posted on 2020-09-01, 10:36authored byKristin L Sainani, David N Borg, Aaron R. Caldwell, Michael L Butson, Matthew S Tenan, Andrew J Vickers, Andrew D Vigotsky, John Warmenhoven, Robert Nguyen, Keith R. Lohse, Emma J Knight, Norma BargaryNorma Bargary
Statistical errors are common in many biomedical fields.1–5 We believe the nature and
impact of these errors to be great enough in sports science and medicine to warrant special attention.6–14 Poor methodological and statistical practices have led to calls for change in other fields, such as psychology.15–18 We believe that a similar call to action is needed in sports science and medicine. Specifically, we see two pressing needs: (1) to increase collaboration between researchers and statisticians, and (2) to increase statistical training within the exercise science/medicine/physiotherapy (PT) discipline. Our call to action extends the work of those who have previously called for increased statistical collaboration in sports medicine and sports injury research
Funding
THE MASS EXTINCTION AT THE CRETACEOUS/PALEOGENE (K/PG) BOUNDARY HAD A DRASTIC IMPACT ON MARINE ECOSYSTEMS. A CONSIDERABLE BODY OF EVIDENCE SUPPORTS THE IMPACT AT CHICXULUB AS THE ULTIMATE TRIGGER OF THE MASS EXTINCTION, BUT THE DYNAMICS OF THE SUBSEQUENT
Development of theoretical and experimental criteria for predicting the wear resistance of austenitic steels and nanostructured coatings based on a hard alloy under conditions of erosion-corrosion wear