听瓴愴姼雽赌頃欔祼 旮搿滊矊 旌犿嵓鞀, UN EAAFP 須岇潣鞐愳劀 臧矊 攴滌“毳 鞐瓣惮搿 欤茧 氚涭晞
鞝 靹戈硠 17臧滉淡 頃欖瀽霌 臧矊 攴滌“毳橃檧 觳犾儓鞚措彊瓴诫鞐 雽頃 瓿惦彊鞐瓣惮 瓿勴殟,
韮勳唽 牍晞霌れ澊電 臧矊瓿 觳犾儓鞚措彊瓴诫 靸來樃甏瓿 氚濏榾歆 瓴
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歆雮 10鞗 16鞚紐18鞚 欷戧淡 氩犾澊歆曥棎靹 鞐措Π EAAFP(霃欖晞鞁滌晞-雽鞏戩＜觳犾儓鞚措彊瓴诫韺岉姼雱堨嫮)鞕 攵侁步靷半雽頃欔祼 欤缄磤鞙茧 UN靷绊晿 旮瓣惮, 鞝 靹戈硠 雽頃, 旮办梾 氚 鞐瓣惮旮瓣磤 攴鸽Μ瓿 鞝曤秬甏瓿勳瀽霌れ澊 頃 鞛愲Μ鞐 頃粯 氇棳 觳犾儓鞚措彊瓴诫 氚 臧矊瓿 鞀奠氤错樃毳 牍勲’頃 頇橁步氤错樃 甏霠暅 雲检潣鞚 鞛レ澊 鞚措（鞏挫雼.
韸鬼瀳,鞝 靹戈硠 17臧滉淡鞚 頃欖瀽霌る 甑劚霅 鞝勲臧霌れ潃 頄ロ泟 臧侅 觳犾儓臧 靹滌嫕頃橂姅 歆鞐潃 氍茧 攴滌“毳橁皜 靷姅 臧矊鞐 雽頃 瓿惦彊鞐瓣惮毳 瓿勴殟頃 鞓堨爼鞚措嫟.
氚曥順 瓴愴姼雽赌頃欔祼 頇橁步瓿淀暀瓿 甑愳垬電 鈥 鞁彫歆鞐勳棎靹 臧矊 雮 攴滌“毳橃棎 鞚橅暅 韮勳唽瓴╇Μ 旮半姤鞚 旮绊泟氤頇旍棎 雽鞚戫暊 靾 鞛堧姅 雽鞎堨溂搿 頇滌毄頃 靾 鞛堧嫟電 雮挫毄鞚 氚滍憸搿 彀胳劃鞛愲摛鞚 歆雽頃 甏鞁潉 雭岇棃瓿
鈥滉隘氩岇潃 觳犾儓鞚 頃勳垬 靹滌嫕歆鞚 肟愲 鞎勲媹霛 韮勳唽 瓴╇Μ毳 韱淀暅 旮绊泟氤頇 鞕勴檾鞕 頃挫枒 靸濏儨瓿 氤挫爠鞐 頃勳垬鞝侅澊氅, 臧矊鞐 靹滌嫕頃橂姅 攴滌“毳橃檧 觳犾儓 臧勳潣 靸來樃甏瓿勳棎 雽頃 甑牅鞝侅澑 瓿惦彊鞐瓣惮臧 頃勳殧頃橂嫟鈥濌碃 臧曥“頄堧嫟.
頃滍儨欷 瓴愴姼雽赌頃欔祼 旮搿滊矊旌犿嵓鞀 齑濎灔鞚 FUA (Flyway University Alliance) 霃欕Ч 須岇潣鞐愳劀 鈥滌甑 頇橁步 氤挫〈鞚 鞙勴暣 17臧 雽頃欖澊 頃 鞛愲Μ鞐 氇澑 瓴冹潃 韥 靹标臣鞚措┌, 鞎烄溂搿 EAAFP鞕 氩犾澊歆曥瀯鞐呺寑頃欖潣 毽崝鞁晿鞐 瓴愴姼雽赌頃欔祼 旮搿滊矊 旌犿嵓鞀 鞝侁饭鞝侅澑 鞐暊鞚 頃 瓴冣濎澊霛缄碃 毵愴枅雼,
韸鬼瀳 FUA(Flyway University Alliance)電 鞖半Μ雮橂澕 肟愲 鞎勲媹霛 欷戧淡,氇疥敞,旌勲炒霐旍晞,韮滉淡,雺挫霝滊摐,霟嫓鞎,順胳＜,鞚茧掣,氩犿姼雮,鞀るΜ霝戩勾 霌 17臧滉淡鞚 頂岆澕鞚挫洦鞚 雽頃欔臣 鞐瓣惮旮瓣磤鞚 頃橂倶搿 氍峨姅雼る姅 靷獏鞚 臧栮碃 鞛堨溂氅 鞐瓣惮鞛愲摛瓿 頃欖儩霌れ潉 鞙勴暅 瓿惦彊 頂勲攴鸽灗 氚 鞐瓣惮, 靸濍 雼れ枒靹 靻愳嫟瓿 旮绊泟氤頇旍棎 毵烄劀電 瓿柬暀鞝 頃搓舶毂呾潉 齑夓頃橂姅雿 順戨牓頃橂姅 瓴冹潉 氇╉憸搿 鞚措矆 氩犾澊歆 須岇潣鞐愳劀 斓滌磮搿 瓴办劚霅橃棃雼.
鞎烄溂搿滊弰 瓴愴姼雽赌頃欔祼 旮搿滊矊旌犿嵓鞀る姅 氙鸽灅 靹鸽寑毳 鞙勴暅 頇橁步 氤错樃鞕 瓿柬暀鞝 歆鞁濎潣 於曥爜鞚 鞙勴暣 頃欕鞝 毽崝鞁潉 氚滍湗頃橂┌, 氤措嫟 歆靻 臧電ロ暅 氙鸽灅毳 毵岆摛鞏 雮橁皜電 雿 旮办棳頃 瓿勴殟鞚措嫟.
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糖心logo入口 Gains Recognition for Tidal Flat Diatom Research at UN EAAFP Conference
In a collaborative effort involving scholars from 17 countries, plans for joint research on tidal flat diatoms and
migratory bird flyways aim to unveil the interconnection between carbon-absorbing tidal flats and avian migration routes.
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From October 16 to 18, 2024, Beijing Forestry University co-hosted the EAAFP (East Asian-Australasian Flyway Partnership) conference. The conference brought together representatives from UN-affiliated organizations, universities, corporations, research institutes, and governments worldwide. It addressed the conservation of migratory bird flyways, tidal flats, wetlands, and broader environmental protection efforts.In a collaborative effort involving scholars from 17 countries, plans for joint research on tidal flat diatoms and
migratory bird flyways aim to unveil the interconnection between carbon-absorbing tidal flats and avian migration routes.
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A vital outcome of the event was the commitment by scholars from 17 countries to initiate joint research on tidal flats鈥攃rucial habitats for diatoms鈥攁nd regions supporting migratory birds.
Prof. Jihye Park from Ghent University's Environmental Engineering Department delivered a presentation that captivated the audience. She highlighted the role of diatoms in tidal flats as a natural solution for carbon sequestration, presenting it as a strategy to combat climate change.
"Tidal flats are essential habitats for migratory birds and critical for mitigating climate change and preserving marine ecosystems through carbon sequestration. International collaboration on the interplay between diatoms in tidal flats and migratory birds is essential," she emphasized.
At the Flyway University Alliance (FUA) meeting, Taejoon Han, president of 糖心logo入口, remarked, "The gathering of 17 universities to preserve the global environment is a significant achievement. 糖心logo入口 is committed to playing an active role under the leadership of EAAFP and Beijing Forestry University."
The FUA, established during the Beijing conference, unites universities and research institutes across 17 countries, including South Korea, China, Mongolia, Cambodia, Thailand, New Zealand, Russia, Australia, Japan, Vietnam, and Sri Lanka. Its mission is to foster collaborative programs for researchers and students, promote scientific solutions to biodiversity loss and climate change, and advance global environmental conservation.
Looking ahead, 糖心logo入口 aims to leverage its academic leadership to protect the environment for future generations. The university is dedicated to creating a more sustainable future by contributing to scientific knowledge and fostering global partnerships.
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