Students learn about international programs at Study Abroad Fair

first_imgTags: NDI, study abroad Students interested in studying abroad gathered in the galleria of the Jordan Hall of Science on Monday night for the University’s 2015 Study Abroad Fair, during which they could meet with international program representatives and learn more about the wide variety of programs that Notre Dame offers.Notre Dame believes studying abroad is a vital element to academic formation, according to the Notre Dame International (NDI) 2015-2016 study abroad brochure, and as such provides eligible students with an array of opportunities to take classes abroad.Sophomore Rebecca Wiley said the variety of classes and experiences outside of the classroom are what draw her to the idea of studying abroad.“The ability to discover a new culture different from what we get here on campus is what draws me to the opportunity to study abroad,” Wiley said.Wiley said after visiting the Ireland booth at the Study Abroad Fair that the unique class offerings in Dublin appealed to her.“Studying abroad gives you a chance to take new classes — for example, in Dublin you have to take an Irish culture class,” Wiley said. “It gives you a chance to meet new people that you never knew here on campus and collaborate on projects and subjects that you’re interested in.”This year’s Study Abroad Fair also provided pizza and door prizes for students that came to learn more about the international programs. Door prizes included two round-trip plane tickets to NDI study abroad locations and three $200 gift cards to Hammes Bookstore.“I was especially excited for the two free round-trip tickets knowing that next year would be the first year that airfare would be considered a personal expense,” Wiley said.Sophomore Erin Callaghan said the fair helped her narrow down her choices for program locations based on her language of study. Callaghan, a German major, said that she hopes to be fluent in German and believes studying abroad will further contribute to sharpening her language acquisition skills.“Learning a new language makes me more appreciative of other people’s cultures because we are often usually only focused on our own,” Callaghan said. “It gives you a broad perspective of other parts of the world that we may not be exposed to.”Sophomore Rosie LoVoi said she was surprised by the large interest in study abroad programs.“I recognized a lot of people in my grade who were preparing to apply, but I also saw more freshmen than I expected,” Lovoi said. “I think it goes to show that the Notre Dame community is really interested in furthering their academic experience outside of what’s familiar.”After attending the fair, LoVoi, a Program of Liberal Studies major, said she was most interested in participating in the Dublin program.“Dublin is a really interesting city that has a lot of literary history and resources to offer,” she said.LoVoi said she thought the fair was a success and gave students and representatives a chance to share their personal opinions on their experiences studying abroad.“It was really awesome to see how many different options there were that can appeal to different kinds of interest and can get people out of their comfort zones,” she said.last_img read more

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Study yields mixed findings about microbes on organic produce

first_img Diez-Gonzalez said the findings contradict the impression from media reports that organic produce is more likely to cause illness than conventional produce is. The study was published this month in the Journal of Food Protection. The study also showed that produce from certified organic farms was less likely to have fecal contamination, as represented by nonpathogenic Escherichia coli, than produce from uncertified farms. Certified organic farms are required to follow federal guidelines designed to minimize the risk of pathogens in manure used as fertilizer, according to the study’s senior author, Francisco Diez-Gonzalez, PhD, of the University of Minnesota in St. Paul. May 19, 2004 (CIDRAP News) – A recent comparative study of organic and conventionally grown produce on farms in Minnesota showed that the organic produce was virtually free of pathogenic bacteria but was more likely to have fecal contamination from manure used as fertilizer. E coli was 19 times more prevalent in produce from organic farms that used manure or compost less than a year old as fertilizer, compared with organic farms that used older materials, according to the report. In addition, E coli was found 2.4 times more often on produce from organic farms that used cattle manure as compared with farms using other kinds of manure. Among types of produce, organic lettuce had the highest E coli contamination, at 22% of samples (12 of 49). Craig Hedberg, PhD, a foodborne disease expert and associate professor of environmental and occupational health at the University of Minnesota in Minneapolis, said a limitation of the study is that it dealt only with Minnesota, which is not a major producer of fruits and vegetables. “It may be relevant to a broader question, but the results aren’t all that generalizable to the world at large,” he said. “The media have portrayed that organic vegetables have a lot of foodborne pathogens. Our data doesn’t support that,” he told CIDRAP News. “But it does seem to confirm the belief that it [organic produce] is more susceptible to fecal contamination. The good news is that if you are certified, your chance of fecal contamination decreases significantly.” Diez-Gonzalez is an assistant professor of food science and nutrition in the university’s College of Agriculture, Food and Environmental Sciences and the College of Human Ecology. Diez-Gonzalez said agencies that certify organic farms require them to follow US Department of Agriculture organic farming guidelines designed to eliminate pathogens in manure used as fertilizer. The guidelines deal with minimum temperature for composted manure and the minimum time interval between manure application and harvest. Manure that is not composted may not be used less than 120 days before harvest for crops in close contact with the soil and and 90 days before harvest for other crops, he said. However, he said the guidelines don’t say anything about how old manure should be before it is used. Previous studies comparing organic and conventional produce have focused on produce in stores rather than on farms, whereas Diez-Gonzalez and three colleagues collected produce from the fields. “The reason we did this was to try to answer the question whether the organic practices at the farm had a great impact on the prevalence of the microorganisms,” he said. “Ours is the first study that suggests a potential association between organic certification and reduced E. coli prevalence,” the report says. “Further research is recommended to confirm this finding.”center_img No E coli O157:H7 or other pathogenic E coli strains were found in any of the produce samples, the report says. But Salmonella was found in one organic lettuce sample and one organic green pepper from separate farms. “Based on the absence of E coli O157:H7 and the very low Salmonella prevalence, the assertion that organic produce has greater pathogen contamination does not seem to be supported,” the article says. However, Hedberg said the finding that the use of manure less than a year old was linked with more E coli contamination on produce is probably important. “Organic farmers might want to look at this and say, ‘I have to look at how I manage my manure before I use it,'” he said. Ordinary E coli was found in 9.7% of organic produce samples, versus 1.6% of the conventional produce, a significant difference, according to the report. However, E coli prevalence in produce from certified organic farms was 4.3%, which was not significantly higher than the level in conventional produce. The E coli prevalence in produce from uncertified organic farms was 11.4%, significantly higher than in the certified organic produce. In addition, 59% of uncertified organic farms had at least one sample with E coli contamination, versus only 12% of certified organic farms. Farmers were recruited for the study at workshops and through personal visits and phone contacts. The researchers collected 476 produce samples from 32 organic farms and 129 samples from eight conventional farms, all in central and southern Minnesota. Eight of the organic farms were certified by accredited agencies; the rest were not certified but reported using organic practices. All of the organic farmers reported using manure as their main fertilizer, and four of the conventional farmers used manure in addition to chemical fertilizer. Mukherjee A, Speh D, Dyck E, et al. Preharvest evaluation of coliforms, Escherichia coli, Salmonella, and Escherichia coli O157:H7 in organic and conventional produce grown by Minnesota farmers. J Food Prot 2004;67(5):894-900 [Abstract] Diez-Gonzalez said the current findings were from the first year of a 3-year study that began 2 years ago. The second year of the study yielded no findings of E coli O157:H7 or Salmonella on organic produce samples, though those findings have not yet been published, he said. Produce samples that were analyzed included tomatoes, leafy greens, lettuce, green peppers, cabbage, cucumbers, broccoli, strawberries, apples, and several other items. The samples were not washed before being analyzed.last_img read more

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