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Posts Tagged: college
College students eligible for food assistance deterred by confusing requirements
Modifying Farm Bill could reduce barriers to SNAP for students and improve nutrition
Inadequate access to food can harm college students' health and academic performance. A recent University of California research study in the Journal of Nutrition Education and Behavior investigated why UC students who are eligible for the federal Supplemental Nutrition Assistance Program (SNAP) – the nation's largest food assistance program – do not receive the benefit.
“Based on our study findings, eliminating the extra requirements for college students to qualify for SNAP would go a long way in ensuring that more eligible students get the support they need to meet their basic food needs,” said study coauthor Lorrene Ritchie, director of the UC Nutrition Policy Institute, which is part of UC Agriculture and Natural Resources.
A 2015 study by NPI found four in 10 UC students didn't have enough money to buy sufficient food for a healthy lifestyle. To promote better health, UC has taken steps to ensure students are aware of SNAP, established campus food pantries and other basic needs resources.
"In California, SNAP is known as CalFresh and despite policies and communication to improve college students' access to CalFresh, participation remains low, with approximately 78% of those eligible not receiving benefits," said lead study author Suzanna M. Martinez, associate professor in the Department of Epidemiology and Biostatistics at UC San Francisco.
For insight on why low-income UC students aren't receiving the benefits, Martinez, Ritchie and colleagues at UC San Francisco and Nutrition Policy Institute consulted county agencies that process student CalFresh applications. The researchers interviewed county staff in nine counties that are home to UC campuses: Alameda, Los Angeles, Merced, Orange, Riverside, San Francisco, Santa Barbara, Santa Cruz and Yolo.
While CalFresh benefits have mainly been paid by the federal government through the Farm Bill, counties contribute and county agencies are responsible for implementing policies, determining eligibility, processing applications and distributing funds.
“With the Farm Bill still up for reauthorization, these findings could provide insight into how to strengthen SNAP policy related to eligible students,” Martinez said.
The researchers conducted focus groups and interviews with county staff to determine how agency workers interpret the complex criteria for students to meet CalFresh eligibility.
Their questions focused on how students' applications differed from those of community members, steps taken when processing student applications, student-specific training and suggested improvements to the process.
Five central themes were identified in the interviews:
- More consistent policy dissemination and program administration is needed
- Student exemptions and the application process are perceived as challenges for students
- Key supports for successful student applications include carefully reviewing applications for potential exemptions, providing useful resources to students, and campus partnerships
- Tracking policy changes is burdensome
- Eliminating student rules and treating students as regular clients would be more equitable
The researchers found that CalFresh rules are challenging for students as well as the county agency staff.
Also, eligibility requirements, written over 50 years ago, are based on the assumption that college students are supported by middle-class families.
The research supports simplifying the student CalFresh process to increase participation for eligible students, especially for historically underrepresented racial and ethnic groups and low-income students for whom equitable access to CalFresh benefits is critical.
“Once students get confused or don't know what they need to do, they don't follow through with their application,” one CalFresh eligibility worker told the researchers.
During the COVID-19 pandemic, some federal and state requirements were waived or relaxed for students.
“The timing of this study resulted in a natural experiment since COVID-19-related SNAP modifications streamlined the student application process and reduced administrative burden,” Martinez noted. “These modifications alleviated some challenges discussed by county workers, confirming existing opinions to eliminate the student rules.”
Ritchie said, “We hope our research informs policy to remove some of the barriers so students no longer have as much difficulty getting the food they need.”
This study was funded by the California State Legislature, which provided funding to the University of California to address students' basic needs (UC Basic Needs Initiative).
Researchers create app to help drones improve farm efficiency
When flown at the right times, drones can help farmers adapt to a changing climate
Researchers at the University of California, Davis, have developed a web application to help farmers and industry workers use drones and other uncrewed aerial vehicles, or UAVs, to generate the best possible data. By helping farmers use resources more efficiently, this advancement could help them adapt to a world with a changing climate that needs to feed billions.
Associate Professor Alireza Pourreza, director of the UC Davis Digital Agriculture Lab and postdoctoral researcher Hamid Jafarbiglu, who recently completed his doctorate in biological systems engineering under Pourreza, designed the When2Fly app to make drones more proficient and accurate. Specifically, the platform helps drone users avoid glare-like areas called hotspots that can ruin collected data.
Drone users select the date they plan to fly, the type of camera they are using and their location either by selecting a point on a map or by entering coordinates. The app then indicates the best times of that specific day to collect crop data from a drone.
Jafarbiglu and Pourreza, who is also a UC Cooperative Extension specialist of agricultural mechanization, said that using this app for drone imaging and data collection is crucial to improve farming efficiency and mitigate agriculture's carbon footprint. Receiving the best data — like what section of an orchard might need more nitrogen or less water, or what trees are being affected by disease — allows producers to allocate resources more efficiently and effectively.
"In conventional crop management, we manage the entire field uniformly assuming every single plant will produce a uniform amount of yield, and they require a uniform amount of input, which is not an accurate assumption," said Pourreza. "We need to have an insight into our crops' spatial variability to be able to identify and address issues timely and precisely, and drones are these amazing tools that are accessible to growers, but they need to know how to use them properly."
Dispelling the solar noon belief
In 2019, Jafarbiglu was working to extract data from aerial images of walnut and almond orchards and other specialty crops when he realized something was wrong with the data.
"No matter how accurately we calibrated all the data, we were still not getting good results," said Jafarbiglu. "I took this to Alireza, and I said, 'I feel there's something extra in the data that we are not aware of and that we're not compensating for.' I decided to check it all."
Jafarbiglu pored through the 100 terabytes of images collected over three years. He noticed that after the images had been calibrated, there were glaring bright white spots where they were supposed to look flat and uniform.
But it couldn't be a glare because the sun was behind the drone taking the image. So Jafarbiglu reviewed literature going back to the 1980s in search of other examples of this phenomenon. Not only did he find mentions of it, but also that researchers had coined a term for it: hotspot.
A hotspot happens when the sun and UAV are lined up in such a way that the drone is between the viewable area of the camera's lens system and the sun. The drone takes photos of the Earth, and the resulting images have a gradual increase in brightness toward a certain area. That bright point is the hotspot.
The hotspots are a problem, Jafarbiglu said, because when collecting UAV data in agriculture, where a high level of overlap is required, observed differences in the calibrated images need to come solely from plant differences.
For example, every plant may appear in 20 or more images, each from varying view angles. In some images, the plant might be close to the hotspot, while in others it may be situated further away, so the reflectance may vary based on the plant's distance from the hotspot and spatial location in the frame, not based on any of the plant's inherent properties. If all these images are combined into a mosaic and data are extracted, the reliability of the data would be compromised, rendering it useless.
Pourreza and Jafarbiglu found that the hotspots consistently occurred when drones were taking images at solar noon in mid-summer, which many believe is the best time to fly drones. It's an obvious assumption: the sun is at its highest point above the Earth, variations in illumination are minimal, if not steady and fewer shadows are visible in the images. However, sometimes that works against the drone because the sun's geometrical relationship to the Earth varies based on location and the time of year, increasing the chance of having a hotspot inside the image frame when the sun is higher in the sky.
"In high-latitude regions such as Canada, you don't have any problem; you can fly anytime. But then in low-latitude regions such as California, you will have a little bit of a problem because of the sun angle," Pourreza said. "Then as you get closer to the equator, the problem gets bigger and bigger. For example, the best time of flight in Northern California and Southern California will be different. Then you go to summer in Guatemala, and basically, from 10:30 a.m. to almost 2 p.m. you shouldn't fly, depending on the field-oriented control of the camera. It's exactly the opposite of the conventional belief, that everywhere we should fly at solar noon."
Grow technology, nourish the planet
Drones are not the only tools that can make use of this discovery, which was funded by the AI Institute for Next Generation Food Systems. Troy Magney, an assistant professor of plant sciences at UC Davis, mainly uses towers to scan fields and collect plant reflectance data from various viewing angles. He contacted Jafarbiglu after reading his research, published in February in the ISPRS Journal of Photogrammetry and Remote Sensing, because he was seeing a similar issue in the remote sensing of plants and noted that it's often ignored by end users.
"The work that Hamid and Ali have done will be beneficial to a wide range of researchers, both at the tower and the drone scale, and help them to interpret what they are actually seeing, whether it's a change in vegetation or a change in just the angular impact of the signal," he said.
For Pourreza, the When2Fly app represents a major step forward in deploying technology to solve challenges in agriculture, including the ultimate conundrum: feeding a growing population with limited resources.
"California is much more advanced than other states and other countries with technology, but still our agriculture in the Central Valley uses technologies from 30 to 40 years ago," said Pourreza. "My research is focused on sensing, but there are other areas like 5G connectivity and cloud computing to automate the data collection and analytics process and make it real-time. All this data can help growers make informed decisions that can lead to an efficient food production system. When2Fly is an important element of that."
This article was originally published on the UC Davis College of Engineering News page.
Teaching Kitchen course helps improve college students’ food security
Cooperative Extension researcher: Nutrition course a boon for UC Berkeley students
College students across the nation are struggling to meet their basic food needs. Within the University of California system of 280,000 students, 38% of undergraduate students and 20% of graduate students report food insecurity.
As part of the UC Global Food Initiative, in 2015 the Nutrition Policy Institute (a UC Agriculture and Natural Resources statewide research center) identified student food insecurity as a UC systemwide problem, prompting the UC Regents and campuses to collectively address the issue.
All 10 UC campuses now have on-site basic needs centers, providing food, emergency housing and support services. The UC system and campus working groups recognize that meeting basic needs, such as food, is a multidimensional challenge.
In response to the 2022 White House Conference on Hunger, Nutrition, and Health, which called for national efforts to reduce diet-related disease and food insecurity, UC renewed their commitment to cut the proportion of students facing food insecurity in half by 2030. Campuses will partner with local counties to maximize enrollment in the Supplemental Nutrition Assistance Program (also known as CalFresh in California), provide food for students who do not qualify for CalFresh, and allocate campus food resources to historically underserved student populations.
NPI's collaborative researchers continue to monitor the impact of these efforts, in addition to other interventions, such as supporting students in building basic culinary skills, to improve food security. One multipronged approach to address food insecurity at UC Berkeley is a 14-week course on Personal Food Security and Wellness with a Teaching Kitchen laboratory component.
Sarah Minkow, who teaches the Personal Food Security and Wellness course at UC Berkeley, shared that students learn about nutrition and gain culinary skills through the Cal Teaching Kitchen.
The curriculum is designed with consideration for the time, cost and convenience of healthy eating. Discussions include food safety, calculating nutrient needs, mindful eating and reading nutrition labels. The Teaching Kitchen laboratory brings the lessons to life through knife skills, “no-cook” cooking, microwave cooking and sheet pan meals.
Minkow enthusiastically highlighted her students' “overwhelmingly positive [response to the] lecture and lab,” suggesting the benefits of an interactive learning environment to garner student engagement.
“Students often give feedback that they wish this was a required course for all UC Berkeley students,” said Minkow. She noted one barrier to reaching more students: capacity of the Teaching Kitchen space.
Susana Matias, a Cooperative Extension specialist at the UC Berkeley Department of Nutritional Sciences and Toxicology and collaborative researcher with the NPI, evaluated the impact of the Personal Food Security and Wellness course at UC Berkeley.
Matias reported that increasing food literacy and culinary skills among students has shown to increase intake of fruits and vegetables, and frequency of cooking, and reduce the number of skipped meals. Her study on the impact of the 14-week nutrition course also found a significant decrease in student food insecurity.
Across the UC System, students are benefiting from their campus Teaching Kitchens, including UC Berkeley, UC Davis, UCLA and UC Riverside. Other campuses such as UC San Diego, UC San Francisco, UC Santa Cruz and UC Santa Barbara offer basic student cooking classes as well.
Katherine Lanca, UC Global Food Initiative fellow working with NPI, attended the 2022 Teaching Kitchen Research Conference as part of her fellowship to learn about the latest research on teaching kitchens supporting equitable health outcomes.
The conference was hosted at UCLA by Harvard T.H. Chan School of Public Health Department of Nutrition in association with the Teaching Kitchen Collaborative. Teaching kitchens are a promising approach to supporting food security and cultivating lifelong habits, especially among a college student population.
Food pantries, improved CalFresh processes alleviate food insecurity on UC campuses
Nutrition Policy Institute researchers contribute to studies that inform policy changes
Marcela Gonzalez, who had wanted to be a physical therapist since she was a teenager, was in the final stage of realizing her dream.
But when she started in the PT program at the University of California San Francisco in 2021, a vexing struggle of her undergraduate years came back. Academic pressures and stomach troubles, compounded by financial worries, drained her of any energy and capacity to feed herself.
“I didn't eat; I lost a lot of weight because I just couldn't eat,” Gonzalez recalled. “I was too stressed out all the time; I was a mess.”
During her first year at UCSF, Gonzalez, for whom food has “always just been hard,” discovered that she qualified for CalFresh (California's version of the Supplemental Nutrition Assistance Program, formerly known as “food stamps”). Her participation in the program – as well as the presence of a campus food pantry – helped lift a heavy mental burden and allowed her to refocus on school.
To understand the mechanisms that connect eligible students with CalFresh benefits, which could greatly improve their lives and education, University of California researchers interviewed UC campus staff responsible for guiding undergraduate and graduate students through the application process. Their recently published study, which involved researchers at UC Agriculture and Natural Resources' Nutrition Policy Institute, illuminated several major facilitators and barriers to CalFresh enrollment.
Campus-county coordination, boosting staffing key factors
Ensuring that college students have access to CalFresh is especially crucial, given that food insecurity affects that segment of the population roughly four times the rate of the general population, according to the study's principal investigator and co-author Suzanna Martinez, an associate professor in the department of epidemiology and biostatistics at UCSF.
It's estimated that more than 40% of college students face uncertain access to healthy food – and inflation, the rising cost of attending college and increasingly unaffordable housing are likely to swell those numbers.
That's why researchers say it's critical for campus staff who work on CalFresh outreach to collaborate with the financial aid office and the county office that administers the CalFresh program locally. Through close coordination, staff members can determine if students meet the necessary exemptions and help them with the paperwork.
“When that happens, it's much easier than when a student applies without their campus Basic Needs coordinator, or when they just go to the county and apply on their own,” Martinez explained. “Maybe they don't know all of the verification documents that have to be included, or they might not know their financial aid status.”
Erin Esaryk, NPI research data analyst and first author of the study published in the Journal of Nutrition Education and Behavior, also highlighted the need for increased campus staffing to help with CalFresh enrollment, as well as more outreach by campus and county staff to student populations about the benefits.
“When there's a lot of outreach, that helps alleviate some of the stigma, to normalize the receiving of CalFresh,” Esaryk said.
Helping others worry less about food
Given her own history of travails, Gonzalez, the physical therapy student, wanted to help others at UCSF “de-stress” about food. In summer and fall 2021, she served as a “CalFresh ambassador” for her cohort of new PT students, developing presentations and guides that break down how to apply for or renew CalFresh benefits.
She became the go-to person for her classmates' questions on the logistics and details of applying for the program, and also encouraged fellow health-professional students who, like herself, did not think they would qualify.
“To take out less loans, or to not worry about food a little bit every week, is a great thing,” said Gonzalez, pointing out that subtracting food costs allows students to shave down their loans.
After helping introduce her classmates to CalFresh, she transitioned to working at the food pantry at the Parnassus campus. In addition to setting up and distributing the items, Gonzalez also posts on Instagram and TikTok (@ucsf_basicneeds) to promote the “food market,” which attracts about 100 students and campus community members every Thursday afternoon.
“You never know what you're going to get, but there's so much really good, fresh produce,” she said.
Campus food pantries deliver health benefits
Researchers are also studying how campus food pantries affect students' overall health, including easing the challenges of anxiety, depression and sleep deprivation. Another recent study published in the Journal of Nutrition Education and Behavior analyzed health-survey responses of 1,855 undergraduate and graduate students at all 10 UC campuses – before and after access to a campus food pantry.
“What we found was that students reported improvements in their perceived health and sufficient sleep,” said UCSF's Martinez, the lead author. “We also found that they reported fewer depressive symptoms, compared to before having access to the food pantry.”
By 2019, all UC campuses had established food pantries, although nationwide only about 25% of four-year colleges have one. The significant health benefits reported by UC students in this study give researchers hope that campus food pantries will see additional governmental support, in California and beyond.
“It was important to evaluate whether the food pantries were actually making a difference…if you don't have numbers or evidence, then you're not going to get funded to support future programming,” Martinez said.
Research guides state policy changes
Studies of food insecurity in the college setting have already informed policymaking aimed at smoothing the application process for CalFresh – benefits regarded by Martinez as a better long-term solution than food pantries, which constitute an emergency “short-term response” to the problem.
One example of the research's impact is a law passed last year in California that requires community colleges and California State University campuses to designate a campus-county liaison who would help students procure social services, including CalFresh. A separate law expanded the list of training programs within which students would potentially qualify for CalFresh, and another bill currently under consideration by the state Legislature would make the processing of students' CalFresh applications more consistent from county to county, through more standardized training of staff.
Meanwhile, on the research front, Esaryk, Martinez and their colleagues are completing a follow-up study on students and CalFresh enrollment, this time looking at the perspectives of county staff. And while their broader goal remains clarifying and streamlining student eligibility rules and processes at all levels, they remain focused on students and meeting their needs.
“Right now, our main mission is just to try to increase awareness of CalFresh for students and to let them know they may be eligible,” Martinez said, “and then assist them through that application process so they can actually get the benefits.”
In addition to Esaryk and Martinez, NPI director Lorrene Ritchie and Laurel Moffat of Washington State University are also authors of the CalFresh/SNAP benefits study, while co-authors of the college food pantry study are Ritchie, Gwen Chodur of UC Davis, Sevan Kaladijian of UC Irvine and Michael Grandner of the University of Arizona.
UC Davis to build new $5.25M greenhouse to protect U.S. grapevine collection
Project designed to prevent red blotch and other grapevine diseases
A new, $5.25 million greenhouse is being built on the University of California, Davis, campus to safeguard an important grapevine collection from red blotch disease and other pathogens.
The 14,400-square-foot greenhouse will have a vestibuled entry, be insect-proof and provide another level of disease protection. It is being spearheaded by Foundation Plant Services, or FPS, which provides the U.S. grape industry with high-quality, virus-tested grapevine plant material.
The program serves as the primary source for grapevine plant material distributed to nurseries under the California Department of Agriculture's Grapevine Registration and Certification Program, which provides the majority of grapevines planted in the United States. For the grape industry, it is essential to protect this material from disease-carrying insects and guarantee fast access to clean plant material.
“The program is considered the largest quarantine center for the grapevine industry in the United States,” said Maher Al Rwahnih, a plant pathologist and FPS director. “This is kind of a game changer for us.”
A history of serving the grapevine industry
FPS has maintained healthy grapevine planting stock on the UC Davis campus for more than 70 years in open fields at the Classic and Russell Ranch foundation vineyards. FPS scientists first detected grapevine red blotch virus at Russell Ranch in 2017. By 2021, an estimated 51.6% of the crop there was infected. Material from that vineyard is not being sold, and the site is now part of an epidemiological study to try to pinpoint how the disease is transmitted.
FPS pathologists have detected red blotch on less than 1% of the Classic vineyard crop. But it may not always be that way in the future.
“We don't know how long the Classic vineyard will remain clean,” Al Rwahnih said. “Every testing season, this is what keeps me up at night. We're not sure why it's happening in Russell Ranch and not the Classic vineyard.”
Once the greenhouse is operating, grapevines propagated from plant material from the Classic vineyard will be moved into the greenhouse, tested and verified as clean from disease. From there it will be sold to nurseries, which will grow additional plants to sell to growers.
Two greenhouses part of plan
Normally the foundation has 4,000 vines available, but the greenhouse will only house 2,000 vines, so inventory will be cut in half.
“This phase is just a starting phase,” Al Rwahnih said. “It's not sufficient for our needs.”
FPS plans to build another greenhouse in the next two to three years to increase capacity.
Industry groups and FPS identified greenhouses as the best way to protect the plants from red blotch and other pathogens transmitted by insects. They are also consulting with those same people on the grape varieties to include in the greenhouse.
“We have a large selection, and we need to make sure all the varieties that are important to industry are contained,” he said.
The first greenhouse is expected to be finished by the end of 2023.
Funding for the first greenhouse is coming from a variety of sources. The California Fruit Tree, Nut Tree and Grapevine Improvement Advisory Board, managed by the California Department of Food and Agriculture, contributed $4 million to the project. The California Grape Rootstock Research Foundation gave $500,000, Foundation Plant Services with UC Davis is funding $450,000, and the California Grape Rootstock Commission gave $100,000.
“This is crucial for the grapevine industry, and we are very grateful for the support,” Al Rwahnih said.
