OBJECTIVES/HYPOTHESIS: The h-index, a bibliometric indicator that objectively characterizes the impact of an author's scholarship, is an effective tool that may be considered by academic departments for decisions related to hiring and faculty advancement. Our objective was to characterize the scholarly productivity of academic surgeons from different specialties relative to otolaryngologists. STUDY DESIGN: Analysis of a bibliometric database. METHODS: The h-indices of 2,429 faculty members within surgical specialties at 20 randomly selected academic institutions were calculated using the Scopus database and were examined to determine relationship with academic rank and comparison among surgical subspecialties. RESULTS: The h-index statistically increased with academic rank. Mean h-indices were as follows: assistant professor, 4.37 (range, 2.73-6.69); associate professor, 8.70 (6.53-11.02); professor, 16.44 (13.39-20.45); and chairperson, 20.79 (14.81-27.89). Mean increase between academic rank was 5.47, with the largest increase between the levels of associate professor and professor. Further examination demonstrated statistically significant increases through all academic ranks for most, but not all, individual specialties. Urologists, general surgeons, and neurosurgeons had the highest mean h-indices. CONCLUSIONS: h-indices among the different surgical specialties vary and are potentially impacted by the number of practitioners as well as research emphasis within a field. The mean h-index of academic otolaryngologists falls in the lower values for academic surgeons. Because this metric varies among different fields, it is most relevant for comparison when examining values within a field. H-indices reliably increase with increasing academic rank through professor and offer a quantifiable and objective alternative to other metrics when evaluating faculty members for academic advancement.
OBJECTIVES/HYPOTHESIS: The h-index, a bibliometric indicator that objectively characterizes the impact of an author's scholarship, is an effective tool that may be considered by academic departments for decisions related to hiring and faculty advancement. Our objective was to characterize the scholarly productivity of academic surgeons from different specialties relative to otolaryngologists. STUDY DESIGN: Analysis of a bibliometric database. METHODS: The h-indices of 2,429 faculty members within surgical specialties at 20 randomly selected academic institutions were calculated using the Scopus database and were examined to determine relationship with academic rank and comparison among surgical subspecialties. RESULTS: The h-index statistically increased with academic rank. Mean h-indices were as follows: assistant professor, 4.37 (range, 2.73-6.69); associate professor, 8.70 (6.53-11.02); professor, 16.44 (13.39-20.45); and chairperson, 20.79 (14.81-27.89). Mean increase between academic rank was 5.47, with the largest increase between the levels of associate professor and professor. Further examination demonstrated statistically significant increases through all academic ranks for most, but not all, individual specialties. Urologists, general surgeons, and neurosurgeons had the highest mean h-indices. CONCLUSIONS: h-indices among the different surgical specialties vary and are potentially impacted by the number of practitioners as well as research emphasis within a field. The mean h-index of academic otolaryngologists falls in the lower values for academic surgeons. Because this metric varies among different fields, it is most relevant for comparison when examining values within a field. H-indices reliably increase with increasing academic rank through professor and offer a quantifiable and objective alternative to other metrics when evaluating faculty members for academic advancement.
Authors: David B T Robinson; Luke Hopkins; Chris Brown; Tarig Abdelrahman; Arfon G Powell; Richard J Egan; Wyn G Lewis Journal: World J Surg Date: 2019-04 Impact factor: 3.352
Authors: Jean Anderson Eloy; Michael Bobian; Peter F Svider; Ashley Culver; Bianca Siegel; Stacey T Gray; Soly Baredes; Sujana S Chandrasekhar; Adam J Folbe Journal: JAMA Otolaryngol Head Neck Surg Date: 2017-08-01 Impact factor: 6.223
Authors: Nakul P Valsangkar; Teresa A Zimmers; Bradford J Kim; Casi Blanton; Mugdha M Joshi; Teresa M Bell; Attila Nakeeb; Gary L Dunnington; Leonidas G Koniaris Journal: PLoS One Date: 2015-07-15 Impact factor: 3.240
Authors: Scott J Schwartz; Peter F Svider; Priyanka Shah; Giancarlo Zuliani; Jean Anderson Eloy; Michael Setzen; Adam J Folbe Journal: Am J Otolaryngol Date: 2014-10-23 Impact factor: 1.808