Using a Reflexive Process to Investigate Organizational Change: The Use of the Research Spider Matrix.

Academic health sciences libraries increasingly are urged to develop research support services for faculty and students. However, moving to a research-centric culture is not easy. It requires assessment of existing competencies (defined as knowledge, experience, and skills) to identify capacity and gaps and to inform individualized and unit-level professional development activities.

It takes longer than you think: librarian time spent on systematic review tasks.

Introduction: The authors examined the time that medical librarians spent on specific tasks for systematic reviews (SRs): interview process, search strategy development, search strategy translation, documentation, deliverables, search methodology writing, and instruction. We also investigated relationships among the time spent on SR tasks, years of experience, and number of completed SRs to gain a better understanding of the time spent on SR tasks from time, staffing, and project management perspectives.

Methods: A confidential survey and study description were sent to medical library directors who were members of the Association of Academic Health Sciences Libraries as well as librarians serving members of the Association of American Medical Colleges or American Osteopathic Association.

A systematic review of heart failure dyadic self-care interventions focusing on intervention components, contexts, and outcomes.

Background: Having support from an informal carer is important for heart failure patients. Carers have the potential to improve patient self-care. At the same time, it should be acknowledged that caregiving could affect the carer negatively and cause emotional reactions of burden and stress.

Multi-step routes of capuchin monkeys in a laser pointer traveling salesman task.

Prior studies have claimed that nonhuman primates plan their routes multiple steps in advance. However, a recent reexamination of multi-step route planning in nonhuman primates indicated that there is no evidence for planning more than one step ahead. We tested multi-step route planning in capuchin monkeys using a pointing device to "travel" to distal targets while stationary.

Applying the bicoded spatial model to nonhuman primates in an arboreal multilayer environment.

Applying the framework proposed by Jeffery et al. to nonhuman primates moving in multilayer arboreal and terrestrial environments, we see that these animals must generate a mosaic of many bicoded spaces in order to move efficiently and safely through their habitat. Terrestrial light detection and ranging (LiDAR) technology and three-dimensional modelling of canopy movement may permit testing of Jeffery et al.