Names in the News

Torres named grape advisor for Tulare and Kings counties

Gabriel Torres joined UCCE on Feb. 1, 2018, as an area viticulture advisor in Tulare and Kings counties.

Prior to joining UCCE, Torres was a postdoctoral researcher in the Department of Nematology at UC Riverside developing an integrated pest management strategy for controlling the most prevalent nematode species in grape vineyards in California. Torres evaluated rootstock resistance, chemical and biological compounds, and anaerobic soil disinfestation methods. Torres conducted most of the nematode experiments under the supervision of UC Cooperative Extension specialist Andreas Westphal.

From 2014 to 2016, Torres was a leader of the plant pathology program for the Colombian Oil Palm Natural Research Centre (CENIPALMA) in Bogota, Colombia. There he developed and guided projects aimed at solving disease problems of the oil palm crop in Colombia, including bud rot, lethal wilt, and basal stem rot.

He completed a Ph.D. in plant pathology from Michigan State University and a B.Sc. in agronomy from Universidad de Caldas, Manizales, Caldas, Colombia.

Torres is based in Tulare and can be reached at (559) 684-3316 and gabtorres@ucanr.edu.

Lund named grape advisor for Madera, Merced and Mariposa counties

Karl Lund joined UCCE on Jan. 8, 2018, as an area viticulture advisor in Madera, Merced and Mariposa counties.

Prior to joining UCCE, Lund was a trial specialist at Syngenta Flower, where he designed and conducted floriculture research trials under both greenhouse and garden conditions for a wide variety of flowering plants, specifically focused on the development of fertilization recommendations and nutrient profiles. In 2016, Lund was a technology development representative at Monsanto, where he worked with seed distributors and local farmers to plant, maintain and evaluate pre-commercial varieties of lettuce, bell peppers and spinach.

Lund spent many years teaching and conducting research in viticulture. Starting in 2008, he worked in the laboratory of Andy Walker at UC Davis, where he ran a project looking at the phenotypic and genetic diversity of phylloxera in Northern California, and trying to understand the genetics of phylloxera resistance in hopes of breeding new phylloxera resistance rootstocks for California.  His research helped identify new feeding types of phylloxera in Northern California and connected those feeding types to genetic groups. He also identified new sources of broad phylloxera resistance to be used in breeding phylloxera-resistant rootstocks.

As a postdoc in the Walker lab, Lund looked at drought avoidance in grapevine rootstocks. Insights from this work may be useful in the creation of more drought-tolerant rootstocks. In addition to his research, he was a teaching assistant for several UC Davis classes. Lund wrote a book chapter on grapevine breeding in the western United States and lectured at Cal Poly SLO for the 2015-2016 academic year.

Lund completed a B.S. and a Ph.D. in genetics at UC Davis.

Based in Madera, Lund can be reached at (559) 675-7879, ext. 7205 and ktlund@ucanr.edu.

Kansal joins CSIT as portfolio and project manager 

Namita Kansal recently joined the Communication Services and Information Technology as a portfolio and project manager. 

Some of the projects she is working on include assessing the network status of all UCCE sites in California to inform strategic decisions to fund and prioritize the UCCE sites that urgently need network upgrades, portfolio-level reports to inform strategic, operational and funding decisions for the Web IT team, a change management process for the entire IT team, and a project plan and funding estimates for the ANR website redesign.

Before joining ANR, Kansal was a project manager at the UC Davis School of Medicine, working to operationalize strategic initiatives, program development and project management.  

She earned a masters in public administration and a master in arts from Syracuse University. 

Kansal is based at the ANR building in Davis and can be reached at (530) 750-1207 and namkansal@ucanr.edu.

Pourreza wins ASABE Sunkist Young Designer Award

The American Society of Agricultural and Biological Engineers has selected Ali Pourreza, UC Cooperative Extension specialist in the Department of Biological and Agricultural Engineering at UC Davis, to receive the Sunkist Young Designer Award.

This award recognizes and honors ASABE members under 40 years of age for outstanding contributions to the advancement of the agricultural engineering profession and to stimulate professional achievement.

Sponsored by Sunkist Growers, Inc., the Young Designer Award recognizes the development of a technical plan that influences agricultural engineering progress, as evidenced by use in the field.

Pourreza developed a polarized imaging technique to detect accumulation of starch in citrus leaves as an early indication of citrus greening disease or huanglongbing (HLB).

“The polarized imaging technique was primarily used for early citrus greening detection, that is a major disease of citrus with no known cure,” said Pourreza. “Early detection of citrus greening is important because growers can prevent further spread of the disease before the entire orchard gets infected. The polarized imaging technique can also be used in other applications that involve the detection of starch or sugar.”

He also developed the Virtual Orchard, which uses aerial imagery and photogrammetry to create a 3-D image of an orchard.

“Knowledge about tree geometry such as individual canopy cover, volume, height and density is important for growers to understand variability within their orchard and make timely decisions about irrigation, nutrient, pest and disease, etc.,” Pourreza said. ”Virtual Orchard is an affordable technology that makes this information accessible for growers. Information extracted from the Virtual Orchard can be used to apply variable rate inputs in a site-specific manner according to the prescription maps that identify the application rate at different locations of an orchard.”

The award will be presented to Pourreza during the ASABE annual meeting in July in Detroit.

UC ANR receives award for extending high-speed broadband

The nonprofit organization CENIC has awardedUC ANR its 2018 Innovations in Networking Award for Broadband Applications. The award recognizes work to extend high-speed broadband to University of California researchers in rural communities across California by connecting UC ANR sites to the California Research and Education Network (CalREN),

Gabe Youtsey, chief innovation officer; Tolgay Kizilelma, chief information security officer; and Tu Tran, associate vice president for business operations, were recognized as project leaders.

In 2016, CENIC began working with UC ANR to connect its nine research and extension centers to CalREN, equipping them with internet speeds comparable to those found on UC campuses. For example, the UC Hopland Research and Extension Center in Mendocino County and the UC Desert Research and Extension Center in Imperial County are both connected at 500 Mbps, five times their previous level of connectivity. 

“You can't do big data with dial-up internet speed,” said Jeffery Dahlberg, director of the UC Kearney Research and Extension Center. “Before this upgrade, our internet was slower than my home internet speeds. Now we have speeds more like you will find on UC campuses.”

Due to the remote location of most of these facilities, the work involved in identifying suitable pathways for connections between each site and the CalREN network has been extensive. Engineers from CENIC and UC ANR collaborated on network design, deployment, and troubleshooting to equip these facilities with the high-speed internet they need.

In addition to the RECs, Highlander Hall, home to News and Information Outreach in Spanish and the Citrus Clonal Protection Program, is now connected to CalREN. Elkus Ranch (the environmental education center for Bay Area youths), the UC ANR building in Davis and 30 UC Cooperative Extension sites are in the process of being connected.

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