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  1. [media-caption path="https://oceanobservatories.org/wp-content/uploads/2021/01/Screen-Shot-2021-01-15-at-11.25.28-AM.png" link="#" title="help"][/media-caption] Questions submitted to OOI’s HelpDesk will now be shared and answered on OOI’s community forum on Discourse.  This move was initiated in January 2021 as a way to make such queries more transparent, with the hope that the answers would help inform the broader OOI community and possibly initiate a dialogue among OOI data users themselves. “HelpDesk questions range in complexity, depending upon the experience of OOI data users.  By posting basic questions about accessing data to detailed queries about particular data, we hope to provide a resource for users at all experience levels,” said Jeff Glatstein, Senior Manager of Cyberinfrastructure and OOI Data Delivery Lead.  Members of the OOI Data Team, comprised of representatives from all of the OOI arrays, answer questions relevant to data collected by the arrays. The platform offers the team a way to quickly engage with questioners and vice versa. The team expects that some of the questions submitted will spark discussion amongst the data users themselves. “Having the questions presented on an open forum like Discourse provides an opportunity for OOI data users to share their knowledge and lend insight into specific data-related questions,” added Glatstein. In addition to the HelpDesk, Discourse contains an FAQ section, and discussion sections for sharing of data tools, innovations, and findings, known data issues, and other areas where users’ exchange of information can be helpful.  The implementation of Discourse was recommended by the OOI Facility Board as a means to encourage exchange between members of the OOI community. OOI’s forum is modeled after the Pangeo Discourse, which is a successful community of scientists and software developers working together to improve scientific research. All OOI data users and potential OOI data users are encouraged to try out, then bookmark, Discourse. By sharing knowledge, questions and answers, OOI can join the ranks of helping to advance scientific research through engaged dialogue and collaboration.  See you online!      
  2. [caption id="attachment_20110" align="alignleft" width="275"] Kathleen Browne, Chair, Geological, Environmental and Marine Sciences Department Rider University[/caption] It all started with an email blast advertising a workshop offering opportunities to develop new lessons using OOI data.  By happenstance, the workshop was right down the street from Kathleen Browne’s office at Rider University in Lawrenceville, New Jersey, making it convenient for her to attend. Sponsored by the National Science Foundation-funded OOI Ocean Data Labs at Rutgers University of New Jersey, the workshop’s focus on “data explorations” meshed nicely with Browne’s long held involvement in advancing science education plans for both higher ed and K-12 teachers. Browne teaches oceanography and served as academic director of Rider’s Science Education and Literacy Center, which works to advance K-12 and college math and science instructors’ use of inquiry-based instruction. “Since I have been involved in a whole suite of science education lesson plans and I teach oceanography, it seemed like a unique and worthwhile opportunity, “ she explained. Little did Browne expect that a five-day workshop would lead to her becoming an integral part of the OOI Ocean Data Labs network. She and Gabriela Smalley, a colleague in Rider’s Geological, Environmental and Marine Sciences Department (which Browne chairs) and colleagues from Maine Maritime Academy (Lauren Sahl), University of Kentucky (Rebecca Freeman), Southern Maine Community College (Carol White), and Rutgers (Sage Lichtenwaler) created an OOI data exploration on ocean anoxic events. Browne and Smalley have since also contributed to a new lab manual created by the Ocean Data Labs.  Browne created labs in geology, while Smalley contributed labs on primary production and biology. The pandemic has changed the way Browne is considering classroom instruction. “I’m in the midst of rethinking how I teach labs, particularly given all I’ve learned in these days of remote instruction.  It’s hard to teach an oceanography lab remotely when students are clearly looking for something different than what we can do remotely.  I imagine, for example, we might use the intro labs in the lab notebook in the beginning of the semester because we are finding that students really need focused guidance on describing patterns in data sets before they can make sense of the results. “Students struggle with understanding data. But, the need for data analysis is not limited to science. It’s important in politics, health care, and most aspects of life today. We live in a world where an enormous amount of data is presented to us daily. It’s not that everyone needs to process that data, but they do need to at least make sense of the data visualizations that might be offered. It’s my hope that my students can do that so they might be able to recognize when something  doesn’t make sense. I’d like my students to be better consumers of data, and skeptics of data so they are not misled.” Browne‘s interest in the business of students struggling to describe patterns in data has prompted a project to figure out the best instructional ways to help students develop data literacy skills to improve their scientific explanation skills. She teamed with Smalley, Andrea Drewes, a learning scientist in Rider’s Graduate Education, Leadership and Counseling department, and Sage Lichtenwaler, a lead investigator and data wrangler with Ocean Data Labs, on a recently funded NSF project. The project will assess students’ data and science literacy skills -- that is understanding the scientific principles involved. The project will use a variety of techniques and resources, including the Ocean Data Lab’s data explorations. “Our approach will be to help students develop their data literacy skills such as the ability to read a graph correctly and identify and articulate in detail the patterns and trends that they see in the data.  With those skills refined we will help to help students learn the science in our courses so they are able to explain something they learned about the data and the science using scientific evidence and reasoning.” The effectiveness of this approach will be tested in two different classroom settings. One will serve as a control, while the other will integrate tools and instruction to help students work with data visualizations.  Ultimately, the team will assess the learning gains in the control and intervention classes.  Successful techniques identified will be shared broadly with science instructors, learning scientists, and other educational researchers throughout the nation to improve data literacy among U.S. students. Browne and her team will begin the formal data collection this fall and expect to report their findings in 2023. “My work with OOI data and the Ocean Data Labs has opened up new avenues of exploration for me, and ultimately will help students’ abilities to use data and science literacy skills to contribute as active citizens to pressing ocean-related issues in the world."
  3. [media-caption path="https://oceanobservatories.org/wp-content/uploads/2021/01/J1265_20200808_0232_CAMDSB303_recover.jpg" link="#" title="Jason at night"]The ROV Jason rises from the deep after diving in the International District Hydrothermal Field. Credit: University of Washington.[/media-caption] As the end of a most tumultuous year, we are grateful to our OOI friends and colleagues for their dedication and continued participation. In spite of the many COVID-related restrictions, 2020 turned out to be a productive year. The OOI team successfully completed five operation and maintenance cruises to ensure the continued smooth operations of the arrays. In response to community suggestions, the team has implemented a new data tool, the Data Explorer, which is making OOI data easier to access, use, visualize, and share. During the past year, researchers continued to publish using OOI data, bringing the number of OOI-related publications to 171, with 152 lead authors, representing 84 institutions from 19 countries. The National Science Foundation continued to support OOI research, with an investment of more than $51 million in grants to 61 distinct principal investigators at 24 academic institutions in the U.S. The program has received and filled on average 19 million data requests each month, or the equivalent of about 6.8 terabytes. We are more than pleased to see how OOI data are helping to advance understanding of our changing ocean. While the virtual realm is not ideal, we appreciate the continuing engagement of the community with the OOI.  At the recent AGU Fall meeting, more than 200 of our colleagues participated in our online events. While we all missed the human contact and coffee, it was gratifying to connect with many of you virtually. 2021 holds great promise for new beginnings and resumption of normal lives.  We wish you all the best for the new year.  May it be healthy, happy, productive, and may we be able to see each other in person. John Trowbridge Peggy Brennan-Tonetta Ed Dever Deb Kelley Anthony Koppers Al Plueddemann        
  4. In 2021, the Ocean Observatories Initiative Facilities Board (OOIFB) and the National Science Foundation (NSF) are launchig a process to consider whether to move the Pioneer Array from its current location, on the New England shelf and slope south of Martha’s Vineyard, to a new site. Selection of the next OOI Pioneer Array location, or decision to maintain the Array at its current location, will be driven by community input on the important science questions that can be addressed by the Pioneer Array. The OOI community is invited to weigh in on this important decision during a two-phase sequential lab approach that will bring scientists, educators, and other stakeholders together virtually to evaluate 1) future location options for the Pioneer Array and 2) new design considerations that can enable exciting research endeavors at the chosen location. Two Innovations Labs will be held in 2021. The Phase 1 Innovations Lab, March 15-19, will explore possible locations for the Pioneer Array based on multiple factors, driven by scientific questions that require an ocean observatory to advance knowledge. At the Lab, interdisciplinary teams will work together to ideate and develop a roadmap of possible locations including exploring new scientific, educational, and partnership opportunities. The Phase 2 Innovations Lab, in late spring/early summer, will come up with a plan to maximize the science gains and broader impacts of the potential new site. If a new site is recommended, the Array would be moved in 2023. The OOI Coastal and Global Scale Nodes (CGSN) Team at Woods Hole Oceanographic Institution would continue the operation and maintenance of the array, regardless of its location. The Lab’s findings will be considered by an NSF review panel, which will report to NSF in early fall on the new Pioneer Array location and how it can be optimized for science and education.

    How to Become Involved

    For those interested in learning more, a 60-90-minute informational session, Phase 1 Micro Lab, is planned for 13 January 2021, beginning at 1 pm Eastern. Representatives from NSF along with CGSN, the current operator of the Pioneer Array, will present information about the selection process and technical details about the Pioneer Array. Individuals interested in applying for the Phase I Innovations Lab are encouraged to attend the Micro Lab. The information provided could be useful in submitting an application. To attend the Phase 1 Micro Lab, please RSVP here. The application to participate in the Phase 1 Innovations Lab is available here. The application deadline is 31 January 2021. Selected Innovative Lab participants will be announced in mid-February. Participants selected for Phase I will also be considered for Phase II.

    What to Expect

    The Innovations Labs will bring together scientists, stakeholders, and educators. Interdisciplinary teams will work together for six-hour days for the full week. Teams will form, pitch, and refine plans (based on input from experts and other participants). Participants will meet virtually each day of the week (M-F). Four days will be for synchronous meetings and one day will be dedicated to asynchronous team work To learn more or to apply, click here.  
  5.   [caption id="attachment_20086" align="alignleft" width="240"] Larry P. Atkinson[/caption] The OOI Team notes with great sadness the passing of Dr. Larry Atkinson on December 22nd, 2020.  Larry was Eminent Scholar Emeritus and Professor Emeritus of Ocean, Earth and Atmospheric Sciences in the Department of Ocean, Earth and Atmospheric Sciences and the Center for Coastal Physical Oceanography at Old Dominion University.  In addition to significant contributions to oceanographic research and education throughout a distinguished career at a number of institutions, Larry served for many years as Chair and then Past Chair of the OOI Facilities Board (OOIFB), which provides independent input and guidance regarding the management and operation of the OOI to the National Science Foundation. Throughout his many years of service on the OOIFB, Larry provided valuable advice and consistent encouragement as the program was being implemented and developed.  In 2020, in recognition of his many contributions, the OOIFB established the Larry P. Atkinson Travel Fellowship for Students and Early Career Scientists, which will enable students and scientists from across the globe to meet and advance the understanding of the ocean.  Larry will be greatly missed by those members of the OOI Team who worked closely with him, and by the many more who were influenced and impacted by his steadfast wisdom and support. Larry’s obituary can be read here.