81. Connections: Research Collaboration And Commercialisation Research collaboration is also fostered through interactions with bodies such as the Details of these activities are summarised in this document under http://www.csiro.au/csiro/connections/s1-12.html

The principal methods of scientific collaboration, technology transfer and commercialisation take the form of services for private and public sector customers via: Consulting: advice on science and technology Licensing: commercialisation of intellectual property developed by CSIRO Technical services: testing and accreditation. 1. Scientific collaboration CSIRO scientists collaborate extensively with researchers in universities, science agencies and industry in Australia and overseas for scientific and commercial purposes. The ability to assemble multi-disciplinary teams is the key to addressing emerging and complex issues. CSIRO collaborates with science agencies such as: Anglo-Australian Observatory Australian Antarctic Division Australian Geological Survey Organisation Australian Institute of Marine Science Australian Nuclear Science and Technology Organisation Bureau of Meteorology Bureau of Rural Sciences Defence Science and Technology Organisation. CSIRO interacts with 33 Australian universities directly and through the Cooperative Research Centres (CRCs) program. Interactions include joint, commercial and non-commercial projects, sharing facilities, educational activities such as lectures and student supervision, and informal exchanges between fellow scientists.

82. International Relations - China Report 2001 The present Report of activities 2001 covers the period from December 2000 to It was designed in collaboration with China s State Economic and Trade http://www.ec.gc.ca/international/canchina/Report_2001_mar2002.htm

Welcome United Nations Organizations Regional ... Calendar of Events Bilateral Relations Canada-China Environmental Cooperation Report of Activities- 2001 Prepared by The Canada-China Joint Committee on Environment Cooperation Secretariat Environment Canada / State Environmental Protection Administration March 2002 Dear Minister Anderson and Minister Xie: Canada and China continue to enjoy a strong bilateral relationship in environmental cooperation with both countries being important partners in addressing global environmental challenges. The excellent relationship enables the two countries to work collaboratively by sharing experiences and expertise. Cooperation occurs at all levels, from governments, non-governmental organizations (NGOs), academia to the business sector. Under the "Framework Statement for Cooperation on Environment into the 21 st. Century" signed by Canada and China on Novenber 19, 1998, the Canada-China Joint Committee on Environment Cooperation (JCEC) first reported on achievements from April 1999 to November 2000. The present "Report on Activities - 2001", which covers the period from December 2000, to December 2001, was adopted by the JCEC at its 2nd meeting on March 12, 2000 in Vancouver, Canada.

83. November 19, 1998 Central Methodist College then described the activities they have been Discussion continued as to what kind of collaboration might occur between our http://www.cnas.smsu.edu/smt/g2k/RA/meetings/11-19-8.htm

MS U Colle ge ... s CNAS GOALS 2000 PROGRAM November 19, 1998Goals 2000 meeting with Central Methodist College The first part of the meeting involved a videoconference with Central Methodist College to discuss possible collaborative activities. Scott Christianson, Larry Perry and Tiger Gordon joined us from there. The videoconference started with introductions on both ends. Central Methodist College then described the activities they have been involved in through the state Eisenhower program run by the Coordinating Board for Higher Education st summer), which is hands-on activities covering topics in physics, chemistry, astronomy, and meteorology and the 2 nd (during the 2 nd summer), a problem solving workshop where participants are presented with problems and challenged to come up with solutions. Copies of the 1 st workshop lab manual are available. Each workshop can have three hours of graduate credit associated with it. During the academic year, a Documentation Project goes on. This allows the teachers to document their use of what they have learned during the summer plus establishing outreach activities through the community. Our activities with inservice teachers were described as well. It looked like there would be areas we could work together on. Discussion continued as to what kind of collaboration might occur between our groups. Topics included:

84. Earth & Sky : Browse Science Links space research, space flight, meteorology and earth sciences. Scienceactivities that teach basics of astronomy and math measure the height of a http://www.earthsky.com/browse/index.php?c=Space

85. HOME Development of GRID application middleware for meteorology -Broker-based resourcesharing -Video-conference for education, collaboration, training http://www.apan.net/wg/earth-system.htm

Home Site Map Secretariat Committee ... Regional Net Earth System WG Co-chairs: Jai-Ho Oh/PKNU [ jhoh@pknu.ac.kr] Yihui Ding/NCC/CHINA [yhding@public.bta.net.cn] Secretary: Byong-Lyol LEE/KMA [bllee@kma.go.kr] Mailing List: es@apan.net How to subscribe DRAFT CHARTER- 2003.11.14 The mission of Earth System WG is to establish the Prototype Virtual Center for Research and Interdisciplinary Studies for Earth System Science in Asia-Pacific Region being based on APAN. The key subject is to demonstrate the operation of user-oriented virtual venue for meteorological research and development, in which framework the collaborative system development for numerical weather prediction models, the communication of vast amount of data on a near-real time basis for model validation and operation, and the efficient use of computing resources through the integration of available high performance computing resources will be pioneered under grid-enabled environment. Objectives General Goal - To provide an integrated, high-end system of computing, data facilities, connectivity, software, services, and instruments that enables all scientists and engineers to work in new ways on advanced research problems that would not otherwise be solved (cited from ESG II, USA)

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