臺灣國際珊瑚礁研討會

林子皓老師目前在中央研究院生物多樣性研究中心擔任副研究員，他的實驗室主要關注海洋聲景背後的生態機制，研究地點從淺海到深海，涵蓋各種海洋生態系。林老師近年也在台灣建立多個長期監測站，「聆聽」珊瑚礁的各種聲音，包含魚類發聲、甲殼類的啪聲，到各種環境、人為噪音，用聲音重建整個生態系的動態樣貌。

在這次研討會中，林老師將分享如何利用水下聲景，評估颱風擾動後珊瑚礁的退化與恢復過程。颱風不只是物理上的破壞事件，也會深刻改變生物活動與聲音結構，而這些變化，正提供我們一個前所未有的視角，去理解生態系的韌性與復原能力。

Dr. Tzu-Hao Lin is an Associate Research Fellow at the Biodiversity Research Center, Academia Sinica. His research focuses on uncovering the ecological mechanisms underlying marine soundscapes, spanning ecosystems from shallow coastal waters to the deep sea. In recent years, his lab has established multiple long-term monitoring stations across Taiwan to “listen” to coral reef ecosystems, capturing sounds ranging from fish vocalizations and crustacean snaps to environmental and anthropogenic noise, with the goal of reconstructing the dynamic structure of these ecosystems through sound.

At TISCR, Dr. Lin will present how underwater soundscapes can be used to assess the degradation and recovery of coral reef ecosystems following typhoon disturbances. Beyond their physical impacts, typhoons profoundly alter biological activity and acoustic structures. These changes offer a novel perspective for understanding ecosystem resilience and recovery processes.
選圖是子皓自己選的，想看廬山真面目者，請務必去聽他的talk :)

千翔現為中研院生多中心的海洋古生物實驗室主持人，其實驗室結合魚類分類學、海洋生態學與古生物學，以現生與化石魚類耳石為核心材料，重建不同時空背景及環境條件下的魚類多樣性、體型與食物網結構。他們的研究主軸為臺灣與西太平洋的海洋生物化石，探討魚類群聚如何回應環境與生態系的長期變遷。近期研究則進一步利用珊瑚礁沉積物中耳石的氮同位素，重建過去珊瑚礁食物網結構，試圖理解人為生態衝擊前後的長期生態變化。

Dr. Chien-Hsiang Lin is the PI of The Marine Paleontology Lab at the Biodiversity Research Center, Academia Sinica, which integrates fish taxonomy, marine ecology, and paleontology, using modern and fossil fish otoliths to reconstruct fish diversity, body-size and food-web structures across timescales. Their research spans marine fossils from Taiwan and the West Pacific, providing new insights into understanding how fish communities respond to anthropogenic-derived environmental change. Most recently, they have shown that nitrogen isotopes preserved in subfossil reef-fish otoliths can help reconstruct past reef food-web structure, opening a new window onto long-term ecological change.

Today is the deadline for registration! We have more than 150 participants on board (17 countries)!!! We are looking forward to seeing you guys at NSYSU.
今天是報名截止日！目前已有超過150位來自17個國家的參與者報名！！！我們期待在中山大學與大家見面。

Hi everyone don’t miss up the opportunity to join us, the registration is still open till the end of this month:

Registration Please click the button above to fill out the Google form to register and submit an abstract (if presenting) for the Taiwan International Symposium on Coral Reefs. ​ Symposium Registration...

講者介紹IV：溫國彰 老師 (Dr. Colin K. C. Wen)
溫國彰老師現為東海大學生命科學系教授，致力於珊瑚礁魚類生態學與行為生態學的研究計畫。在過去十年間，溫老師展現其興趣在主導多項探討環境變遷與人為干擾對海洋生態系影響的研究。溫老師的目前研究聚焦於人為衝擊對魚類行為的營響。他近期的研究指出，海岸開發產生的懸浮沉積物顯著改變了藻礁魚類的行為 ，且急性噪音會對幼魚的避敵行為產生負面影響。針對棲地退化，其發表文章分析了珊瑚食性魚類在面對「黑皮海綿」擴張時的群落變動，以及觀光餵食活動如何重塑魚類行為與底棲組成。在保育管理實證方面，溫老師實驗室的研究，評估了不同保護區強度對草食性魚類攝食功能的影響，並證實海洋保護區能有效提升魚類豐度以促進大型藻類移除 。其研究足跡遍及台灣藻礁、綠島及澎湖海域珊瑚礁等生態系 ，透過野外觀測與實驗設計，為海洋資源的永續管理與復育提供了關鍵的科學依據。

Dr. Colin K. C. Wen is a Professor in the Department of Life Science at Tunghai University. Over the past decade, Dr. Wen has served as a lead Principal Investigator, spearheading numerous studies on coral reef ecosystem resilience and fish behavioral adaptations.
Dr. Wen’s primary research focuses on how anthropogenic stressors reshape marine organisms. As a lead and corresponding author, his studies have demonstrated that suspended sediment from coastal construction alters reef fish behavior on the Taoyuan Algal Reef , and that acute noise negatively impacts the anti-predator behavior of juvenile coral reef fishes. Regarding habitat degradation, his leadership in research has revealed shifts in fish assemblages associated with corals covered by coral-killing sponges , as well as the long-term influence of tourism-based provisioning on fish behavior.
In the field of conservation management, Dr. Wen has authored pivotal studies assessing how protection regulations affect the feeding dynamics of herbivorous fish. His research has also proven that marine reserves substantially enhance fish abundance, thereby increasing macroalgae removal. His work spans critical ecological sites in Taiwan, including the Taoyuan Algal Reef, Green Island, and the Penghu Archipelago, providing essential scientific evidence for the sustainable management and restoration of marine resources
(照片來源：環資中心)

Introduction of invited speaker III:
Shan-Hua is always energetic and attracted by everything in bacteria, who is an Associate Professor at the Institute of Fisheries Science, National Taiwan University. Her research focuses on marine microbial ecology and reef ecosystems, with particular interest in how environmental changes influence coral–microbe interactions. Dr. Yang’s work examines the roles of microorganisms in coral reef ecosystems, including microbial community dynamics, the responses of coral symbiotic systems to environmental stressors such as temperature fluctuations and ocean acidification, and the potential roles of microbes in carbon and nitrogen cycling. In recent years, her research has integrated molecular and microbial ecological approaches to investigate the responses of soft corals and their associated microbial communities to environmental change, as well as the ecological roles of microbial communities in biogenic reefs, particularly in carbonate precipitation and reef formation.
楊姍樺博士為國立臺灣大學漁業科學研究所副教授，主要從事海洋微生物生態與生物礁生態相關研究。其研究興趣在於環境變動對珊瑚—微生物互動關係的影響。楊博士長期關注微生物在珊瑚礁生態系中的角色，包括微生物群落動態、珊瑚共生系統對環境壓力（如溫度變動與海洋酸化）的回應，以及微生物在碳與氮循環中的潛在功能。近年來，她的研究亦結合分子生物學與微生物生態分析方法，探討軟珊瑚與其共生微生物群落在環境變動下的調節機制，以及生物礁微生物群落在碳酸鹽沉澱與礁體形成中的生態意義。
personal website: https://sites.google.com/view/shanhuayang/home

Introduction of the invited speaker part II: Che-Hung was my lab mate when I was in Nozawa's lab, he is now an Assistant Research Fellow at the Biodiversity Research Center, Academia Sinica, Taiwan. His research focuses on coral reproductive synchrony, coral reef ecology, and the responses and
adaptations of corals to environmental change. He is particularly interested in how corals use natural cues such as moonlight, darkness, and temperature to pinpoint the narrow window for annual spawning, and how human disturbances such as artificial light at night may affect coral reproductive timing and cycles. His work combines field observations, manipulative experiments, and molecular biological analyses to link large-scale natural
patterns with their underlying physiological and ecological mechanisms. Through this research, he hopes to gain a deeper understanding of how corals respond to rapidly changing environments and to provide an important scientific basis for coral reef conservation and management.
哲宏現為臺灣中央研究院生物多樣性研究中心助研究員，研究主題涵蓋珊瑚生殖同步、珊瑚礁生態，以及環境變遷下珊瑚的反應與適應。他特別關注珊瑚如何利用月光、黑暗與溫度等自然線索，精準掌握一年中短暫卻關鍵的產卵時刻，並探討夜間人工光源等人為干擾如何影響珊瑚的生殖時機與週期。其研究結合野外觀測、操作性實驗與分子生物學分析，從自然界的大尺度現象一路追索到背後的生理與生態基礎。透過這些工作，他希望更深入理解珊瑚如何
回應快速變動的環境，並為珊瑚礁保育與管理提供重要的科學依據。

今天我們隆重介紹第一位邀請演講的講者，上屆爐主之一東海大學劉少倫教授，以下為其中英文簡介。
Ｗe are deeply honored to introduce our first invited speaker: Professor Shao-Lun (Allen) Liu from Tunghai University, who was also one of the co-hosts for the previous TISCR. Below is his brief biography.
https://biology.thu.edu.tw/front/member/member2/Ecology/member.php?ID=dGh1X2Jpb2xvZ3kmRWNvbG9neQ==&PID=2369
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Dr. Shao-Lun Liu is a Professor in the Department of Life Science at Tunghai University, Taiwan. His research integrates evolutionary genomics and molecular ecology to explore red algal biodiversity, ranging from the genomic adaptation of polyextremophilic single-cell red algae to the community dynamics of macroalgae in coral and algal reefs. Recently, he has pioneered the application of Nanopore eDNA technology for monitoring red algal biodiversity across Taiwan's coastal ecosystems. Beyond his research, Dr. Liu is a dedicated science communicator. By authoring numerous public science articles on "Atypical Blue Carbon" and publishing comprehensive seaweed field guides, he actively promotes public awareness of marine conservation and the ecological importance of macroalgae in the face of climate change.

劉少倫博士現任東海大學生命科學系教授，致力於利用演化基因體學與分子生態學研究紅藻多樣性，研究對象涵蓋極端環境下的單細胞紅藻，以及珊瑚礁與藻礁生態系中的大型海藻群落動態。近年來，劉博士率先在台灣應用 Nanopore eDNA 技術進行紅藻生物多樣性監測。除了學術研究，劉博士亦參與科普教育，針對「非典型藍碳」議題撰寫多篇專文，並出版多本海洋大型海藻圖鑑。他致力於將深奧的學術知識轉化為公眾語言，期許能提升大眾對海洋生態保育的重視，並正視氣候變遷下海藻生態系的關鍵角色。

生態組 - 東海大學 生命科學系 東海大學 生命科學系

引用“日本周邊海域正以超過全球平均值兩倍的速度升溫，迫使魚群大規模向北遷徙。從北海道到伊豆半島，海水溫度上升不僅改變了當地的漁獲種類，更衝擊日本各地的飲食傳統，部分漁業甚至面臨消失危機。”

你是不是在開學第一週忙得團團轉，忘了我們早鳥優惠期限是2/28呢？ 沒關係，我們在此公佈早鳥優惠價延長到2026 三月八號！！ 請大家踴躍報名。 Are you feeling overwhelmed during the first week of the semester and forgot that our early-bird deadline was February 28? No worries — we’re happy to announce that the early-bird registration has been extended to March 8, 2026! We warmly encourage everyone to sign up and join us.