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363 results on '"Bennett, Patrick J."'

1. The Factors Influencing Retention of Online Adult Learners: A Case Study of a Private Institution

Author

Preuss, Michael D., Bennett, Patrick J., Renner, Blake J., and Wanstreet, Constance Elizabeth

Abstract

A quasi-experimental investigation assessed the impact of multiple factors, including financial aid and proactive advising, on retention of undergraduate students at a small, private university that primarily serves online learners. In-house proactive advising over three academic years was positively associated with increased retention semester-to-semester and fall-to-fall. In addition, students who received Pell Grants plus at least one other form of financial aid, completed math remediation, and transferred 30 or more credit hours persisted at higher rates semester-to-semester. Individuals identifying with historically underrepresented groups tended to persist at rates lower than their White peers' semester-to-semester retention. These findings support the efficacy of proactive advising and financial aid, even with a population that exhibits lower retention for persons from historically underrepresented groups. Findings also suggest that students who transfer more than two full-time semesters of credit have a strong motivation to complete their course of study.

Published
2023

8. Scanning efficacy of p-Chips implanted in the wing and leg of the Big Brown Bat (Eptesicus fuscus).

Author

Seheult, Shane D I, Panchal, Raj, Borisenko, Alex V, Bennett, Patrick J, and Faure, Paul A

Subjects
BATS, ANIMAL handling, LEG, USER experience, TIBIA
Abstract

Individual marking techniques are critical for studying animals, especially in the wild. Current marking methods for bats (Order Chiroptera) have practical limitations and some can cause morbidity. We tested the p-Chip (p-Chip Corp.)—a miniaturized, laser light-activated microtransponder—as a prospective marking technique in a captive research colony of Big Brown Bats (Eptesicus fuscus). We assessed long-term readability and postimplantation effects of p-Chips injected subcutaneously above the second metacarpal (wing; n = 30) and the tibia (leg; n = 13 in both locations). Following implantation (Day 0), p-Chips were scanned with a hand-held ID reader (wand) on postimplantation days (PIDs) 1, 8, 15, 22, 32, 60, 74, 81, 88, 95, and over 1 year later (PID 464). For each trial, we recorded: (1) animal handling time; (2) scan time; (3) number of wand flashes; (4) p-Chip visibility; and (5) overall condition of the bat. Average scan times for p-Chips implanted in both the wing and leg increased over the duration of the study; however, the number of wand flashes decreased, suggesting that efficacy of p-Chip recording increased with user experience. Importantly, over 464 days both the visibility and readability of p-Chips in the wing remained high and superior to tags in the leg, establishing the second metacarpal as the preferred implantation site. Observed morbidity and mortality in captive bats with p-Chips was similar to baseline values for bats without these tags. Because scan efficiency on PID 464 was comparable with earlier days, this indicates that p-Chips implanted in the wing may be suitable as a long-term marking method. Our provisional results suggest that p-Chips are viable for extended field testing to see if they are suitable as an effective alternative to traditional methods to mark bats. [ABSTRACT FROM AUTHOR]

Published
2024
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