Estimation of Water Purification Efficiency of Plural Environmental Restoration Technologiesfor Enclosed Coastal Seas

机译：封闭沿海海域多种环境修复技术的净水效率估算

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The purpose of this paper is to estimate the water purificationrnefficiency of the plural environmental restoration technologies inrnAmagasaki Harbor in Osaka Bay. An ecosystem model, which isrnapplicable to the several kinds of restoration technologies, has beenrndeveloped based on the environmental observations and on-siternexperiments in Amagasaki Harbor. Using the developed ecosystemrnmodel, transparency and dissolved oxygen (DO) in bottom layer for 18rnpatterns in combinations of environmental restoration technologiesrnhave been estimated to find much better combinations. The simulatedrnresults have shown that the transparency and DO at bottom layerrnenhances to the enough level for habitat of benthic organisms, in therncase of the best combination among the present test cases.

机译：本文的目的是评估大阪湾天崎港的多种环境修复技术的净水效率。根据尼崎崎港的环境观测和现场实验，开发了适用于多种恢复技术的生态系统模型。使用已开发的生态系统模型，结合环境恢复技术的组合，估计了18种模式的底层的透明度和溶解氧（DO），可以找到更好的组合。模拟结果表明，在本试验案例中，最佳组合的情况下，底层的透明度和溶解氧增加到足以容纳底栖生物的水平。

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《The proceedings of the sixteenth (2006) international offshore and polar engineering conference (ISOPE-2006 San Francisco)》|2006年|556-564|共9页
会议地点 San Francisco CA (US);San Francisco CA(US)
作者
Koji Otsuka; Naoki Nakatani; Masahiko Yao;
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作者单位

Department of Marine System Engineering, Osaka Prefecture University Sakai, Japan;

Department of Marine System Engineering, Osaka Prefecture University Sakai, Japan;

Department of Marine System Engineering, Osaka Prefecture University Sakai, Japan;

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正文语种 eng
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关键词
Enclosed coastal seas; eutrophication; environmentalrnrestoration technologies; ecosystem model; water purificationrnefficiency; transparency; dissolved oxygen;

机译：封闭的沿海海域；富营养化环境修复技术；生态系统模型；净水效率透明度;溶解氧;

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1. Recent Attempt towards Environmental Restoration of Enclosed Coastal Seas: Ago Bay Restoration Project Based on the New Concept of Sato-Umi [J] . Osamu MATSUDA 水産総合研究センター研究報告 . 2010,第29期

机译：封闭海域环境恢复的最新尝试：基于佐藤海味新概念的前湾恢复项目
2. Measures for environmental conservation in enclosed coastal seas [J] . Tomita Akio, Nakura Yoshio, Ishikawa Takuya Marine pollution bulletin . 2016,第2期

机译：封闭沿海海域的环境保护措施
3. International Conference on Environmental Management in Enclosed Coastal Seas [J] . R.D.Kosyan, Yu.G.Mikhailichenko Oceanology . 2001,第1期

机译：封闭海域环境管理国际会议
4. Estimation of Water Purification Efficiency of Plural Environmental Restoration Technologies for Enclosed Coastal Seas [C] . Koji Otsuka, Naoki Nakatani, Masahiko Yao International Offshore and Polar Engineering Conference . 2006

机译：封闭沿海海洋多元环境恢复技术净水效率估算
5. HETEROGENEITY OF THE OCEAN COLOR FIELD: A DESCRIPTIVE ANALYSIS FOR OCEANIC, NEAR-COASTAL AND ENCLOSED BASIN CONDITIONS (REMOTE SENSING, OCEAN OPTICS, CALIFORNIA CURRENT, ADRIATIC SEA). [D] . BARALE, VITTORIO. 1986

机译：海洋颜色场的非均质性：对海洋，近海岸和封闭盆地条件（遥感，海洋光学，加州电流，亚热带）的描述性分析。
6. Seagrass Restoration Enhances Blue Carbon Sequestration in Coastal Waters [O] . Jill T. Greiner, Karen J. McGlathery, John Gunnell, -1

机译：海草恢复增强了沿海水域的蓝碳封存
7. PROPOSAL OF ENVIRONMENTAL RESTORATION PROJECTS IN SEMI-ENCLOSED COASTAL WATERS CONSIDERING IMPLEMENTABILITY AND EFFECTIVENESS [O] . Yoshihiro ADACHI, Toru YOSHIHARA, Kazunori TAMAUE, 2012

机译：考虑到可实现性和有效性，半封闭沿海水域中的环境恢复项目提案
8. Altimetry in Marginal, Semi-Enclosed and Coastal Seas. Part I: Marginal and Semi-Enclosed Seas [R] . Kantha, L. H., Beitzell, D. M., Harper, S. L., 1994

机译：边缘，半封闭和沿海的高度测量。第一部分：边缘和半封闭海洋

Estimation of Water Purification Efficiency of Plural Environmental Restoration Technologiesfor Enclosed Coastal Seas

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