The first Global Ocean Science Education (GOSE) Workshop in June 2015 brought together ocean scientists and education professionals from 15 nations. Panels discussed ocean science education across the K-12 pipeline, undergraduate and graduate education, and public education. Working groups discussed the future of global ocean science education, opportunities and steps for building international collaborations, and establishing a global network of networks.
Scientific Process in Practice was a 2 hour long, weekly seminar designed to complement a field course for incoming oceanography majors (sophomores and juniors). Through hands-on activities, this seminar aimed to help students succeed in the field and later science courses.
The Aquarius mission is brimming with educational content that hits all four areas of STEM: science, technology, engineering and mathematics. This poster, presented at the 2012 Ocean Sciences Meeting, summarizes available educational products and opportunities.
Graduate students in the sciences who both teach and conduct research show greater improvement in their research skills than do those who focus exclusively on laboratory work, says a report to be published in the August 19 issue of Science.
Intended for anyone who communicates about climate change, the guide’s purpose is to assist communicators in reaching two key audiences - the general public and decision makers from government and business - more effectively.
With 14 Centers and a National COSEE Office located throughout the United States, each Center is a consortium of one or more ocean science research institutions, informal science education organizations, and formal education entities. The COSEE program is funded primarily by the National Science Foundation with support from the National Oceanic and Atmospheric Administration.
The Network National COSEE Office (NCO) was established to facilitate meetings, oversee the Network web presence and coordinate the National Advisory Council. In addition, the NCO provides support and guidance to individual Centers. Our mission - to spark and nurture collaborations among research scientists and educators to advance ocean discovery and make known the vital role of the ocean in our lives - reflects a three-fold partnership between COSEE centers, formal and informal education institutes, and ocean scientists.
COSEE Ocean System's mission is to support the COSEE Network by developing flexible and transferrable tools and processes to effectively bring ocean sciences research to broad audiences. We engage teachers, ocean scientists, and informal educators in a broad range of programs, including conference presentations and regional collaborations, webinar presentations, and workshops.
"Give a man a fish and you feed him for a day. Teach a man to fish and you feed him for a lifetime" – Chinese Proverb.
Can we teach scientists to "fish" for their audiences from all walks of life, and enjoy the experience so much that they contribute to informal education for a lifetime? Using cutting-edge multimedia tools and a novel workshop model, COSEE-OS is helping scientists better communicate with the public by working with informal science educators.
This report gives an overview of the progress to to promote ocean literacy in classrooms. It highlights previous ocean literacy projects and shows how they have merged to provide a community vision for ocean literacy.
The second Geoscience Education Working Group's report that includes a discussion of the overall status of the of the geoscience education and diversity community, recommendations for how the community can best promote improvements in geoscience education, and a set of strategies for strengthening geoscience education and diversity programs.
The Ocean Literacy Campaign is changing the way educators and the public think about ocean sciences education: teaching ocean sciences is not just enrichment, but is essential to science literacy. Read about how the Ocean Literacy Campaign is bringing about a paradigm shift in the way educators and the public think about Ocean Sciences Education.
Read about how the COSEE Network evaluates its programs to understand the collective impact of the local Centers on ocean sciences education nationally.
Together educators and ocean scientists have developed and teach a university course entitled Communicating Ocean Sciences that is now being taught in several institutions of higher education nationwide. The course is designed for undergraduate and graduate science students interested in improving their ability to communicate about complex science concepts. This paper focuses on the content, outcomes, and potential of the Communicating Ocean Sciences course.
This guide provides basic information for scientists who wish to engage in education and public outreach (EPO). Engaging in EPO can be an excellent way to address funding agencies’ requirements that proponents articulate the broader societal value of their research.
COSEE-OS concept maps are designed to help teachers and their students understand the connections and relationships between climate & oceanography. These maps are created through discussion and collaboration and are ideal instruments in revealing their authors' understanding of a topic. For scientists, concept mapping helps them share their understanding of connections in the earth system. For educators, concept maps can be powerful tools for exposing and clarifying topics in the classroom.
This lesson explores the relationship between density and ocean currents. Deep ocean currents are caused by differences in water temperature and salinity (density). In this experiment, the students will hypothesize the cause of ocean currents and then develop a model to help explain the role that temperature plays in deep ocean currents.
This learning activity is part of an overall series entitled "The Potential Consequences of Climate Variability and Change". This series of three activities demonstrates some effects of rising levels of greenhouse gases on climate.
The first activity, "How Does the Make-up of the Atmosphere Affect Temperature?", asks students to construct a model to address the matter of increasing levels of greenhouse gases and their relationship to increasing atmospheric temperatures. The second activity, "How Do Higher Temperatures Affect the Water Cycle?", will demonstrate how an increase in temperature will speed up the water cycle, resulting in higher rainfall amounts followed by increased evaporation and subsequent drought. The final activity, "What Will Happen if Climate Variability and Change Cause Glacier and Polar Ice Cap Melting?", will show how the melting of ice can lead to a rise in sea level and subsequent flooding of coastal areas.
This lesson plan investigation allows students to see how geography and a spatial perspective are useful in addressing global challenges. Data gathering and organization skills are emphasized as students create maps of global aerosol hazards. In small groups, students collect either long-term or short-term data showing the distribution of global aerosols and convert the data into a map. Groups then compare their maps to identify patterns and sources of aerosols around the world.
Scientists use layers of rock with embedded fossils to glean information about the past. These layers of rock are called strata. This simple activity simulates how scientists study the past (using a paper recycling bin and worksheet) to make the connection with students that fossil layers were deposited in a known order (deepest records are oldest), and that the collection of accurate data is critical.
This report describes the results of a study in which climate modeling was used to examine the effects of deforestation in the Amazon basin. The study concluded that changes in land surface properties (loss of forest cover) cause changes in the mean surface wind stress in the tropical Pacific, which in turn results in increased variability of El Nino/Southern Oscillation (ENSO) events.
This material is based upon work supported by the National Science Foundation (NSF) under Grant # NSF OCE-0707385. Any opinions, findings, and conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the NSF.
COSEE-Ocean Systems Central Office School of Marine Sciences, University of Maine Darling Marine Center 193 Clark's Cove Road Walpole, ME 04573
Phone: (207) 563-8176 E-mail: cosee-os