Education & Training

NCAR to open multimedia exhibit on climate change

BOULDER – The National Center for Atmospheric Research (NCAR) next month is unveiling a major new exhibit about climate change. The multimedia displays at NCAR’s Mesa Lab will constitute what is believed to be the region’s largest permanent exhibit dedicated to climate change.  It will highlight the workings of our climate system, how scientists study it, and the potential impacts of warming temperatures and altered precipitation patterns on society and the environment. “Our goal is to provide the public with an engaging and scientifically accurate forum to learn about climate change, which is perhaps the signature environmental challenge of our time,” said Becca Hatheway, exhibits manager at the University Corporation for Atmospheric Research, which manages NCAR. The touchscreens, audio recordings, activities, and artistically designed panels will entirely replace a more text-oriented exhibit that dated from 2003. This artist's rendition highlights part of the climate exhibit. The first section of the exhibit (right) provides an overview of Earth's climate system. The interactive display (left) allows visitors to explore how future levels of greenhouse gas emissions will affect heat waves. (Illustration by Condit Exhibits.) Although climate change can be a grim subject, the exhibit also aims to leave visitors with a sense of hope. It includes a major section that helps guide visitors through choices they can make, such as consuming less electricity or gas, which can have implications for climate change.  “We don’t want visitors leaving the exhibit feeling nothing but doom and gloom,” Hatheway said. The exhibit, housed in NCAR’s landmark Mesa Lab in south Boulder, will be free to the public. The Mesa Lab draws about 100,000 visitors a year to its exhibits on weather, the Sun, supercomputing, and other topics related to the atmospheric sciences. From climate basics to choosing our future The exhibit will be divided into five sections, each designed with input from NCAR scientists. The sections provide an overview of our climate system, the influence of greenhouse gases, the techniques that scientists use to study climate, the impacts of climate change on society and ecosystems, and strategies for reducing our carbon footprint and adapting to a changing climate. One of the highlights is an interactive exhibit called “Shifting the Weather Odds.” Using balls that drop into different slots, visitors will be able to see how higher emissions of greenhouse gases will lead to extreme heat waves occurring more frequently. Another interactive exhibit, “Choose our Future,” will enable visitors to select activities such as the use of lower-carbon building materials and see how that would affect global temperatures by century’s end. In addition, the exhibit will feature a touchscreen with “Community Stories”—recordings of people across the country sharing observations about local climate change and what they're doing about it. Visitors eventually will be able to upload their own stories. “It’s really important to have these first-person accounts,” Hatheway said. “Climate change is something that affects all of us in different ways.” Exhibits manager Becca Hatheway examines new climate displays.(©UCAR. Photo by David Hosansky. This photo is freely available for media & nonprofit use.) Condit Exhibits is building and installing the exhibit. NCAR Senior Scientist Jeffrey Kiehl, who provided guidance during the planning process, said the exhibit can help adults and children alike learn more about climate change. “This is a wonderful project," he said. "It not only conveys the scientific seriousness of climate change, but perhaps more importantly shows some of the ways we can take on the challenge of addressing the issue.” Explore climate online Climate Learning Zone (UCAR Center for Science Education)

Lighting it up for Super Science Saturday

BOULDER— Families, teachers, and the general public are invited to learn all sorts of fun and educational aspects about light at this year’s Super Science Saturday. The free event will be held on Saturday, Nov. 7, from 10 a.m. to 4 p.m. at the National Center for Atmospheric Research (NCAR) Mesa Lab in south Boulder. "We chose light as our theme this year, since 2015 is the International Year of Light," said Eileen Carpenter of the University Corporation for Atmospheric Research's Center for Science Education (SciEd). "There's a lot of research going on about light all over the world, and we will have special demonstrations, activities, and experiments focusing on that exciting topic." The event also will include a host of other science activities for the entire family. A budding scientist participates in an experiment at a previous Super Science Saturday. (©UCAR. Photo by Carlye Calvin. This image is freely available for media & nonprofit use.) Super Science Saturday is geared toward all ages, with activities especially tailored to children 6 to 12 years old, Carpenter said. Light touches society in many ways, through communications, entertainment, culture and, of course, science. NCAR Wizards, as well as scientists with NCAR's High Altitude Observatory and SciEd staff, will present special light shows and demonstrations. Colorado State University's Little Shop of Physics will bring many engaging experiments including ones that glow in the dark. Other highlights will include hands-on activity tables (such as creating projects with solar-sensitive beads), modular robotics workshops, a Doppler weather radar on wheels, and a ping pong ball launch. Face painting also will be offered. Additional organizations involved in the events include Front Range Community College, the Center for Severe Weather Research, Wild Bear Mountain Ecology Center, Maker Bolder, the National Center for Interactive Learning, Vaisala, Ocean Classrooms, and The Arctic Arts Project. The Mesa Lab's exhibits and art galleries will be open all day. Snacks and lunch items will be available for purchase in the cafeteria. The Nasal Ridge Pickers bluegrass band will play in the Mesa Lab library twice during the day. DETAILS:  What: Super Science Saturday When: Saturday, Nov. 7 from 10 a.m. to 4 p.m. Where: NCAR's Mesa Lab, 1850 Table Mesa Drive, Boulder (map)      Who: Activities for the entire family, with events especially focused on children ages 6 to 12. Cost: Free  More information: 2015 Super Science Saturday

GLOBE Program Marks 20 Years of Global Earth Science Education

BOULDER—NASA and the National Science Foundation (NSF) join with the University Corporation for Atmospheric Research (UCAR) on Earth Day today to celebrate 20 years of international cooperation and collaboration to engage students, scientists, and teachers in 114 countries in the scientific exploration of Earth’s environments and climate. The Global Learning and Observations to Benefit the Environment (GLOBE) science and education program, created on Earth Day in 1995, connects students, teachers, and professional and citizen scientists with opportunities to participate in science data collection by conducting real, hands-on science in their local communities. GLOBE students test water salinity at a tide pool off the Cape of Good Hope, at the 2008 GLOBE Learning Expedition in South Africa. (Photo by Janet Heiderer, UCAR.) “NASA has been one of the proud sponsors of GLOBE since its inception, and we’re pleased to be a part of a program that helps inspire future leaders and adds to knowledge of our planet,” said NASA Administrator Charles Bolden. “GLOBE provides students and the public worldwide with the opportunity to contribute meaningfully to our understanding of the global environment and climate. The program not only engages students in learning about their local environment, it also empowers them to play an active role in adding to global data about our home planet.” "GLOBE's database contains more than 100 million environmental measurements collected by students around the world," said Tony Murphy, director of the NASA-sponsored GLOBE Implementation Office at UCAR. "The data collected by GLOBE students are used in students’ own scientific investigations and may also be used by the larger GLOBE community and scientists in research." This week, schools around the world are observing the program’s 20th anniversary and Earth Day with special science activities, including a data entry challenge to collect extensive Earth science data via a new mobile app. "The National Science Foundation knows the importance of training more students in the STEM fields," said France Córdova, director of the NSF in Arlington, Virginia. "We are excited and delighted at how GLOBE stimulates curiosity, sparks interest in STEM careers, and above all, inspires in so very many students a love of science that will last a lifetime." GLOBE program activities, developed by the scientific community and validated by teachers, focus on Earth science topics with research-quality methods. The interdisciplinary activities support current learning standards and yield data that are used by working scientists. Getting students involved in the project-based investigations encourages them to make connections between their local environment and the entire Earth system, providing a global perspective. Supported by the U.S. Department of State and the National Oceanic and Atmospheric Administration, GLOBE also provides a platform for conducting NSF-sponsored STEM education research on new models for professional development of STEM educators and career technical education. Many GLOBE partners are sponsoring local activities to mark the anniversary. Students in Colorado are collecting soil, vegetation, water chemistry and stream flow data from Rocky Mountain National Park. West Virginia students are joining NASA’s Earth Day celebration at Washington’s Union Station on April 21-22 to present their hydrology research results from Four Pole Creek in Huntington, West Virginia. Participants in Thailand will conduct a workshop on using GLOBE research to understand and decrease mosquito populations. Learn more about GLOBE as NASA Administrator Charles Bolden, Jr., National Science Foundation Director France Córdova, and GLOBE Implementation Office Director Tony Murphy of UCAR take you on a guided tour. Born on Earth Day 1995, the GLOBE Program suppports a worldwide community of students, teachers, and scientists collaborating to learn about our planet. (©UCAR. Produced by the GLOBE Implementation Office.)   Data on soil moisture and temperature being collected by GLOBE participants are contributing to the validation of the new space-based measurements from NASA’s Soil Moisture Active Passive (SMAP) mission. The GLOBE program soon will expand its reach with the launch of new tools such as apps for observing clouds, land cover, water color, and surface albedo to engage life-long learners worldwide in environmental and climate science. NASA uses the vantage point of space to increase our understanding of our home planet, improve lives, and safeguard our future. The agency freely shares this unique knowledge and works with institutions around the world to gain new insights into how our planet is changing.  

UCAR named a Smithsonian Institution Affiliate

BOULDER ­­— The University Corporation for Atmospheric Research (UCAR), which provides unique exhibits on weather and climate, has been accepted to join a leading group of national museum and cultural organizations as an Affiliate of the Smithsonian Institution. The affiliation establishes a long-term collaborative partnership between the two institutions. UCAR’s exhibits in the Mesa Lab of the National Center for Atmospheric Research in Boulder are a destination for thousands of tourists and school children each year. As an Affiliate, UCAR will have access to Smithsonian resources such as its collections of 138 million objects, artworks, and specimens; professional development opportunities; and membership benefits. UCAR and the Smithsonian Institution will also have the opportunity to develop important collaborations, such as collecting oral histories from communities that are being affected by climate change and developing traveling exhibits that will highlight weather, climate, and other aspects of the atmospheric sciences. Hands-on exhibits such as this one simulating clouds are a destination for thousands of tourists and school children who visit NCAR's Mesa Lab each year. UCAR, which curates the NCAR exhibits, has been accepted to join a leading group of national museum and cultural organizations as an Affiliate of the Smithsonian Institution. (©UCAR. Photo by Carlye Calvin. This image is freely available for media & nonprofit use.) “We are deeply honored to become an Affiliate and gain the opportunity to collaborate with the exceptional talent and expertise within the Smithsonian Institution,” said UCAR president Thomas Bogdan. “We are very much looking forward to working together on high-quality programs and exhibits for the enrichment of the general public, learners, and educators.”“Smithsonian Affiliations represent the highest professional standards in education within the museum community,” said Emily CoBabe-Ammann, director of UCAR Community Programs, which oversees the organization’s exhibits. “To be able to bring that work and the support of the Smithsonian network to UCAR is a truly exciting step for us.”UCAR joins 199 museums and educational and cultural organizations in 44 states, Panama, and Puerto Rico that are in association with the Smithsonian.“The Smithsonian is very proud of its new affiliation with the University Corporation for Atmospheric Research,” said Harold A. Closter, director of Smithsonian Affiliations. “We are delighted to begin this new partnership that builds on shared missions, a commitment to education, and scholarly exchange. We look forward to new collaborations that will continue to bring together the strengths of both organizations to benefit audiences, both locally and nationally, and provide the opportunity to underscore the importance of atmospheric research in our daily lives and in the years ahead.” About Smithsonian Affiliations Established in 1996, Smithsonian Affiliations is a national outreach program that develops long-term collaborative partnerships with museums, educational, and cultural organizations to enrich communities with Smithsonian resources. The long-term goal of Smithsonian Affiliations is to facilitate a two-way relationship among Affiliate organizations and the Smithsonian Institution to increase discovery and inspire lifelong learning in communities across America. More information about the Smithsonian Affiliations program and Affiliate activity is available at    

ISKME to manage National Science Digital Library

BOULDER -- Management of the National Science Digital Library (NSDL) is being transferred this month from the University Corporation for Atmospheric Research (UCAR) to the Institute for the Study of Knowledge Management in Education (ISKME). This agreement helps ensure the long-term sustainability of NSDL. The library provides high-quality, online educational resources with an emphasis on science, technology, engineering, and mathematics (STEM) disciplines. Since its creation in 2000, the library has been funded by the National Science Foundation (NSF) and managed by UCAR. In 2011, reflecting developments in online technologies since the library's creation, NSF directed UCAR to develop and implement a new plan for the library’s sustainability. After a yearlong process, UCAR selected ISKME to manage the library and work with the educational community to ensure its continued viability and relevance. ISKME was selected in part because of its commitment to online learning and innovation, in addition to past success with a viable business model for open educational resources (OER). UCAR will remain an active partner in the library with representation on the NSDL advisory board throughout the transition period. "We are delighted at this outcome after a long and careful process," said Mary Marlino, director of NSDL and the NCAR Library. "ISKME is a great community resource with a viable business model for building services to support the use of open educational resources. We know they will carry on NSDL’s service to the educational community." "It is an honor and a privilege to be entrusted as the new stewards of NSDL," said Lisa Petrides, CEO of ISKME. "We are excited to join in partnership with this longstanding community dedicated to STEM education. ISKME welcomes the addition of NSDL into the OER Commons family of high-quality digital resources that are openly accessible to teachers and learners everywhere." "It is wonderful that the result of over fourteen years of work on NSDL by hundreds of projects and thousands of contributors is being carried forward by ISKME," said Dean Krafft, chief technology strategist at Cornell University Library and one of the original creators of the NSDL site. "I look forward to ISKME’s enhancement of NSDL's delivery of STEM educational resources to teachers and students in the years ahead." About NSDL NSF created NSDL in 2000 to improve access to high-quality online learning materials. The library, a leader in national efforts to improve STEM education, serves as both a repository for STEM educational content and a resource for technology solutions and tools to help STEP practitioner communities. In its first 10 years, NSDL awarded more than 250 grants in areas such as collections of digital contents, locating and using digital resources and tools, and maintaining organizational and technical infrastructures. It is now putting increasing focus on an educational services model that more effectively collaborates with the increasingly diverse communities that produce, consume, and customize digital learning content, thereby better supporting the needs of teachers, librarians, and students. About ISKME ISKME is an independent, education nonprofit, established in 2002, whose mission is to improve the practice of continuous learning, collaboration, and change in the education sector. Based in Silicon Valley’s Half Moon Bay, California, ISKME supports innovative teaching and learning practices throughout the globe, and it is well known for its pioneering open education initiatives. ISKME also assists policy makers, foundations, and education institutions in designing, assessing, and bringing continuous improvement to education policies, programs, and practice.

Flipping the classroom paradigm

November 18, 2014 | The urge to transform higher education through online technology is making its way into atmospheric science. Benefits as well as pitfalls came to light as faculty on the front lines of experimentation shared notes in a UCAR-hosted forum on October 16. The session was part of a two-day meeting of heads and chairs of departments of atmospheric science, an event cosponsored every two years by the American Geophysical Union and the American Meteorological Society. Part of the push behind the new techniques is to serve broader audiences. This is the prime motivation behind the massively open online courses (MOOCs) that have proliferated in the last three years across a wide a range of disciplines. But faculty are also trying new ways of connecting with in-residence students, as technology opens up possibilities well beyond the traditional stand-and-lecture model. The rise of MOOCs MOOCs typically allow students to sign up for free without prerequisites, with tens of thousands enrolled in the most popular MOOCs. In some cases, course credit can be earned if extra work is completed and tuition is paid. One of the key points emerging from research into MOOCs, and noted during the discussion at UCAR, is that technology is no panacea: careful design of meaningful learning interactions that take advantage of technology is still crucial for success. After an initial burst of interest and publicity, analysts have found that many MOOCs generate huge dropout rates and sometimes-mediocre learning outcomes. As noted in the New Media Consortium’s 2013 Horizon Report on higher education (PDF), some observers believe that the rapid growth of MOOCs has made it difficult to carefully analyze their impact and develop best practices. Clips from moderated panel discussions were a key part of the MOOC on climate science organized last summer by the Cooperative Institute for Research in Environmental Sciences. The 3- to 5-minute video clips originated from live webinars that included a chat function for viewer questions. (Image courtesy Anne Gold, CIRES.) “Time will settle those questions,” notes the report, “but there is no doubt that MOOCs have already had a significant influence on the future course of online learning, and deserve close attention, study, and continued experimentation.” Anne Gold (Cooperative Institute for Research in Environmental Sciences, or CIRES) led a prototype team-based MOOC this summer, Climate Science Connections: Water in the West. The course drew an international group of more than 500 participants, said Gold, who’s also experimenting with other techniques to bring climate science to groups of varying sizes using a mix of technologies. “The variety of people who participate in a MOOC is incredible—it makes it very interesting to teach in this format,” said Gold. “We had teachers, graduate students, professionals, interested public, water lawyers, policy makers, politicians, and fishermen, among others.” A few atmospheric science departments have dipped toes into the MOOC water, mainly in the realm of climate. Coursera, one of the leading MOOC companies, includes several courses related to climate and Earth-system processes in its catalog. Among the atmospheric scientists involved are David Archer (University of Chicago), David Karoly (University of Melbourne), Veerabhadran Ramanathan and Richard Somerville (Scripps Institution of Oceanography), and David Schultz (University of Manchester). The CIRES course above will move to Coursera next spring. For faculty who might be toying with the idea of creating a MOOC, Schultz advises that it’s no cake walk. “I did not appreciate how time-consuming it was to build a MOOC,” he said. “I thought I’d throw my lecture material on camera and that would be it.” Smoothing the way was support from his university, including funding specifically for the MOOC that allowed creation of a virtual field trip via Google Earth. “It allowed us to take students to places in the world that support the concepts discussed in lecture,” said Schultz. Given the questions that global climate raises on environmental, societal, and political fronts, the topic seems ripe to draw the large enrollments expected in MOOCs. In contrast, Coursera doesn’t currently have a single MOOC on introductory meteorology, much less higher-level topics. (As one of the forum attendees put it, “I don’t see how you take a thermodynamics class and make a MOOC out of it.”) Eric Snodgrass (University of Illinois at Urbana-Champaign) is developing an online MOOC covering severe and hazardous weather. (Photo courtesy UIUC.) Meteorology’s first major MOOC could be the one now being developed by Eric Snodgrass, who directs undergraduate studies in atmospheric science at the University of Illinois in Urbana-Champaign. He created an online version of the department’s longtime course in severe and hazardous weather; it was named the nation’s best online course of 2012 by the University Professional Continuing Education Association. Snodgrass is now working on visualizations and short video-driven lectures for a Coursera version of the online class, with an anticipated debut date of fall 2015. There’ll be plenty of high-interest material, including El Niño, tropical cyclones, blizzards, droughts, floods, and tornadoes. The course will train students of all ages to use radar and satellite imagery and computer model output to both observe and forecast extreme weather. “My goal is not only increased awareness and understanding of severe weather, but also a new or renewed passion for studying our amazing atmosphere,” said Snodgrass. Doing the flip Attracting the bulk of interest and discussion at the Boulder forum was the notion of “flipping” atmospheric science courses, an approach that’s gaining currency across large swaths of academia. In a flipped course, lectures are consumed by students outside of class through videos that can be stopped and started as needed; the classroom itself is devoted to discussion and problem-solving, with faculty on hand to help. Online assessments ensure that students have absorbed the video content before they come into the classroom. Flipping appears to hit a sweet spot, as it takes advantage of the ubiquity of video on tablets and smartphones while retaining manageably sized classes and in-person elements. A flipped class also gives professors a chance to work more closely, and more often, with students. “When you think about flipping, you really need to think about it as a course redesign,” said Kevin Perry (University of Utah). In order to carry this out, Perry and others stressed the need for faculty to consult university offices that are dedicated to online instruction. Drawing on research-honed strategies, these are often the best experts on campus in how to create a flipped class. Wendy Abshire and Tsvet Ross-Lazarov (UCAR's COMET Program) shared their perspectives on online learning practices with university department heads at an October 16 forum hosted by UCAR. (©UCAR. Photo by Bob Henson.) Several meteorology courses have been taught in flipped fashion over the last few years at the University of Oklahoma, including experimental usage of an active learning classroom, said OU’s David Parsons. “The most successful flipped courses seem to be in the area of programming, where instructor-created materials can supplement high-quality tutorials already available online,” Parsons added. Nolan Atkins discussed several meteorology classes being flipped for the first time this fall at Lyndon State University, including remote sensing, dynamics, and physical meteorology. “Student reaction before the implementation was mixed,” said Atkins. A few weeks into the process, though, many students have come around, and Atkins is feeling encouraged. He noted that flipping a course requires student buy-in, high-quality video, and hard work from faculty. The potential gains include more in-depth coverage of the course content and increased student mastery. “We’re moving away from a ‘sage on stage’ to a ‘guide by the side’,” noted Tsvet Ross-Lazarov, an instructional designer with UCAR’s COMET Program, who joined COMET senior manager Wendy Abshire at the forum. This autumn the program is testing a unique blend of in-person and online lectures, videos, animations, and student-run weather briefings, as COMET staff member Andrea Smith teaches Millersville University’s synoptic meteorology course through UCAR’s UVISIT program. Results will be presented in January at the annual meeting of the American Meteorological Society. Daria Kluver, an assistant professor at Central Michigan University, teaches a flipped course on climate change. Key elements include the Blackboard learning management system, where lectures notes, assignments, and classroom work are posted, as well as a classroom tailor-made for interaction, where students can bring graphics for in-class analysis and interpretation. Web materials are also crucial for Keah Schuenemann (Metropolitan State University of Denver), whose students each analyze and write blog posts on the impacts that climate change is expected to bring to a particular nation. At Central Michigan University, students in Daria Kluver's "flipped" course on climate change take in video lectures on their own time and then meet to discuss course material in a high-tech classroom. (Photo courtesy Daria Kluver.) Kluver stresses the usefulness of CMU’s center for teaching, where she gained relevant expertise in both pedagogy and technology. She finds that a technology-rich workspace is vital in order to get the most out of flipped teaching, especially when you consider the background of today’s college-age student.“They’re millennials. They’ve spent their whole lives with gadgets in their hands.” Does it work? Flipping actually emerged from K-12 education (or “the swamp of practice,” as COMET’s Ross-Lazarov puts it, as opposed to the ivory tower of academia). The first well-documented flipped class took place in 2007 at Woodland Park High School near Colorado Springs. Does flipping make a difference? “The results from the K-12 world have been very encouraging,” says Ross-Lazarov. A report produced by Pearson, George Mason University, and the Flipped Learning Network includes several case studies hinting at increased engagement and higher test scores. However, the report acknowledges the dearth of rigorous, empirical research to date on flipped-learning outcomes. As for higher education, studies to date suggest that flipping might be best suited to smaller upper-level courses, where motivation and interest is high. “It seems that in introductory level courses, or in courses where there is little instructional need to flip the classroom, there were no significant differences between the mean test scores of students in flipped versus nonflipped classes,” said Ross-Lazarov. Given the right setting and the right material, he added, “flipping is an exciting development—it offers a lot of potential.” Dive Deeper Presentations at AGU/AMS Heads and Chairs Conference  Session 3: Best practices for balancing lecture-based, online content, flipped, online, and massive open online courses (pages 65–108). Download the PDF (large file, 13 MB) Writer/contact:Bob Henson, NCAR/UCAR Communications          

Public-private partnership enhances digital tools for customized science education

BOULDER—The University Corporation for Atmospheric Research (UCAR), University of Colorado, and EdTrex today announced an exclusive option agreement allowing EdTrex to continue developing a software platform enabling on-demand creation of customizable curricula using curated open education resources. The software platform, named E-Hub, is the result of four years of research headed by Tamara Sumner, co-director of Digital Learning Sciences, a joint research and development center of the University of Colorado Boulder and UCAR. The center, incorporating input from Colorado and out-of-state school district teachers and administrators, developed a teacher-centric, cloud-based system allowing educators to create customized curricula using curated resources from open education databases and publisher-provided materials. E-Hub is especially focused on content and curricula for STEM subjects (science, technology, engineering, and math). The research was funded by the National Science Foundation. “We’re especially excited about the transfer of this technology into classroom settings,” said Mary Marlino, director of Digital Learning Services at UCAR. “This is a very satisfying culmination of a dozen years of working very closely with the CU team in developing services to support open education resources in the classroom.” In the six school districts where the E-Hub platform has been deployed so far, involving nearly 100 schools and 400 teachers, 90% of teachers said they would recommend the platform to other educators. In one study, student outcomes improved up to 35% based on standard test scores. “For the first time, teachers can respond immediately and effectively to adaptions of instructional content that best suit the individual needs of each of their students,” said EdTrex CEO John Stearns. “We know all students learn differently. Now teachers can address those differences on the spot and achieve extraordinary learning outcomes.” “Empowering teachers to customize curricula is particularly critical for today’s diverse learners,” added Sumner, an associate professor of cognitive science and computer science. “A study conducted by researchers from Utah State University found that students of teachers who took advantage of the rich features in the E-Hub platform showed significantly higher learning gains. In addition, these teachers’ use of E-Hub tended to benefit student populations that had a larger portion of low socio-economic status students.” Beyond curriculum design, EdTrex plans to develop the software platform to support next-generation classroom and instructional management requirements.

A seedbed of greatness

October 1, 2014 | There's no pomp and circumstance on the agenda, but the staff and alumni of NCAR's Advanced Study Program (ASP) are taking quiet pride this autumn in the program's 50th anniversary. What began as a novel idea just four years after the founding of NCAR has become a renowned launch pad for the careers of hundreds of young scientists, many of whom are now leaders in weather, climate, and solar research. ASP offers a unique two-year postdoctoral program that combines intensive mentoring and access to a wide range of experts with the freedom to explore innovative topics. More than 500 alumni of the ASP Postdoctoral Fellowship Program now occupy prominent positions within the atmospheric sciences community. These scientists can be found practicing in a broad range of disciplines at UCAR member universities; government, nongovernmental, and private organizations; and NCAR itself. Along with its postdoc program, ASP offers graduate students the opportunity to make 3- to 12-month visits to NCAR in support of their university-based thesis research. In addition, ASP's Faculty Fellowship Program paves the way for university faculty to take NCAR-based sabbaticals and for NCAR scientists to do likewise in academia. Supported by the National Science Foundation, ASP addresses mission-critical education and training goals of both NCAR and the foundation. Benefits accrue not just to the participants but also to NCAR and the science community, which gain highly trained researchers and an infusion of new ideas that emerge with each cohort of fellows. According to ASP alumnus Russ Schumacher (Colorado State University), the program's focus on independent research is fundamental to its success. "The program puts a lot of power in the hands of a young scientist, which is invaluable. ASP fellows are encouraged to explore new ideas and allowed to find their own way to a large degree, but can also turn to some of the world’s top atmospheric scientists as needed," he said. Meetings of the minds In the course of fostering emerging scientists, ASP promotes the examination of particularly timely topics, as well as areas that seem underemphasized relative to their importance. Toward this end, almost every year since 1966, ASP has hosted a summer colloquium that brings together graduate students and expert researchers in a given field for an intensive set of lectures. The colloquia foster interactions between scientists and graduate students and also provide an opportunity for professional peers working on similar issues to come together, typically for several days, midway through the multiweek agenda. Julio Herrera Estrada (Princeton University) and Elizabeth Lewis (Newcastle University) discuss one of the research projects featured at a dinnertime poster session during the ASP 2014 Summer Colloquium on Uncertainty in Climate Change: An Integrated Approach. (©UCAR. Photo by Stephen Geinosky, NCAR.) Uncertainty in climate change research was the focus of the 2014 ASP Summer Colloquium, held from July 21 to August 6. Although the basic role of human-produced greenhouse gases in raising global temperature is unquestioned, there remains a wide range of possibilities as to how future climate change will unfold, especially on local and regional scales. Sessions at this past summer's colloquium focused on the need to understand strands of uncertainty throughout the climate change problem in order to maximize the effectiveness of research focused in any one area, such as regional climate change or societal vulnerability. "Research quality on any related topic is enhanced by having a more well-honed understanding of the bigger climate picture," explained Linda Mearns, an NCAR senior scientist and lead organizer of the 2014 colloquium on uncertainty. "We aimed to train up-and-coming scientists in interdisciplinary thinking, illuminate both the certainties and uncertainties related to climate change, and provide tools for dealing rigorously with the uncertainties." "ASP colloquia provide a real service to the community by training the next generation of scientists," said Lance Bosart (University at Albany, State University of New York), who co-led ASP’s 2012 colloquium on the intersection of weather and climate. "Organizing and running colloquia is a difficult thing for a university to do. NCAR has the resources and experience and knows how to do it right." Another tradition is the Thompson Lecture Series, launched in 1998 in honor of ASP founder Phil Thompson. The series brings prominent scientists to NCAR for short visits that feature interaction between the lecturer, ASP fellows, and other early career scientists at NCAR. Thompson Lecturers have included Nobel Prize winner Paul Crutzen (Max Planck Institute for Chemistry), Susan Solomon and Kerry Emanuel (both at Massachusetts Institute of Technology), Robert Rosner (University of Chicago), and the late Jerry Mahlman (who spent most of his career at NOAA's Geophysical Fluid Dynamics Lab and Princeton) among others. In addition to giving a formal presentation, Thompson Lecturers offer research advice to the ASP postdocs and share their perspectives on scientific trends and priorities. In turn, they're briefed on emerging areas of research being investigated by the postdocs. At the helm Leadership has been a critical part of ASP's half century of success. Alumni praise the lineup of past and present ASP directors for their excellent mentoring and listening skills, dedication to fostering early career scientists, and strong advocacy on the part of fellows during the program and beyond, as the fellows launch their careers. Mary Hayden, an ASP alumna now working on health and climate issues at NCAR’s Research Applications Laboratory, credits ASP leadership for ensuring strong, ongoing ties between NCAR and program alumni. "During my tenure as an ASP postdoc, I knew I had Director Maura Hagan’s full support for the work I was doing then, and to this day – although my postdoc has ended, and Maura is no longer the program director – she continues supporting the work I do," Hayden said. “This abiding interest from Maura is not unique to me, but is true for other ASP postdocs that Maura mentored, and likely contributes to the enduring connections between NCAR and its ASP postdocs.”           Current ASP director Chris Davis sees the ongoing interaction as essential for keeping NCAR strong and relevant. “Outgoing ASP postdocs form an important part of the web connecting NCAR and universities,” said Davis. “We look forward to the research and career development possibilities that those ties represent, both for ASP alumni and successive generations of students and postdoctoral fellows.” Students participate in a postdoctoral seminar at NCAR circa late 1960s. (©UCAR.) Writer/Contact Rachel Hauser, Office of the UCAR President FunderNational Science Foundation

Wyoming enhances Internet connectivity with help from UCAR-managed network

BOULDER—Students and researchers across Wyoming will now have access to advanced collaborative resources through the national Internet2 networking consortium. Wyoming’s statewide government and educational system has joined the U.S. Unified Community Anchor Network (U.S. UCAN), an Internet2 community program working with regional research and education networks across the country to advance broadband capabilities. The new capabilities are being made possible through the State of Wyoming; the University of Wyoming; the Front Range GigaPoP (FRGP), a regional network managed by the University Corporation for Atmospheric Research (UCAR); and the Western Regional Network, a regional network providing the three Internet2 connections managed by the Corporation for Education Network Initiatives in California (CENIC). Wyoming is the 44th state to offer U.S. UCAN connections. "We've had a long and valuable relationship with the State of Wyoming," said FRGP manager Marla Meehl, who heads high performance networking at UCAR. "We are pleased and excited that we are now able to extend access to the preeminent U.S. network for research and education." That relationship, Meehl noted, includes networking for the state-of-the-art NCAR-Wyoming Supercomputing Center in Cheyenne, which opened in 2012. New connections, new resources Through U.S. UCAN membership, Wyoming state entities will be able to connect community anchor institutions to advanced broadband capabilities and applications. In turn, those anchor institutions will be able to interact directly with more than 93,000 other anchor institutions across the nation that are connected to Internet2. For example, Wyoming K-12 schools will be able to take advantage of a number of resources. These range from interactive master music classes to the Presidential Primary Sources Project, where students can interact with past U.S. presidents and take part in virtual field trips to various national parks and presidential libraries. "We continue to expand access to high-speed broadband. This benefits all citizens and particularly children," said Wyoming Governor Matt Mead. "Resources like Internet2 allow us to compete and collaborate globally. I thank UW for its help and the Front Range GigaPoP staff for making this possible." Robert Aylward, University of Wyoming vice president and chief information officer, noted that many state-affiliated entities, such as K-12 schools and community and technical colleges have typically not been eligible or able to become Internet2 members themselves, due to the size of their institutions or the costs associated with individual access. "Now these institutions will be able to use the network to expand global and local collaborations," Aylward said. Louis Fox, president and CEO of CENIC, added, "We welcome Wyoming's participation in education and research initiatives--in California and the West through the Western Regional Network, and nationally through U.S. UCAN."

Students run radar from afar

June 18, 2014 | You can now use software to turn on your car before you leave the office or turn on the lights before you get home. What about operating a sophisticated radar remotely? Students at North Carolina State University are doing just that, learning about severe storm structure and radar operations at the same time. In a first for NCAR, the center’s Colorado-based S-Pol research radar is being operated from 1,600 miles away. Over the last month, four undergraduate NCSU students in Raleigh, North Carolina, have been controlling S-Pol, stationed near the town of Firestone, as well as Colorado State University’s CSU-CHILL radar, located near Greeley. The operations are designed to collect data for a set of NSF-funded education modules led by NCSU atmospheric science professor Sandra Yuter. These undergraduates from North Carolina State University’s Department of Marine, Earth, and Atmospheric Sciences got a unique opportunity this spring to operate NCAR’s S-Pol research radar from a distance. Left to right, atop the department building: Sara Berry, Nicole Corbin, Megan Amanatides, and Jason Endries. (Photo courtesy Sandra Yuter.) “I like making my own forecasts and seeing them unfold on the radars in real time,” said NCSU’s Nicole Corbin. “It’s especially neat that we can see the 3-D structure of the storms as they evolve.” Another participant, Sara Berry, pointed out the value of student-directed educational opportunities: “Controlling the radars has given me a more active involvement with the weather. I can choose what I want to scan and study.” Thanks to the project, she added, “I am much more aware of the weather in Colorado than in my own state!” Late May and early June is prime time for severe weather in northeast Colorado, and that climatology held true this year, with hail- and tornado-producing thunderstorms dotting the plains on numerous days. “We are obtaining a fantastic radar data set for the education modules,” said Yuter. “In particular, the vertical slices scanned by the S-Pol and CHILL radars are providing incredible detail on the air flows through the storms.” Although S-Pol is a much larger radar than the kind of portable Doppler units famed for their use in storm chasing, NCAR's engineers devised a system using eight cargo containers to transport and then deploy S-Pol at field projects around the globe. Before this summer, though, the radar had never been remotely operated from a great distance, said NCAR associate scientist Scott Ellis. Since the 28-foot-diameter transmitting/receiving dish was already being steered from computer terminals on site, it might have seemed straightforward to set up the operations from North Carolina. However, there were numerous technical challenges that had to be overcome. One critical component needed for remote operation of S-Pol was a way to monitor system status and notify staff of any issues. According to Ellis, the radar now monitors all of its subsystems and automatically sends a message to a designated phone if it finds any problems. A webcam keeps an eye on the antenna as it scans. And the radar subsystems have been re-engineered so that many issues can now be resolved remotely, relieving the need for staff to be located at the radar during operations. “Making S-Pol remotely operable—from warming up the transmitter, through adjusting the scans, displaying the data in real time, and then shutting down—really adds to the utility of the radar,” said Ellis. “This opens up a big opportunity to expand our user base and to make smaller projects more accessible to researchers. We’re really excited about that.” Ellis hopes that other universities will take advantage of S-Pol’s remote capabilities. He noted that a newly streamlined process allows smaller research and education projects to be carried out without the more involved approvals required for major field campaigns funded by the National Science Foundation (see website for details).    Writer/contactBob Henson, NCAR & UCAR Communications ResearchersSandra Yuter, North Carolina State UniversityScott Ellis, NCARPatrick Kennedy, Colorado State University Funders National Science Foundation Technicians install the transmitter dish for NCAR’s S-Pol radar during a move to its permanent location near Firestone, Colorado, in October 2013. Using dual-polarization techniques pioneered at NCAR and NOAA, S-Pol can distinguish raindrops from hailstones, a crucial difference in evaluating the potential for torrential rain. The National Weather Service recently added dual-polarization capability to its national NEXRAD network of Doppler radars (Photo by Carlye Calvin, © UCAR.)


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