Open source, open access, and open data: why science moves faster in an open world
Steven L. Salzberg
Abstract
Steven L. Salzberg
Abstract
The Human Genome Project established a practice of sharing data rapidly, prior to publication, that has since become a model for many projects in genomics. Data sharing has been slow to penetrate other fields because of many factors, some of which I will discuss in this talk. Nevertheless, sharing of methods, data, and results helps science move ahead faster, and openness is essential for the continual process of checking and self-correction that good science requires. I will discuss some of the successes as well as some noteworthy mistakes that have been discovered thanks to open science. The video for this keynote presentation at BOSC 2016 can be viewed here .
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The Human Genome Project established a practice of sharing data rapidly, prior to publication, that has since become a model for many projects in genomics. Data sharing has been slow to penetrate other fields because of many factors, some of which I will discuss in this talk. Nevertheless, sharing of methods, data, and results helps science move ahead faster, and openness is essential for the continual process of checking and self-correction that good science requires. I will discuss some of the successes as well as some noteworthy mistakes that have been discovered thanks to open science. The video for this keynote presentation at BOSC 2016 can be viewed here .
Key concepts: Open science, Open peer review, Open data, Plant biology, Open source, Neuroscience, Physiology, Computer science