Collaboration Between Health Sciences Librarians and Faculty as Reflected by Articles Published in the Journal of the Medical Library Association

A recent study by Higgins and colleagues reports that the Journal of the Medical Library Association (JMLA) had the highest percentage of articles with both librarian and faculty co-authors out of 13 peer-reviewed journals in STEM librarianship and education between 2005 and 2014. A deeper and updated analysis of JMLA research articles and case studies published between 2008 and 2017 revealed that 29% of articles had both librarian and faculty co-authors. The main topics of librarian-faculty collaboration as described in these articles were related to patient and consumer health information and clinical information-seeking and decision-making by healthcare providers. Most faculty co-authors came from the disciplines of biomedical/health informatics and biostatistics and library and information science. The publication of these articles in JMLA provides evidence of health sciences librarians and information specialists’ ability to collaborate with faculty members to advance the knowledgebase and practice of librarianship and the health sciences

Heat flow in the Lesser Antilles island arc and adjacent back arc Grenada basin

Using temperature gradients measured in 10 holes at 6 sites, we generate the first high fidelity heat flow measurements from Integrated Ocean Drilling Program drill holes across the northern and central Lesser Antilles arc and back arc Grenada basin. The implied heat flow, after correcting for bathymetry and sedimentation effects, ranges from about 0.1 W/m2 on the crest of the arc, midway between the volcanic islands of Montserrat and Guadeloupe, to 15 km from the crest in the back arc direction. Combined with previous measurements, we find that the magnitude and spatial pattern of heat flow are similar to those at continental arcs. The heat flow in the Grenada basin to the west of the active arc is 0.06 W/m2, a factor of 2 lower than that found in the previous and most recent study. There is no thermal evidence for significant shallow fluid advection at any of these sites. Present-day volcanism is confined to the region with the highest heat flow