H51R-04
A new chapter in environmental sensing: The Open-Source Published Environmental Sensing (OPENS) laboratory

Friday, 18 December 2015: 08:45
3014 (Moscone West)
John Steven Selker1, Clément Roques2, Chad W Higgins1, Stephen P Good3, Rolf Hut4, Adam Selker1 and THE OPEN-SOURCE-PUBLISHED ENVIRONMENTAL/AGRICULTURAL SENSING (OPENS) LABORATORY , (1)Oregon State University, Corvallis, OR, United States, (2)University of Rennes, Rennes Cedex, France, (3)University of Utah, Geology And Geophysics, Salt Lake City, UT, United States, (4)Delft University of Technology, Delft, Netherlands
Abstract:
The confluence of 3-Dimensional printing, low-cost solid-state-sensors, low-cost, low-power digital controllers (e.g., Arduinos); and open-source publishing (e.g., Github) is poised to transform environmental sensing. The Open-Source Published Environmental Sensing (OPENS) laboratory has launched and is available for all to use. OPENS combines cutting edge technologies and makes them available to the global environmental sensing community. OPENS includes a Maker lab space where people may collaborate in person or virtually via on-line forum for the publication and discussion of environmental sensing technology (Corvallis, Oregon, USA, please feel free to request a free reservation for space and equipment use). The physical lab houses a test-bed for sensors, as well as a complete classical machine shop, 3-D printers, electronics development benches, and workstations for code development. OPENS will provide a web-based formal publishing framework wherein global students and scientists can peer-review publish (with DOI) novel and evolutionary advancements in environmental sensor systems. This curated and peer-reviewed digital collection will include complete sets of “printable” parts and operating computer code for sensing systems. The physical lab will include all of the machines required to produce these sensing systems. These tools can be addressed in person or virtually, creating a truly global venue for advancement in monitoring earth’s environment and agricultural systems. In this talk we will present an example of the process of design and publication the design and data from the OPENS-Permeameter. The publication includes 3-D printing code, Arduino (or other control/logging platform) operational code; sample data sets, and a full discussion of the design set in the scientific context of previous related devices. Editors for the peer-review process are currently sought – contact John.Selker@Oregonstate.edu or Clement.Roques@Oregonstate.edu.