Research Highlight

 
(正體中文) 本所曾于恒教授團隊揭密2015/16超強聖嬰的起源

(正體中文) 本所曾于恒教授團隊揭密2015/16超強聖嬰的起源

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(正體中文) 珊瑚群聚功能性的新研究方法–利用珊瑚株型態探討珊瑚群聚的生態功能角色

(正體中文) 珊瑚群聚功能性的新研究方法–利用珊瑚株型態探討珊瑚群聚的生態功能角色

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(正體中文) 解析海水中溶解態砷與膠體態砷的分布狀態

(正體中文) 解析海水中溶解態砷與膠體態砷的分布狀態

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(正體中文) 本所陳勁吾與黃千芬老師聯手解碼地震T波傳播機制

(正體中文) 本所陳勁吾與黃千芬老師聯手解碼地震T波傳播機制

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(正體中文) 花蓮外海發現巨大內波

(正體中文) 花蓮外海發現巨大內波

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(正體中文) 魏志潾老師率生物、物理團隊驗證峽谷海底強烈之生物–物理耦合現象

(正體中文) 魏志潾老師率生物、物理團隊驗證峽谷海底強烈之生物–物理耦合現象

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(正體中文) SK-II探測揭露黑潮之下反流機制發表於JGR

(正體中文) SK-II探測揭露黑潮之下反流機制發表於JGR

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(正體中文) 海洋所呂曉沛博士及謝志豪教授率領研究團隊,同時採用細到粗的分類單元來評估生物群聚與環境因子的關聯強度,揭示長期演化對於現生群聚結構的影響。

(正體中文) 海洋所呂曉沛博士及謝志豪教授率領研究團隊,同時採用細到粗的分類單元來評估生物群聚與環境因子的關聯強度,揭示長期演化對於現生群聚結構的影響。

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(正體中文) 張翠玉老師利用台灣東部海域的海底地震儀陣列資料,解算出深海內潮(>1,000 m)的平面傳播方向以及速度,提供深海內潮與海底地形之間能量耗散作用的具體觀測。

(正體中文) 張翠玉老師利用台灣東部海域的海底地震儀陣列資料,解算出深海內潮(>1,000 m)的平面傳播方向以及速度,提供深海內潮與海底地形之間能量耗散作用的具體觀測。

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(正體中文) 本所王慧瑜助理教授研究發現漁業捕撈可能改變黑鮪魚洄游與產卵行為,導致成魚體長逐年增加

(正體中文) 本所王慧瑜助理教授研究發現漁業捕撈可能改變黑鮪魚洄游與產卵行為,導致成魚體長逐年增加

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(正體中文) 本所張明輝老師研究海洋KH不穩定波濤成果登於Geophysical Research Letters

(正體中文) 本所張明輝老師研究海洋KH不穩定波濤成果登於Geophysical Research Letters

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(正體中文) 黑潮通量變化探測整合計畫

(正體中文) 黑潮通量變化探測整合計畫

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(正體中文) 本所再次於西太平洋施放兩組海氣象觀測浮標

(正體中文) 本所再次於西太平洋施放兩組海氣象觀測浮標

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(正體中文) 本所引進水下滑翔觀測載具Seaglider提升海洋觀測技術

(正體中文) 本所引進水下滑翔觀測載具Seaglider提升海洋觀測技術

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(正體中文) 本所參與國內團隊研究論著“分層變形的台灣造山運動”發表於Science

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(正體中文) 本所參與臺美研究團隊,於Nature雜誌發表論文共同揭露內波生命史

(正體中文) 本所參與臺美研究團隊,於Nature雜誌發表論文共同揭露內波生命史

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(正體中文) 本所楊穎堅、詹森教授舉辦OKMC/OKTV 2015 Meeting

(正體中文) 本所楊穎堅、詹森教授舉辦OKMC/OKTV 2015 Meeting

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Lake warming and water level manipulation drive out rare species of phytoplankton, revitalizing debates on community structure

Lake warming and water level manipulation drive out rare species of phytoplankton, revitalizing debates on community structure

Asahi news:http://www.asahi.com/articles/ASGCH00KQGCGPLZU00H.html Aspecies-rich ecological community is composed of few abundant species and a large number of rare species. This universal phenomenon,known as species abundance distribution (SAD), hasintrigued a century of research to understand the underlying mechanism for a general law of community, yet remains controversial.In past, most of studies have [...]

 

本所黃千芬副教授參與環保署2014土壤及地下水年度盛會(土水年會)

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Seafloor secrets revealed -Satellite data reveal formerly unknown tectonic structures

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Lake warming and water level manipulation drive out rare species of phytoplankton, revitalizing debates on community structure

Lake warming and water level manipulation drive out rare species of phytoplankton, revitalizing debates on community structure

Aspecies-rich ecological community is composed of few abundant species and a large number of rare species. This universal phenomenon,known as species abundance distribution (SAD), hasintrigued a century of research to understand the underlying mechanism for a general law of community, yet remains controversial.In past, most of studies have treated SAD [...]

 

北南海沙丘地形環境聲學實驗

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Scientists of National Taiwan University develop a new ecological theory to use individual size distribution as biological indicators for foodweb complexity

Scientists of National Taiwan University develop a new ecological theory to use individual size distribution as biological indicators for foodweb complexity

“The big eat the small” is one of the most well-known ecological principles in aquatic ecosystems. Following this principle, together with energy loss during trophic transfer, a famous trophic pyramid is established; that is, the abundance of smallorganisms (e.g. small fishes) should be higher than that oflarge ones (e.g. large [...]

 
(正體中文) 本所陳世楠助理教授論文獲選 2013 Pritchard Award

(正體中文) 本所陳世楠助理教授論文獲選 2013 Pritchard Award

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Scientist of National Taiwan University with an international team proposed a novel approach to assess the functional redundancy of ecosystem and the importance of biodiversity

Scientist of National Taiwan University with an international team proposed a novel approach to assess the functional redundancy of ecosystem and the importance of biodiversity

In order to quantitatively predict the impact of loss of species number on the provision of ecosystem services therefore human well-being, it is necessary to evaluate the functional redundancy of ecosystem. However, the functional redundancy has been overestimated due to the insufficient appreciation on complexity and multidimentionality of ecosystem functioning. [...]

 
(正體中文) 本所教授任 Journal of Marine Research 客座編輯出版臺灣東北部海域環境與海洋動力研究成果專刊

(正體中文) 本所教授任 Journal of Marine Research 客座編輯出版臺灣東北部海域環境與海洋動力研究成果專刊

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Effects of size diversity on trophic interactions in ocean ecosystems

Effects of size diversity on trophic interactions in ocean ecosystems

  Lin Ye and Chih-hao Hsieh Institute of Oceanography, National Taiwan University   With the aid of new technologies to measure zooplankton size and community structure, a group of scientists of National Taiwan University formulated a novel hypothesis: increasing predator size diversity enhances the strength of top-down control on prey [...]

 
Scientist of National Taiwan University joining with an international team develops a new method that helps examine climate impacts on fisheries.

Scientist of National Taiwan University joining with an international team develops a new method that helps examine climate impacts on fisheries.

Associate Professor, Chih-hao Hsieh, from the Institute of Oceanography/Institute of Ecology and Evolutionary Biology, together with an international research team develops a method that helps examine nonlinear climate impacts on Pacific sardines. This study, published in Proceedings of the National Academy of Sciences (4/17/2013), provides a new solution to forecast [...]

 
謝志豪副教授和其合作的國際研究團隊,在《科學》期刊上發表一套用於分析生態系統中生物與非生物因子間因果關係(causality)的新方法。

謝志豪副教授和其合作的國際研究團隊,在《科學》期刊上發表一套用於分析生態系統中生物與非生物因子間因果關係(causality)的新方法。

Scientist of National Taiwan University joining with an international team develops a new statistical method that can effectively investigate causal relationships in complex ecosystems. Associate Professor, Chih-hao Hsieh, from the Institute of Oceanography/Institute of Ecology and Evolutionary Biology, together with an international research team develops a method to examine causal [...]

 
Seasonal Changes in Gaseous Elemental Mercury in Relation to Monsoon Cycling over the Northern South China Sea

Seasonal Changes in Gaseous Elemental Mercury in Relation to Monsoon Cycling over the Northern South China Sea

Seasonal Changes in Gaseous Elemental Mercury in Relation to Monsoon Cycling over the Northern South China Sea Tseng, C. M., Liu, C. S., Lamborg, C., (2012), Atmos. Chem. Phys., 12, 7341-7350, doi:10.5194/acp-12-7341-2012. www.atmos-chem-phys.net/12/7341/2012/ The distribution of gaseous elemental mercury (GEM) was determined in the surface atmosphere of the northern South [...]