*Kiyoshi Fujimoto1, Kenji Ono2, Shin Watanabe3, Shingo Taniguchi3, Keita Furukawa4, Yasumasa Hirata5, Kodai Hasada6, Renpei Suwa7, Saimon Lihpai8 (1.Nanzan University, 2.Tohoku Research Center, FFPRI, 3.The University of Ryukyus, 4.Association for Shore Environment Creation, 5.FFPRI, 6.Hosei University, 7.JIRCAS, 8.Pohnpei State Government)
H (Human Geosciences ) » H-CG Complex & General
[H-CG31] Coastal wetlands: geomorphologic, biologic and anthropogenic processes
Coastal wetlands are very fragile environment against external environmental changes such as sea-level rise and anthropogenic impacts. On the other hand, coastal wetlands have a significant role as a place for carbon sequestration in the belowground as well as the aboveground. This session will discuss the geomorphologic, biologic and anthropogenic processes on the coastal wetlands in the various climate zones during the Holocene. For example, coastal wetlands in the tropics have evolved with the development of wetland forests such as mangrove forest, peat swamp forest and fresh water swamp forest. The most significant process for habitat formation and maintenance of the former two forests are peat production and decomposition, which are also significant processes on the coastal lowlands in the temperate and subarctic zones, though the mechanism of the processes might be different. Geomorphological processes such as sedimentation and erosion by fluvial and marine processes are also important for all of coastal wetlands. However, the environment of coastal wetlands has been destroyed by various human activities such as deforestation, agriculture land development, peat mining, and shrimp firming in and around mangrove forests in recent years. We would like to invite the wide discipline of research papers on not only the natural processes but also the anthropogenic processes in order to offer the scientific basis for creating sustainable management systems on the coastal wetlands in the future.
*Keita Furukawa1, Kiyoshi Fujimoto2, ONO Kenji3, Shin Watanabe4, Shingo Taniguchi4, Yasumasa Hirata3, Kodai Hasada5, Renpei Suwa7, Saimon Lihpai6 (1.Association for Shore Environemt Createion, 2.Nanzan University, 3.Forestry and Forest Productis Research Institute, 4.Universtiy of the Ryukyu, 5.Hosei University, 6.Pohnpei State Government, 7.Japan International Research Center for Agricultural Sciences)
*Kenji ONO1, Kiyoshi FUJIMOTO2, Rempei SUWA3, Rene ROLLON4, Ariel C. BLANCO4, Giannina MARIE G. ALBANO4, Green ANN A. CRUZ4, Yasmin H. PRIMAVERA-TIROL5, Ronald J. MALIO,5, Ryan M. BASINA5, Shingo TANIGUCHI7, Shin WATANABE7, Yasumasa HIRATA1, Saimon LIHPAI6,8, Kazuo NADAOKA6 (1.Forestry and Forest Products Research Insititute, 2.Nanzan University, 3.Japan International Research Center of Agricultural Science, 4.University of the Philippines, 5.Aklan State University, 6.Tokyo Institute of Technology, 7.University of the Rhyukyu, 8.Pohnpei State Government, FSM)