ABSTRACT
Objective: This study investigated potential factors associated with HPV vaccine uptake in a diverse population of traditional-age undergraduate students. Participants: One hundred and twenty-nine undergraduate students aged 18-24 attending a small southeastern university completed surveys in January to March of 2013. Methods: Questionnaires included demographic information, basic HPV knowledge, HPV vaccine uptake, and factors influencing uptake decision. Survey results were analyzed with chi-square and t-test analyses. Results: Vaccine uptake was significantly higher in students who reported that health care provider, public health information, parents, and access to vaccine were important factors in their decision to get vaccinated. Female students had a significantly higher vaccine uptake in comparison to males and the HPV knowledge scores differed significantly by race but not gender. Conclusions: It is especially important to consider how public health campaigns and communication with parents and health care providers help promote HPV vaccine uptake in this high-risk group.
Subject(s)
Attitude to Health , Health Knowledge, Attitudes, Practice , Papillomavirus Infections/prevention & control , Papillomavirus Vaccines/therapeutic use , Patient Acceptance of Health Care/psychology , Students/psychology , Students/statistics & numerical data , Adolescent , Adult , Decision Making , Female , Humans , Male , Patient Acceptance of Health Care/statistics & numerical data , Surveys and Questionnaires , Universities/statistics & numerical data , Young AdultABSTRACT
Granivorous animals may prefer to predate or cache seed of certain plant species over others. Multiple studies have documented preference for larger, non-native seed by granivores. To accomplish this, researchers have traditionally used indirect inference by relating patterns of seed removal to the species composition of the granivorous animal community. To measure seed removal, researchers present seed to granivorous animals in the field using equipment intended to exclude certain animal taxa while permitting access to others. This approach allows researchers to differentiate patterns of seed removal among various taxa (e.g., birds, small mammals, and insects); however, it is unclear whether the animals of interest are freely using the exclusion devices, which may be a hindrance to discovering the seed dishes. We used video observation to perform a study of seed predation using a custom-built, infrared digital camera and recording system. We presented native and non-native seed mixtures in partitioned Petri dishes both within and outside of exclusion cages. The exclusion cages were intended to allow entrance by rodent taxa while preventing entrance by rabbits and birds. We documented all seed removal visits by granivorous animals, which we identified to the genus level. Genera exhibited varying seed removal patterns based on seed type (native vs. non-native) and dish type (open vs. enclosed). We documented avoidance of the enclosed dishes by all but one rodent taxa, even though these dishes were intended to be used freely by rodents. This suggests that preference for non-native seed occurs differentially among granivorous animals in this system; however, interpretation of these nuanced results would be difficult without the benefit of video observation. When feasible, video observation should accompany studies using in situ equipment to ensure incorrect assumptions do not lead to inappropriate interpretation of results.
