Progress toward the Construction of an International Web-based Educational System Featuring an Improved “SimRiver” for the Understanding of River Environments

Progress toward the Construction of an International Web-based
Educational System Featuring an Improved “SimRiver” for
the Understanding of River Environments
Shigeki Mayama1)*, Kazuhiro Katoh2)
, Hiroshi Omori2)
, Satoquo Seino2)
,
Hiroyuki Osaki3)
, Matthew Julius4)
, Jung Ho Lee5)
, Cheol Cheong5)
,
Eduardo A. Lobo6)
, Andrzej Witkowski7)
, Rattanaporn Srivibool8)
,
Ptumporn Muangphra9)
, Regine Jahn10)
, Maxim Kulikovskiy11)
, Paul B. Hamilton12)
,
Ya-Hui Gao13)
, Luc Ector14)
, Tri R. Soeprobowati15)
1) Tokyo Gakugei University, Japan; 2) The University of Tokyo, Japan; 3) Stream Graph
Inc., Japan; 4) St. Cloud State University, USA; 5) Daegu University, Korea; 6) University
of Santa Cruz do Sul, Brazil; 7) University of Szczecin, Poland; 8) Brapha University,
Thailand; 9) Silpakorn University, Thailand; 10) Botanical Garden & Botanical Museum
Berlin- Dahlem, Germany; 11) Russian Academy of Science, Russia; 12)Research Division,
Canadian Museum of Nature, Canada; 13) Xiamen University, China; 14) Public Research
Centre – Gabriel Lippmann, Luxembourg;
15) Diponegoro University, Indonesia
(Received: 21 August 2009; accepted: 11 January 2011)