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NOHARA Seiichi
Head
Last Update:2009/09/06
Researcher Name NOHARA Seiichi
Div (Section) name/title Center for Environmental Biology and Ecosystem Studies(Ecosystem Function Research Section)/Head
Research Subject Development of Watershed Environmental Impact Assessment Procedure
Degree(s) Doctorate of Science
Academic Speciality Field Biology,Science,Science of Fisheries
Environmental Speciality Field wetland ecology,limnology,plant ecology
Keyword(s) environment impact assessment,stable isotope analysis,hydrogeomorphology,landscape ecology,biodiversity,material recycling,ecosystem function,aquatic plant,mangrove,wetland
Brief Description of Research Dr. Nohara's expertise lies in wetland ecology, plant ecology, analysis of stable isotopes, and environmental assessment. He has visited most of the waterfronts in Japan, including Kushiro Marsh, Akai Wetland, Ozegahara Marsh, Miomote River, Lake Kasumigaura, Hinuma Bog, Banzu Natural Tidal Flat, Ise Bay, and Ishigaki Island. He has devoted his life to the study of red snow in early spring and Elodea nuttallii in summer in Oze Swamp.
°°Recently, he has been working on biodiversity research. He is also working on a survey of anthropogenic influences on ecosystem functions by extracting the unit construction of salt marshes, tidelands, and marine forests in estuaries from landscape ecological and hydrogeomorphological perspectives using airplane remote sensing, and by clarifying material circulation functions, including primary production and degradation rates, and distribution and community structures for each unit. In addition, he has been assessing the impacts of human disturbance on upstream regions and determining the environmental factors, such as sediment deposition, that may have an effect on ecosystem changes.
°°Based on these studies, he is working on clarifying biodiversity issues and anthropogenic influences on material cycles in salt marshes, tidelands, and marine forests in estuaries according to the stable carbon and nitrogen isotope ratios.
URL http://www.nies.go.jp/asia/english/kenkyusha/nohara_seichi.html
Membership of Academic Society The Japanese Society of Limnology,Japan Society foe Impact Assessment,Japan Society of Photogrammetry and Remote Sensing (JSPRS),The Society for the Study of Species Biology,Japan Geoscience Union,Mangrove Society of Japan ,Ecological Society of Japan

Research Subject (View all list click here)
1620AS004 : Research for Impacts on Organisms and Ecosystem from Environmental Radiation and Evacuation in Fukushima
1620AA035 : Evaluation of ecosystem functions and services and their sustainable use
1620SP030 : Harmonization with Nature Research Program
Research Result(Latest five records)
Publication
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Senga Y., Hiroki M., Terui S., Nohara S. (2015) Variation in microbial function through soil depth profiles in the Kushiro Wetland, northeastern Hokkaido, Japan. Ecological Research, (30), 563-572

Phomikong P., Fukushima M., Sricharoendham B., Nohara S., Jutagate T. (2014) Diversity and community structure of fishes in the regulated versus unregulated tributaries of the Mekong River. RIVER RESEARCH AND APPLICATIONS,

Fukushima M., Jutagate T., Grudpan C., Phomikong P., Nohara S. (2014) Potential effects of hydroelectric dam development in the Mekong River Basin on the Migration of Siamese mud carp (Henicorhynchus siamensis and H. lobatus) elucidated by otolith microchemistry. PLOS ONES, 9 (8), e103722

Kaneko K., Nohara S. (2014) The influence of changes in the degree and frequency of disturbance on the annual salt marsh plant (Suaeda maritima, Artemisia scoparia) communities in estuarine tidal flats: A case study of the Kushida River in Mie Prefecture, Japan. Open Journal of Ecology, 4 (1), 1-10

Kaneko K., Nohara S. (2013) Vegetation communities in estuarine tidal flats in the different river and basin environments of the four major rivers of Ise Bay (Suzuka, Tanaka, Kushida and Miya), Mie Prefecture, Japan. Open Journal of Ecology, 3 (2), 205-213
Presentation
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Nohara S., Kaneko K., Kodama N., Ishihara N. (2016) Radioactivity accumulation studies on difference in estuary forms using UAV° Unmanned Aerial Vehicle°ňafter the accident of the Fukushima Daiichi Nuclear Power Station. The 10th INTECOL International Wetlands Conference, Abstracts, 14

Kameyama S., Kawaguchi Y. , Inoue M., Miyake Y., Nohara S. (2016) Eel River Restoration Project in Japan ---The linkages between forests, rivers, SATOYAMA and sea ---. International Conference 2016, Towards the Best Practice of River Restoration and Maintenance, Abstracts, 33

Kameyama S., Miyamoto C., Suda S., Asano T., Nohara S. (2016) The Evaluation of Mangrove Restoration Project in Vietnam (From Shrimp Pond to Mangrove Wetland). International workshop --Appropriate Technology Solutions for Water, Energy and Land Management in the Mekong Delta--, International Workshop Appropriate Technology Solutions for Water, Energy and Land Management in the Mekong Delta, 2006, 1-11

Kameyama S., Miyamoto C., Suda S., Asano S., Nohara S. (2016) The Evaluation of Mangrove Ecosystem Restoration Project for Shrimp pond in Vietnam. The 63rd Annual Meeting of Ecological Society of Japan, ESJ63 Abstract P2-345

Kameyama S., Yamagata Y., Nohara S., Sato M., Terui S. (2015) Flow and Water Temperature Simulation with Future Scenarios for Nature Restoration Project in The Kushiro River,Japan. International Conference on River and Stream Restration(REFORM)2015, Novel Approaches to Assess and Rehabilitate Modified Rivers, 100





National Institute for Environmental Studies..