NEON non-specialist use case; Science data reuse in a classroom Peter Fox Brian Wee Patrick West 1 James Wilson Stephan Zednik Han Wang ( 1 Tetherless World Constellation, Rensselaer Polytechnic Institute th St., Troy, NY, United States) ( 2 NEON, th Street, Suite 100, Boulder, CO, United States) ( 2 James Madison University, Harrisonburg, VA, United States) Glossary: DPSIR – Drivers, Pressures, State, Impacts, Responses OWL – Web Ontology Language RDFs – Resource Description Framework Schema RDFa – Resource Description Framework Attributes RPI/TWC – Rensselaer Polytechnic Institute / Tetherless World Constellation Scale-Free – A scale-free network is a network whose degree distribution follows a power law, at least asymptotically XSL – Extensible Stylesheet Language VSTO – Virtual Solar Terrestrial Observatory Acknowledgments: James Wilson – James Madison University, Heather Powell – Something, Abstract Sponsors: Tetherless World Constellation, Rensselaer Polytechnic Institute ED41A-0666 We present our experience in bringing science data into the undergraduate classroom. In particular we have worked with scientists associated with the NSF-funded NEON (neoninc.org) project. We have developed a non-specialist use case aimed at undergraduate education. This exercise was developed to give the teacher/professor/facilitator the means to create a lesson plan that will allow students the opportunity to work with large, spatially diverse data sets on water quality and other ecological parameters of streams in the United States. The stream parameters investigated here are total nitrogen, total phosphorus and a macro invertebrate index for the 10 EPA regions in the contiguous US. Instructors would use this lesson as an opportunity to discuss the concept of “ecosystem health,” a controversial topic in science but with intuitive resonance among the general public. However, current research data is highly specialized, lacking understandable, or all together lacking, metadata. This metadata is highly specialized, understandable by only the science specialist, or domain expert. Also, the data and metadata is difficult to locate by a non-specialist. The scientist knows where to find the data, how to collect the data, and can understand the structure of the data and what the data means. The meaning, the knowledge, the understanding is in the minds of the scientist. Thus, specific accommodation of the semantics for non-specialists is required. We include a current description of the activity and its outcomes and discuss the effectiveness of our semantic web development methodology in developing this non-specialist use case. Modern informatics enables a new scale-free framework approach A Concept/Class NEON First Use Case snippet – Developed in a week- long session with a small team of people assigned to the various roles and with mixed skills (Instructor/Facilitator, Student, Data Manager, Information Modeler, Domain Specialist, Software Engineer, IT Engineer) Two activity diagrams were generated from the Use Case and further discussion of concepts and requirements Educational Information Scientific Information Ties To Concepts from the use case were extracted in order to generate information models Results and Next Steps  Results So Far  Creation and use of Scientific information model  Creation and use of Educational information model  Research into use of DPSIR (Drivers, Pressures, State, Impacts, Responses)  Next Steps Diagram on right shows usage of the portal by the instructor Diagram below shows usage of the portal by the student Through research, and interaction with collaborators in this project and another project being worked on within the Tetherless World Constellation, we identified that the concept of ecosystem health would best be represented using the DPSIR Framework