tools to help adopt and adapt climate-resilience strategies. Our emphasis is not only on producing science and decision-support tools, but also using the project as an opportunity for social learning, knowledge empowerment, science communication, and workforce development through extension and outreach.”
In addition to ongoing activity at UC ANR's Kearney Research and Extension Center, one of the testbeds in California will be the new UC Merced Experimental Smart Farm. Researchers will collect soil, water and crop data, track droughts, conduct water accounting and life-cycle assessments, and produce user-focused data and analysis there and in the other two regions.
“The western United States is experiencing declining surface water and groundwater, adding stress on all aspects of the social-hydrological system,” said co-investigator Sam Fernald, director of the New Mexico Water Resources Research Institute at New Mexico State University. “The lessons learned in this project will offer a blueprint for addressing future water challenges, not just in the West, but other locations worldwide facing similar water shortage issues.”
The researchers want to answer many pressing questions, such as how much the changing characteristics of multi-year droughts alter people's willingness to engage in water trading and banking as part of climate resilience efforts; whether drought early warning systems propel water trading; how ecosystem services can be maintained while adapting agricultural water management to anticipated extremes; what are the key drivers and barriers adopting or participating in water markets; and how new data and technology can reduce costs and barriers.
They will also look at how climate change impacts can be mitigated through a rainy-day storage option called managed aquifer recharge or MAR, as well as water trading at multiple scales and land-use planning so that agriculture and the environment can be sustained.
One key component of creating a sustainable future is through educational programming, one of the core activities of the grant. The Climate Adaptation Science Academy will give affiliated graduate students the jump on their careers as leaders in science and engineering by providing training in climate adaptation science, communications and complex systems problem solving.
“Expanding the reach of our program are transformational K-12 educational tools,” Viers said. “Educators and graduate students will develop curricular materials for AgSTEM education pathways reaching from rural, regional middle schools to the teachers serving underrepresented groups.”
The SWIM team plans to develop such tools as games that support computational thinking and decision-making, activities in which students learn about agriculture and careers in smart farming, and hands-on experiential learning.
As associate dean for research in the School of Engineering and the director of the campus's branch of the Center of Information Technology and Research in the Interest of Society (CITRIS and the Banatao Institute), Viers discussed the role of UC Merced in providing tangible solutions to pressing societal problems:
“It has been clear for some time that water scarcity is our new reality, and we know we need to do things differently,” he said. “This research award is the largest that USDA makes to universities, and it is clear that they believe UC Merced and our affiliates are the right team with the right ideas to help secure a climate resilient water future.”
Originally published at https://news.ucmerced.edu/news/2021/uc-merced-leads-innovative-effort-secure-water-agriculture-and-ecosystems.
Upcoming Meetings - Merced County FB Water Symposium and PPIC's Water and the Future of the SJV
Water and water management are crucial to the continuing agricultural prosperity of the San Joaquin...
Upcoming Meetings - February 2019
1. 2019 California Plant and Soil Conference February 5-6, 2019 DoubleTree Hotel & Fresno...
Seeking new leadership for Water and Healthy Families and Communities Strategic Initiatives
ANR academics are invited to apply for Strategic Initiative leader positions, which play key roles in unifying, communicating and advocating to strengthen UC ANR's research and outreach agenda. Given the ongoing evolving role of the UC ANR Strategic Initiatives (SI), the SI leaders agreed that it would again be beneficial to conduct an open search - from across the breadth of expertise of the division - for the next rotation of SI leaders.
Open positions. Two SI leader positions are scheduled to rotate off at the end of 2018. This change offers opportunities for others to take the lead for
Who is eligible to apply? The positions are open to all UC ANR academics, including Agricultural Experiment Station faculty and Cooperative Extension advisors and specialists. Strategic Initiative leaders are appointed by the Associate Vice President on a rotating basis for three years, with a possibility of extension.
Current SI leaders
- Endemic and Invasive Pests and Diseases Jim Farrar
- Sustainable Food Systems Deanne Meyer and Neil McRoberts
- Sustainable Natural Resources David Lile
- Water Quality, Quantity and Security Doug Parker
- Healthy Families and Communities Keith Nathaniel
The SIs help unify, communicate and advocate for what UC ANR does. See the UCANR Strategic Initiatives website for more information.
How to apply. To apply for one of the SI leader positions, complete the simple application form at https://ucanr.edu/survey/survey.cfm?surveynumber=25782.
Applications will be accepted until Nov. 9.
Applicants will be contacted for interviews in late November or early December. The new leaders are anticipated to start on Jan. 2, 2019.
For information regarding the roles and responsibilities of the Strategic Initiative leader position, see the Terms of Reference for Strategic Initiative Leaders. If you have questions, contact Mark Bell, vice provost of Strategic Initiatives and Statewide Programs.
View or leave comments for ANR Leadership at http://ucanr.edu/sites/ANRUpdate/Comments.
This announcement is also posted and archived on the ANR Update pages.