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从北极光到南极雪 他们把实验室搬到“世界尽头”
Core Viewpoint - The article highlights the significant contributions of researchers from Xi'an University of Electronic Science and Technology (Xidian University) in polar scientific exploration, emphasizing the importance of their work in understanding global climate change and environmental monitoring [1][2][3][4]. Group 1: Research Contributions - Researchers are conducting vital studies in extreme polar environments, which serve as indicators of global climate change [1][2]. - The work includes monitoring Antarctic sea ice and analyzing auroras to understand solar activity and its effects on Earth's magnetic field [2][3]. - The research findings provide essential data for international environmental governance and contribute to global carbon cycle studies [2][3]. Group 2: Personal Experiences and Insights - Researchers express that working in extreme conditions fosters resilience and a deeper understanding of scientific inquiry beyond theoretical knowledge [2][4]. - The challenges faced in polar research, such as equipment failures and the need for teamwork, highlight the practical aspects of scientific exploration [3][4]. - Personal experiences in the polar regions have led to a realization that true scientific research must be tested in real-world environments [4].
世界海洋日,“雪龙2”号带来极地海洋新故事
Xin Hua Wang· 2025-06-09 08:34
新华社海口6月8日电 题:世界海洋日,"雪龙2"号带来极地海洋新故事 新华社记者王立彬、黄韬铭 6月8日是世界海洋日。海口秀英港,完成中国第41次南极考察的"雪龙2"号静静停靠在码头,向一波波参观公众诉说极地海洋的故事。 漂洋过海,往返南极。时长超7个月,"雪龙"号、"雪龙2"号和"永盛"号货轮三船总航程近8万海里。中国极地考察史上时间最长的航次,带回了哪 些宝贝? ——带回来一个好消息:秦岭站可以拎包入住了 此时海南夏日炎炎,南极正值隆冬。恩克斯堡岛气温大约零下20摄氏度,已知最大风速超过每秒43米,相当于14级台风。 但此刻秦岭站内,您可以在房间里穿短袖,在超大落地窗前欣赏"千里冰封、万里雪飘"的南极风景。 目前43名南极科考队员入住刚满3个月,站内在进行主体建筑内部工程、管线系统安装等工作。未来5个月,他们将在温暖如春的秦岭站里,越过 南极严酷的冬天。 2月28日拍摄的秦岭站。新华社记者 黄韬铭 摄 生活在南极冰原,能源就是生命之火。本次考察一大重要成果,秦岭站正式启用的新能源系统备受关注。 据中国第41次南极考察队领队王金辉介绍,这是中国在南极首次应用风光氢储多能互补的新能源系统,清洁能源比例最高可达 ...
“雪龙2”号海口公众开放日活动掀起极地大洋热|世界海洋日暨全国海洋宣传日
Core Viewpoint - The "Xuelong 2" polar research icebreaker successfully completed its mission for China's 41st Antarctic expedition and opened to the public in Haikou, showcasing advancements in polar research technology and engaging the public in scientific exploration [3][9]. Group 1: Event Overview - The public open day for "Xuelong 2" took place from June 2 to June 7, coinciding with the 17th World Oceans Day and the 18th National Ocean Publicity Day [3]. - This event marked the first time "Xuelong 2" was open to the public in Hainan, allowing visitors to explore various areas of the vessel [3][9]. Group 2: Technological Innovations - "Xuelong 2" is the world's first polar research vessel to utilize a bow and stern dual-direction icebreaking technology, significantly enhancing icebreaking efficiency and safety [9]. - The vessel is equipped with advanced systems such as a dynamic positioning system and a moon pool system, enabling precise operations in harsh sea conditions [9]. Group 3: Organizational Support - The Hainan Provincial Oceanic Administration established a dedicated working group to ensure the smooth execution of the open day activities, coordinating with local government and relevant departments [10]. - A comprehensive visitor reservation system was implemented to manage the flow of attendees and ensure orderly participation [10].
第41次南极考察丨“雪龙2”号凯旋 中国第41次南极考察队顺利完成全部考察任务
Xin Hua She· 2025-05-29 04:18
Core Insights - The "Xuelong 2" icebreaker successfully completed China's 41st Antarctic expedition, marking the longest single-vessel mission in China's polar research history, lasting 208 days and covering over 40,000 nautical miles [1][2] Group 1: Expedition Highlights - The expedition featured a significant highlight of conducting joint research in the Ross Sea ecosystem during the Antarctic autumn, extending research efforts into harsher natural conditions [1] - The joint mission involved 12 scientists from 8 countries, including the UK, US, Australia, and Thailand, completing 24 comprehensive ocean survey stations and deploying 34 observation buoys [1][2] - The expedition collected over 5,000 samples, including water, sediment, and biological samples, leading to three main new findings regarding water structure and biological activity in the Ross Sea [1] Group 2: Biological Discoveries - In terms of low-nutrient organisms, primary production in the Ross Sea was found to be inactive, while high biomass of zooplankton was observed in the ice-interior lakes [2] - The western Ross Sea slope area was identified as having dense populations of Antarctic krill, with various bird and mammal species concentrated in the ice edge area [2] Group 3: Public Engagement and International Cooperation - The "Xuelong 2" served as a platform for public education, hosting an open day in Thailand that attracted over a thousand visitors, and facilitating an international academic conference on polar science [2] - The vessel will be open to the public in Haikou from June 2 to June 3 and June 5 to June 7, showcasing China's polar research achievements and contributions to international polar governance [2]
带破冰船模型上发布会,“雪龙2”号船长揭秘南极科考背后
Nan Fang Du Shi Bao· 2025-05-21 23:56
Group 1 - The "Snow Dragon 2" icebreaker is 122.5 meters long with a full load displacement of 15,000 tons, capable of breaking through 1.5 meters of ice and 0.2 meters of snow at a speed of 2-3 knots [2] - The director of the Polar Ship Management Center highlighted the importance of polar research for global climate change and human survival, emphasizing adherence to the Antarctic Treaty System [4] - The research team implements low-interference and minimal necessary principles during Antarctic expeditions, including environmental impact assessments and real-time ecological monitoring [5] Group 2 - Zhao Yanping has completed 12 Antarctic and 4 Arctic expeditions, facing challenges such as severe weather and isolation [4] - The recent joint expedition involving 91 researchers from 9 countries marked the first ecological system research in Antarctica during the autumn season, enhancing China's influence in international polar research [5] - The icebreaker is equipped with advanced anti-pollution devices to minimize environmental impact during scientific activities [5]