瓴愴姼雽赌頃欔祼 旮�搿滊矊旌犿嵓鞀� 頃滍儨欷� 齑濎灔,
'鞎堨爠頃� 氚旊嫟, 頀嶌殧頃� 氙鸽灅' 欤检牅搿� 旮�搿滊矊 鞝勲灥 韽熂 臧滌禍
听
斓滉芳听旮绊泟氤�頇旍檧听頃挫枒听靸濍雼れ枒靹碧稌甏搓皜听毵れ毎听鞁皝頃橂嫟電斕＜鞛レ澊听歆�雮溙�24鞚继淡須岇棎靹溙頄夒悳听鈥橁竴搿滊矊听鞝勲灥听韽熂鈥欖棎靹溙牅旮半悩鞐堧嫟.听順勳灛听鞝勳劯瓿勳爜鞙茧听鞚挫儊旮办槰順勳儊鞚刺皽靸濏晿瓿犔瀳瓿�,听頃挫枒鞚樚偘靻岆啀霃勱皜听霒柎歆�氅挫劀听鞏措鞚樚霝橁皜听攵堩檿鞁ろ暣臁岆嫟電斕矁鞚措嫟.听
頃挫枒鞚�听雽�旮疤偘靻岇潣听欤继车旮夓洂鞚措┌,听歆�鞐挫潉听鞎教�90%毳继潯靾橅晿電斕赴電レ潉听頃橂姅听霃欖嫓鞐愄寑旮疤鞚樚暯30%鞚樚澊靷绊檾韮勳唽毳继潯靾橅暅雼�.听霕愴暅听鞚鸽電斕暣鞏戩瀽鞗愳潉听韱淀暣听靸濍鞛愳洂,听鞎诫听臧滊皽,听鞐皜听鞖旍唽听霌碧嫟鞏戫暅听鞚挫澋鞚勌柣瓿犔瀳雼る姅听旄‰┐鞐愳劀听頃挫枒鞚勌渼順戫晿瓿犔瀳電斕鞝滊姅听鞁皝頃橂嫟瓿犔臣听靾樚瀳雼�.听
鈥橃晥鞝勴暅听氚旊嫟,听頀嶌殧頃溙霝樷�欕澕電斕＜鞝滊听歆勴枆霅溙澊氩執彫霟检棎靹溙吋氍柑敿鞚胳毄歆�靾樚劯瓿勌儊鞙勌�1%鞐愄劆鞝曤悳听頃挫枒頇橁步听氚徧赴頉勌寑鞚懱秳鞎检潣听靹戈硠鞝佁劃頃欖澑听旖滊Π听鞏�靹继波旮办棎听瓴愴姼雽赌听毵堧Π鞙犼矏韸胳棸甑唽鞛レ潃听旮办“鞐办劋鞚勌喌頃刺�滊皵雼るゼ听鞙勴槕頃橂姅听鞙勴棙鞚刺澑毳橃晥氤挫潣听氍胳牅搿溙嫟臧�鞓垬听鞛堧嫟鈥濍┌听鈥滌梽觳倻听鞏戩潣听頇旐暀氍检瓿继靹疙攲霛检姢韹膘澊听氚旊嫟搿溙湢鞛呺悩瓿犔瀳電斕皜鞖措嵃听氚旊嫟毳继韨り赴听鞙勴暅听鞝曥眳听毵堧牗鞚刺晞鞖旐晿雼も�濌碃听臧曥“頄堧嫟.
頃滍儨欷�听瓴愴姼雽赌頃欔祼听齑濎灔鞚�听氚滌牅听氚滍憸鞐愳劀听鈥滍槃鞛癌毳橂悩瓿犔瀳電斕泟炜犾嫓毵執癌毳橃垬鞐愄寑頃刺淡鞝滌爜鞚柑花靻岇嫓鞐勳潉听毵岆摛鞏挫劀听頃粯听氇媹韯半鞚勌枅鞙茧┐听膦嬯矤雼�.鈥濍┌鈥滍暣臁半電斕爠觳刺儩韮滉硠鞚樚皜鞛ヌ皯氚旊嫢鞚勌惮靹表晿瓿犔瀳電斕儩氍茧鞃ㄌ暣臁半鞐愄鞝滉皜听靸濌赴氅刺舶甑儩韮滉硠听鞝勳泊听氍胳牅臧�听靸濌父听靾樚瀳雼�.鈥濌碃听毵愴枅雼�.听鞚挫檧听雿旊秷鞏刺寣霝橃檧听臧欖潃听靸濍鞚勌皜歆�瓿犔櫂瓴届槫鞐检潉听歆勲嫧頃橂姅听瓴冹澊听頃勳殧頃橂嫟瓿犔＜鞛ロ枅雼�.听
斓滌毄鞖疤暅甑垬靷办瀽鞗愱车雼ㄌ嫟鞛レ潃听鈥滍暣臁半臧�听氍挫劚頌執瀽霛检暭頃橂姅听鞛愲Μ鞐愄劃須岇“毳橁皜听雿榾靹溙晿鞏楆矊听氤�頃橂姅听瓴冹潉听臧吂鞚岇澊霛缄碃听頃橂姅雿�,听2022雲勌爠甑棸鞎執晹氚橃潣听鞎教�37%鞝曤弰臧�听臧吂鞚岇澊听歆勴枆霅橁碃听鞛堧嫟.鈥濍┌听鈥滌澊毳继暣瓴绊晿旮疤渼頃刺槃鞛淡臧�听欤茧弰搿溙寑攴滊听氚旊嫟靾蔡车鞗愳偓鞐呾潉听歆勴枆頃橁碃听鞛堧嫟.鈥濌碃听鞝勴枅雼�.听
旯�鞛リ窢听鞚胳矞雽�听甑愳垬電斕尐雱愴啝搿犾棎靹溙�滉淡鞝滌爜鞚柑车霃欖棸甑ゼ听韱淀暣靹溙暀瓿勳檧听靷办梾瓿勱皜听頃粯听鞁滊剤歆�須臣毳继偞電斕矁鞚刺鞖旐晿雼も�濌碃听毵愴枅雼�.听霕愴暅听頃挫“毳橂姅听氙鸽灅鞁濍焿鞙茧靹溙碃攵�臧�臧�旃樚偘鞐呾潉听頇滌毄頃橁赴听鞙勴暣听頃勳殧頃橂┌,听欤检殧敫旊（旃措掣听靻岇姢搿滌劀听頇滌毄臧�旃橁皜听毵れ毎听雴掛潃雿疤暣臁半听鞐瓣惮鞛愲摛鞚勌鞍於滍晿電斕寑頃欖潣听靾橂姅听臧愳唽頃橁碃听鞛堨柎靹溙澊毳继暣瓴绊晿電斕矁鞚刺嫓旮夗晿雼り碃听鞝勴枅雼�.
頃滍幐听鞚措矆听韽熂鞐愳劀電斕�橅泟炜犾嫓毵執槫鞐检垬听氚╇听鞚错泟听歆�靻嵦皜電ロ暅听靾橃偘鞛愳洂听氤错樃甏�毽檧听頃挫枒听順侅嫚鈥欖澊霛茧姅听欤检牅搿溙礉听150鞐獏鞚樚暀鞛愳檧听鞝勲臧�听氚徧爼攵�甏�瓿勳瀽听霌膘澊听彀胳劃頃橃榾雼�.听頂勲攴鸽灗鞚�听鈻蔡禍鞛槙听甑殞鞚橃洂鞚樚櫂鞓侅偓听鈻岔攧霝戩垬鞎勌磯霑吿波旮办棎听雽�靷�,听斓滍暅旮柑暅甑“毳橅暀須屘殞鞛�,听氚办甑愄淡須岇潣鞗�,听臁办爼頉執淡須岇潣鞗愳潣听於曥偓听鈻察綔毽疤杸靹继波旮办棎听瓴愴姼雽赌听毵堧Π鞙犼矏韸胳棸甑唽鞛レ潣听旮办“鞐办劋听鈻碴矏韸鸽尪捻暀甑愄竴搿滊矊旌犿嵓鞀ぬ暅韮滌听齑濎灔,听頃滉淡靾橃偘鞛愳洂瓿惦嫧听斓滌毄鞖疤嫟鞛�,听雿措韥寑靷磤听順侅嫚靹柬劙听霐旐厡听擘措崝听氚旍澊鞃ㄌ劶韯办灔鞚樚皽鞝溙柌听韺剱韱犽听靾滌溂搿溙頄夒悩鞐堧嫟.
听
頃挫枒鞚�听雽�旮疤偘靻岇潣听欤继车旮夓洂鞚措┌,听歆�鞐挫潉听鞎教�90%毳继潯靾橅晿電斕赴電レ潉听頃橂姅听霃欖嫓鞐愄寑旮疤鞚樚暯30%鞚樚澊靷绊檾韮勳唽毳继潯靾橅暅雼�.听霕愴暅听鞚鸽電斕暣鞏戩瀽鞗愳潉听韱淀暣听靸濍鞛愳洂,听鞎诫听臧滊皽,听鞐皜听鞖旍唽听霌碧嫟鞏戫暅听鞚挫澋鞚勌柣瓿犔瀳雼る姅听旄‰┐鞐愳劀听頃挫枒鞚勌渼順戫晿瓿犔瀳電斕鞝滊姅听鞁皝頃橂嫟瓿犔臣听靾樚瀳雼�.听
鈥橃晥鞝勴暅听氚旊嫟,听頀嶌殧頃溙霝樷�欕澕電斕＜鞝滊听歆勴枆霅溙澊氩執彫霟检棎靹溙吋氍柑敿鞚胳毄歆�靾樚劯瓿勌儊鞙勌�1%鞐愄劆鞝曤悳听頃挫枒頇橁步听氚徧赴頉勌寑鞚懱秳鞎检潣听靹戈硠鞝佁劃頃欖澑听旖滊Π听鞏�靹继波旮办棎听瓴愴姼雽赌听毵堧Π鞙犼矏韸胳棸甑唽鞛レ潃听旮办“鞐办劋鞚勌喌頃刺�滊皵雼るゼ听鞙勴槕頃橂姅听鞙勴棙鞚刺澑毳橃晥氤挫潣听氍胳牅搿溙嫟臧�鞓垬听鞛堧嫟鈥濍┌听鈥滌梽觳倻听鞏戩潣听頇旐暀氍检瓿继靹疙攲霛检姢韹膘澊听氚旊嫟搿溙湢鞛呺悩瓿犔瀳電斕皜鞖措嵃听氚旊嫟毳继韨り赴听鞙勴暅听鞝曥眳听毵堧牗鞚刺晞鞖旐晿雼も�濌碃听臧曥“頄堧嫟.
頃滍儨欷�听瓴愴姼雽赌頃欔祼听齑濎灔鞚�听氚滌牅听氚滍憸鞐愳劀听鈥滍槃鞛癌毳橂悩瓿犔瀳電斕泟炜犾嫓毵執癌毳橃垬鞐愄寑頃刺淡鞝滌爜鞚柑花靻岇嫓鞐勳潉听毵岆摛鞏挫劀听頃粯听氇媹韯半鞚勌枅鞙茧┐听膦嬯矤雼�.鈥濍┌鈥滍暣臁半電斕爠觳刺儩韮滉硠鞚樚皜鞛ヌ皯氚旊嫢鞚勌惮靹表晿瓿犔瀳電斕儩氍茧鞃ㄌ暣臁半鞐愄鞝滉皜听靸濌赴氅刺舶甑儩韮滉硠听鞝勳泊听氍胳牅臧�听靸濌父听靾樚瀳雼�.鈥濌碃听毵愴枅雼�.听鞚挫檧听雿旊秷鞏刺寣霝橃檧听臧欖潃听靸濍鞚勌皜歆�瓿犔櫂瓴届槫鞐检潉听歆勲嫧頃橂姅听瓴冹澊听頃勳殧頃橂嫟瓿犔＜鞛ロ枅雼�.听
斓滌毄鞖疤暅甑垬靷办瀽鞗愱车雼ㄌ嫟鞛レ潃听鈥滍暣臁半臧�听氍挫劚頌執瀽霛检暭頃橂姅听鞛愲Μ鞐愄劃須岇“毳橁皜听雿榾靹溙晿鞏楆矊听氤�頃橂姅听瓴冹潉听臧吂鞚岇澊霛缄碃听頃橂姅雿�,听2022雲勌爠甑棸鞎執晹氚橃潣听鞎教�37%鞝曤弰臧�听臧吂鞚岇澊听歆勴枆霅橁碃听鞛堧嫟.鈥濍┌听鈥滌澊毳继暣瓴绊晿旮疤渼頃刺槃鞛淡臧�听欤茧弰搿溙寑攴滊听氚旊嫟靾蔡车鞗愳偓鞐呾潉听歆勴枆頃橁碃听鞛堧嫟.鈥濌碃听鞝勴枅雼�.听
旯�鞛リ窢听鞚胳矞雽�听甑愳垬電斕尐雱愴啝搿犾棎靹溙�滉淡鞝滌爜鞚柑车霃欖棸甑ゼ听韱淀暣靹溙暀瓿勳檧听靷办梾瓿勱皜听頃粯听鞁滊剤歆�須臣毳继偞電斕矁鞚刺鞖旐晿雼も�濌碃听毵愴枅雼�.听霕愴暅听頃挫“毳橂姅听氙鸽灅鞁濍焿鞙茧靹溙碃攵�臧�臧�旃樚偘鞐呾潉听頇滌毄頃橁赴听鞙勴暣听頃勳殧頃橂┌,听欤检殧敫旊（旃措掣听靻岇姢搿滌劀听頇滌毄臧�旃橁皜听毵れ毎听雴掛潃雿疤暣臁半听鞐瓣惮鞛愲摛鞚勌鞍於滍晿電斕寑頃欖潣听靾橂姅听臧愳唽頃橁碃听鞛堨柎靹溙澊毳继暣瓴绊晿電斕矁鞚刺嫓旮夗晿雼り碃听鞝勴枅雼�.
頃滍幐听鞚措矆听韽熂鞐愳劀電斕�橅泟炜犾嫓毵執槫鞐检垬听氚╇听鞚错泟听歆�靻嵦皜電ロ暅听靾橃偘鞛愳洂听氤错樃甏�毽檧听頃挫枒听順侅嫚鈥欖澊霛茧姅听欤检牅搿溙礉听150鞐獏鞚樚暀鞛愳檧听鞝勲臧�听氚徧爼攵�甏�瓿勳瀽听霌膘澊听彀胳劃頃橃榾雼�.听頂勲攴鸽灗鞚�听鈻蔡禍鞛槙听甑殞鞚橃洂鞚樚櫂鞓侅偓听鈻岔攧霝戩垬鞎勌磯霑吿波旮办棎听雽�靷�,听斓滍暅旮柑暅甑“毳橅暀須屘殞鞛�,听氚办甑愄淡須岇潣鞗�,听臁办爼頉執淡須岇潣鞗愳潣听於曥偓听鈻察綔毽疤杸靹继波旮办棎听瓴愴姼雽赌听毵堧Π鞙犼矏韸胳棸甑唽鞛レ潣听旮办“鞐办劋听鈻碴矏韸鸽尪捻暀甑愄竴搿滊矊旌犿嵓鞀ぬ暅韮滌听齑濎灔,听頃滉淡靾橃偘鞛愳洂瓿惦嫧听斓滌毄鞖疤嫟鞛�,听雿措韥寑靷磤听順侅嫚靹柬劙听霐旐厡听擘措崝听氚旍澊鞃ㄌ劶韯办灔鞚樚皽鞝溙柌听韺剱韱犽听靾滌溂搿溙頄夒悩鞐堧嫟.
听
Ghent听University听Global听Campus听President听Taejun听Han听holds听the听Global听Strategy听Forum听on听"Safe听Seas,听Prosperous听Future"
听
听
The issue of recent climate change and the decline of marine biodiversity was raised at the "Global Strategy Forum" held at the National Assembly on the 24th. Currently, extreme weather events are occurring globally, and the future of fish has become uncertain as oxygen levels in the oceans have dropped.听
The oceans are the main source of oxygen in the atmosphere, absorbing about 90% of geothermal heat and about 30% of carbon dioxide in the atmosphere. The problems threatening the oceans are serious because humans benefit from them in many ways, considering that they provide biological resources, contribute to drug development, and offer leisure.听
At the forum, which was held under the theme of "Safe Seas, Prosperous Future," Dr. Colin Janssen, Director of Marine@UGent at Ghent University in Belgium, a world-renowned scholar in the field of the marine environment and climate response who is ranked in the top 1% of the world in terms of paper citation index, delivered a keynote speech. He emphasized that "the risks that threaten the oceans can be seen as a matter of human security," and that "as a huge amount of chemicals and microplastics are entering the ocean, it is necessary to prepare policies to protect the ocean."
"I would like to see an international consortium to monitor the Fukushima wastewater that is currently being discharged," said Dr. Taejun Han, President of Ghent University. "Algae are the base of the entire ecosystem, and if there is a problem with algae, it could eventually lead to a problem for the entire ecosystem." He also argued that it is necessary to diagnose environmental pollution using organisms such as seaweed.听
Yongwoo Choi, head of the Korea Fisheries Resources Agency, said, "When a spot where seaweed should grow abundantly is covered with calcareous algae and turns white, it is called urchin barrens, and in 2022, about 37% of the coastal bedrock in the country is undergoing this phenomenon," adding, "To solve this problem, we are currently conducting a large-scale sea forest restoration project led by the government."听
"It is important for academia and industry to work together in harmony through international collaborative research," said Prof. Jang-Kyun Kim of Incheon National University during the panel discussion. He also said that seaweed is necessary to utilize high-value-added industries as future food and is highly valuable as a major blue carbon source, but the number of universities with seaweed researchers is declining, so it is urgent to address this issue.
Meanwhile, a total of 150 scholars, experts, and government officials attended the forum under the theme of "Sustainable Fishery Resource Protection Management and Ocean Innovation after Fukushima Wastewater Discharge." The program consisted of 鈻� Welcoming remarks by Jaehyung Choi, Member of the National Assembly 鈻� Congratulatory remarks by Belgian Ambassador Fran莽ois Bontemps, Hangil Choi, President of the Korean Society of Phycology, Jinkyo Bae, Member of the National Assembly, and Cho Jeonghun, Member of the National Assembly 鈻� Keynote speech by Colin Janssen, Director of Marine@UGent at Ghent University in Belgium 鈻� Presentations by Taejun Han, President of 糖心logo入口, Yongwoo Choi, Director of the Korea Fisheries Resources Agency, and Ditte R酶nde Veise, Head of the Innovation Centre Denmark at the Embassy of Denmark 鈻� Panel discussion.听
The oceans are the main source of oxygen in the atmosphere, absorbing about 90% of geothermal heat and about 30% of carbon dioxide in the atmosphere. The problems threatening the oceans are serious because humans benefit from them in many ways, considering that they provide biological resources, contribute to drug development, and offer leisure.听
At the forum, which was held under the theme of "Safe Seas, Prosperous Future," Dr. Colin Janssen, Director of Marine@UGent at Ghent University in Belgium, a world-renowned scholar in the field of the marine environment and climate response who is ranked in the top 1% of the world in terms of paper citation index, delivered a keynote speech. He emphasized that "the risks that threaten the oceans can be seen as a matter of human security," and that "as a huge amount of chemicals and microplastics are entering the ocean, it is necessary to prepare policies to protect the ocean."
"I would like to see an international consortium to monitor the Fukushima wastewater that is currently being discharged," said Dr. Taejun Han, President of Ghent University. "Algae are the base of the entire ecosystem, and if there is a problem with algae, it could eventually lead to a problem for the entire ecosystem." He also argued that it is necessary to diagnose environmental pollution using organisms such as seaweed.听
Yongwoo Choi, head of the Korea Fisheries Resources Agency, said, "When a spot where seaweed should grow abundantly is covered with calcareous algae and turns white, it is called urchin barrens, and in 2022, about 37% of the coastal bedrock in the country is undergoing this phenomenon," adding, "To solve this problem, we are currently conducting a large-scale sea forest restoration project led by the government."听
"It is important for academia and industry to work together in harmony through international collaborative research," said Prof. Jang-Kyun Kim of Incheon National University during the panel discussion. He also said that seaweed is necessary to utilize high-value-added industries as future food and is highly valuable as a major blue carbon source, but the number of universities with seaweed researchers is declining, so it is urgent to address this issue.
Meanwhile, a total of 150 scholars, experts, and government officials attended the forum under the theme of "Sustainable Fishery Resource Protection Management and Ocean Innovation after Fukushima Wastewater Discharge." The program consisted of 鈻� Welcoming remarks by Jaehyung Choi, Member of the National Assembly 鈻� Congratulatory remarks by Belgian Ambassador Fran莽ois Bontemps, Hangil Choi, President of the Korean Society of Phycology, Jinkyo Bae, Member of the National Assembly, and Cho Jeonghun, Member of the National Assembly 鈻� Keynote speech by Colin Janssen, Director of Marine@UGent at Ghent University in Belgium 鈻� Presentations by Taejun Han, President of 糖心logo入口, Yongwoo Choi, Director of the Korea Fisheries Resources Agency, and Ditte R酶nde Veise, Head of the Innovation Centre Denmark at the Embassy of Denmark 鈻� Panel discussion.听
