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特朗普自食恶果!美国遭遇极端严寒天气_网易财经

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当地时间1月30日,美国芝加哥遭遇极寒天气,温度降至零下32摄氏度,新的寒流“冰封”了密歇根湖及其沿岸,一眼望去白茫茫一片,湖水结冰,冰柱林立,宛如一座纯白唯美的“冰雕公园”。

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特朗普自食恶果!美国遭遇极端严寒天气_网易财经网易财经频道财经图集查看图片为3.6亿人新闻阅读而生的网易新闻客户端找对象点这里0特朗普自食恶果!美国遭遇极端严寒天气2019-02-0108:14原图评论(0)分享:易信(0)LOFTER新浪微博人人网QQ空间标签:当地时间1月30日,美国芝加哥遭遇极寒天气,温度降至零下32摄氏度,新的寒流“冰封”了密歇根湖及其沿岸,一眼望去白茫茫一片,湖水结冰,冰柱林立,宛如一座纯白唯美的“冰雕公园”。特朗普自食恶果!美国遭遇极端严寒天气图集已浏览完毕重新浏览评论(0)分享:易信(0)LOFTER新浪微博人人网QQ空间推荐内容春节临近南京高速公路车流“看…围观垃圾举杯饮酒日本这家酒吧…复兴号“绿巨人”春运期间亮相雄…劣质白酒勾兑陕西警方查获2000…韩国民众春节前采购忙探秘春运火车后厨:6平方米做出上…网易财经・2019年基金业变革与展…中国国际经济交流中心首席研究员…深交所投资者教育中心副总监沈梁…2019年基金业变革与展望圆桌讨论…泓德基金副总经理邬传雁作主题演讲网易财经・2019基金业变革与展望…推荐视频出道即巅峰!Miss秀天籁之音,…美国买下几乎一倍于领土的路易斯安…上一图片下一图集复兴号“绿巨人”春运期间亮相雄…{"info":{"setname":"特朗普自食恶果!美国遭遇极端严寒天气","imgsum":52,"lmodify":"2019-02-0108:14:44","prevue":"当地时间1月30日,美国芝加哥遭遇极寒天气,温度降至零下32摄氏度,新的寒流“冰封”了密歇根湖及其沿岸,一眼望去白茫茫一片,湖水结冰,冰柱林立,宛如一座纯白唯美的“冰雕公园”。","channelid":"","reporter":"","source":"网易综合","dutyeditor":"杨泽宇_NF6036","prev":{"setname":"","simg":"","seturl":""},"next":{"setname":"复兴号“绿巨人”春运期间亮相雄安新区","simg":"http://pic-bucket.ws.126.net/photo/0025/2019-01-31/E6RE3DFQ0BGT0025NOS.jpg?imageView&thumbnail=100y75","seturl":"http://money.163.com/photoview/0BGT0025/34531.html"}},"list":[{"id":"E6TQFTND0BGT0025NOS","img":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTND0BGT0025NOS.jpg","timg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTND0BGT0025NOS.jpg?imageView&thumbnail=160y120","simg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTND0BGT0025NOS.jpg?imageView&thumbnail=100y75","oimg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTND0BGT0025NOS.jpg","osize":{"w":930,"h":620},"title":"","note":"当地时间1月30日,美国芝加哥遭遇极寒天气,温度降至零下32摄氏度,新的寒流“冰封”了密歇根湖及其沿岸,一眼望去白茫茫一片,湖水结冰,冰柱林立,宛如一座纯白唯美的“冰雕公园”。来源:中新网","newsurl":"#"},{"id":"E6TQFTNE0BGT0025NOS","img":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNE0BGT0025NOS.jpg","timg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNE0BGT0025NOS.jpg?imageView&thumbnail=160y120","simg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNE0BGT0025NOS.jpg?imageView&thumbnail=100y75","oimg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNE0BGT0025NOS.jpg","osize":{"w":930,"h":620},"title":"","note":"美国国家气象局预计,美国中西部本周将有近9000万人将遭遇零下27摄氏度或更低的气温,其中2500万人将遭受零下33摄氏度的刺骨寒冷。来源:中新网","newsurl":"#"},{"id":"E6TQFTNF0BGT0025NOS","img":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNF0BGT0025NOS.jpg","timg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNF0BGT0025NOS.jpg?imageView&thumbnail=160y120","simg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNF0BGT0025NOS.jpg?imageView&thumbnail=100y75","oimg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNF0BGT0025NOS.jpg","osize":{"w":930,"h":620},"title":"","note":"NASA在其官网上写道:“大片的低压和极冷的空气通常在北极上空盘旋,逆时针方向流动强风将冷空气困在极地周围。但急流的扰动和温暖的中纬度气团的侵入会干扰这个极地涡旋,使其变得不稳定,进而使得北极的空气向南进入中纬度地区。”美国中西部目前经历的极寒天气,也正是来自极地涡旋分裂。来源:中新网","newsurl":"#"},{"id":"E6TQFTNG0BGT0025NOS","img":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNG0BGT0025NOS.jpg","timg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNG0BGT0025NOS.jpg?imageView&thumbnail=160y120","simg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNG0BGT0025NOS.jpg?imageView&thumbnail=100y75","oimg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNG0BGT0025NOS.jpg","osize":{"w":930,"h":620},"title":"","note":"CBS报道中称,从科学的角度来看,由于气候变化,地球总体正在变暖,但北极附近地区变暖的速度是全球其他地区的两倍多,这种“北极放大效应”在冬季也尤其明显。当暖空气侵入北极圈时,削弱了极地的漩涡,将冷空气团向南转移到了欧洲、亚洲和美国。来源:中新网","newsurl":"#"},{"id":"E6TQFTNH0BGT0025NOS","img":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNH0BGT0025NOS.jpg","timg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNH0BGT0025NOS.jpg?imageView&thumbnail=160y120","simg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNH0BGT0025NOS.jpg?imageView&thumbnail=100y75","oimg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNH0BGT0025NOS.jpg","osize":{"w":930,"h":620},"title":"","note":"CBS报道称,伊利诺伊、爱荷华、印第安纳、威斯康辛和明尼苏达这五个州中,已有至少六人因极寒天气而丧生,其中密尔沃基的一名男子直接被冻死在了车库中。包括明尼阿波利斯、密尔沃基、芝加哥和底特律在内的中西部大城市的官员们目前都在竭尽全力让无家可归的人们远离街头。来源:中新网","newsurl":"#"},{"id":"E6TQFTNI0BGT0025NOS","img":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNI0BGT0025NOS.jpg","timg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNI0BGT0025NOS.jpg?imageView&thumbnail=160y120","simg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNI0BGT0025NOS.jpg?imageView&thumbnail=100y75","oimg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNI0BGT0025NOS.jpg","osize":{"w":930,"h":620},"title":"","note":"此外,美国中西部数百所学校周二因为极寒天气而停课,部分地区还宣布将停课至周四。明尼苏达州教育部发言人乔希・柯林斯表示,尽管大多数学区的课程表上都有可能安排补课日,但延长停课时间并不是一个容易的决定。寒冷的天气也让一些营业性的场所受到影响――明尼阿波利斯的一座滑雪场就表示将一直关闭到周三,该市的一些景点也因此被关闭。来源:中新网","newsurl":"#"},{"id":"E6TQFTNJ0BGT0025NOS","img":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNJ0BGT0025NOS.jpg","timg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNJ0BGT0025NOS.jpg?imageView&thumbnail=160y120","simg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNJ0BGT0025NOS.jpg?imageView&thumbnail=100y75","oimg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNJ0BGT0025NOS.jpg","osize":{"w":900,"h":599},"title":"","note":"这是在美国芝加哥拍摄的结冰的密歇根湖(1月30日摄)。受极地漩涡来袭影响,美国芝加哥30日出现零下30摄氏度的极低气温,创下该市近25年来最低气温纪录。新华社发(帕特里克・戈尔斯基摄)","newsurl":"#"},{"id":"E6TQFTNK0BGT0025NOS","img":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNK0BGT0025NOS.jpg","timg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNK0BGT0025NOS.jpg?imageView&thumbnail=160y120","simg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNK0BGT0025NOS.jpg?imageView&thumbnail=100y75","oimg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNK0BGT0025NOS.jpg","osize":{"w":899,"h":599},"title":"","note":"1月30日,在美国芝加哥,一名男子以芝加哥天际线为背景录制视频。受极地漩涡来袭影响,美国芝加哥30日出现零下30摄氏度的极低气温,创下该市近25年来最低气温纪录。新华社发(帕特里克・戈尔斯基摄)","newsurl":"#"},{"id":"E6TQFTNL0BGT0025NOS","img":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNL0BGT0025NOS.jpg","timg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNL0BGT0025NOS.jpg?imageView&thumbnail=160y120","simg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNL0BGT0025NOS.jpg?imageView&thumbnail=100y75","oimg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNL0BGT0025NOS.jpg","osize":{"w":899,"h":599},"title":"","note":"1月30日,在美国芝加哥,一艘消防船停在结冰的水中。受极地漩涡来袭影响,美国芝加哥30日出现零下30摄氏度的极低气温,创下该市近25年来最低气温纪录。新华社发(帕特里克・戈尔斯基摄)","newsurl":"#"},{"id":"E6TQFTNM0BGT0025NOS","img":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNM0BGT0025NOS.jpg","timg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNM0BGT0025NOS.jpg?imageView&thumbnail=160y120","simg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNM0BGT0025NOS.jpg?imageView&thumbnail=100y75","oimg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNM0BGT0025NOS.jpg","osize":{"w":900,"h":599},"title":"","note":"这是极寒中的美国芝加哥天际线(1月30日摄)。受极地漩涡来袭影响,美国芝加哥30日出现零下30摄氏度的极低气温,创下该市近25年来最低气温纪录。新华社发(帕特里克・戈尔斯基摄)","newsurl":"#"},{"id":"E6TQFTNN0BGT0025NOS","img":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNN0BGT0025NOS.jpg","timg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNN0BGT0025NOS.jpg?imageView&thumbnail=160y120","simg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNN0BGT0025NOS.jpg?imageView&thumbnail=100y75","oimg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNN0BGT0025NOS.jpg","osize":{"w":899,"h":599},"title":"","note":"这是在美国芝加哥拍摄的结冰的芝加哥河(1月30日摄)。受极地漩涡来袭影响,美国芝加哥30日出现零下30摄氏度的极低气温,创下该市近25年来最低气温纪录。新华社发(帕特里克・戈尔斯基摄)","newsurl":"#"},{"id":"E6TQFTNO0BGT0025NOS","img":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNO0BGT0025NOS.jpg","timg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNO0BGT0025NOS.jpg?imageView&thumbnail=160y120","simg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNO0BGT0025NOS.jpg?imageView&thumbnail=100y75","oimg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNO0BGT0025NOS.jpg","osize":{"w":1080,"h":720},"title":"","note":"近日,美国多地遭遇罕见极寒天气,气温创下历史新低。美国国家气象局表示,今冬最寒冷的空气将使美国中西部和五大湖地区陷入“危及生命”的状况。来源:第一财经","newsurl":"#"},{"id":"E6TQFTNP0BGT0025NOS","img":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNP0BGT0025NOS.jpg","timg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNP0BGT0025NOS.jpg?imageView&thumbnail=160y120","simg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNP0BGT0025NOS.jpg?imageView&thumbnail=100y75","oimg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNP0BGT0025NOS.jpg","osize":{"w":1080,"h":720},"title":"","note":"美国国家气象局表示,今冬最寒冷的空气将使美国中西部和五大湖地区陷入“危及生命”的状况。当地时间2019年1月30日,美国纽约,行人用手挡住大雪前行。来源:第一财经","newsurl":"#"},{"id":"E6TQFTNQ0BGT0025NOS","img":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNQ0BGT0025NOS.jpg","timg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNQ0BGT0025NOS.jpg?imageView&thumbnail=160y120","simg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNQ0BGT0025NOS.jpg?imageView&thumbnail=100y75","oimg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNQ0BGT0025NOS.jpg","osize":{"w":1080,"h":720},"title":"","note":"据报道,美国中部和北部迎来20年来的最冷空气,寒冷天气已经导致至少7起死亡案件。图为当地时间2019年1月30日,美国芝加哥,密歇根湖及其沿岸,湖水结冰,冰柱林立,宛如一座纯白唯美的“冰雕公园”。来源:第一财经","newsurl":"#"},{"id":"E6TQFTNR0BGT0025NOS","img":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNR0BGT0025NOS.jpg","timg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNR0BGT0025NOS.jpg?imageView&thumbnail=160y120","simg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNR0BGT0025NOS.jpg?imageView&thumbnail=100y75","oimg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNR0BGT0025NOS.jpg","osize":{"w":1080,"h":720},"title":"","note":"气象学家估计,到本周末,低于冰点的温度将影响全美约2.5亿人,其中9000万人面临零度以下气温,2500万人被困在零下20度的寒冬天气。来源:第一财经","newsurl":"#"},{"id":"E6TQFTNS0BGT0025NOS","img":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNS0BGT0025NOS.jpg","timg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTNS0BGT0025NOS.jpg?imageView&thumbnail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"w":778,"h":519},"title":"","note":"此外,例如以冰川的形式在相邻的人类居住区存在的重要淡水储备丧失,而这些淡水储备能够确保人们在干旱年份进行农业种植。(来源媒体:参考消息)","newsurl":"#"},{"id":"E6TQFTO60BGT0025NOS","img":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTO60BGT0025NOS.jpg","timg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTO60BGT0025NOS.jpg?imageView&thumbnail=160y120","simg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTO60BGT0025NOS.jpg?imageView&thumbnail=100y75","oimg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTO60BGT0025NOS.jpg","osize":{"w":778,"h":519},"title":"","note":"冰川的融化使海平面大幅上升,今后可能会造成巨大的自然灾害,类似于大坝倒塌。(来源媒体:参考消息)","newsurl":"#"},{"id":"E6TQFTO70BGT0025NOS","img":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTO70BGT0025NOS.jpg","timg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTO70BGT0025NOS.jpg?imageView&thumbnail=160y120","simg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTO70BGT0025NOS.jpg?imageView&thumbnail=100y75","oimg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTO70BGT0025NOS.jpg","osize":{"w":778,"h":519},"title":"","note":"根据美国宇航局的卫星测量显示,1993年至2017年间,海平面平均上升了约85毫米。(来源媒体:参考消息)","newsurl":"#"},{"id":"E6TQFTO80BGT0025NOS","img":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTO80BGT0025NOS.jpg","timg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTO80BGT0025NOS.jpg?imageView&thumbnail=160y120","simg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTO80BGT0025NOS.jpg?imageView&thumbnail=100y75","oimg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTO80BGT0025NOS.jpg","osize":{"w":778,"h":508},"title":"","note":"海平面上升的另一个原因是海洋变暖。(来源媒体:参考消息)","newsurl":"#"},{"id":"E6TQFTO90BGT0025NOS","img":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTO90BGT0025NOS.jpg","timg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTO90BGT0025NOS.jpg?imageView&thumbnail=160y120","simg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTO90BGT0025NOS.jpg?imageView&thumbnail=100y75","oimg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTO90BGT0025NOS.jpg","osize":{"w":778,"h":519},"title":"","note":"自1980年以来,造成重大损失的自然事件的数量大约增加了两倍。(来源媒体:参考消息)","newsurl":"#"},{"id":"E6TQFTOA0BGT0025NOS","img":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOA0BGT0025NOS.jpg","timg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOA0BGT0025NOS.jpg?imageView&thumbnail=160y120","simg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOA0BGT0025NOS.jpg?imageView&thumbnail=100y75","oimg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOA0BGT0025NOS.jpg","osize":{"w":778,"h":537},"title":"","note":"在一些地区台风、飓风、热带风暴肆虐的同时,另一些地区却长期遭受干旱,这也是因为地球温度较高,水汽蒸发得更快。(来源媒体:参考消息)","newsurl":"#"},{"id":"E6TQFTOB0BGT0025NOS","img":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOB0BGT0025NOS.jpg","timg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOB0BGT0025NOS.jpg?imageView&thumbnail=160y120","simg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOB0BGT0025NOS.jpg?imageView&thumbnail=100y75","oimg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOB0BGT0025NOS.jpg","osize":{"w":778,"h":515},"title":"","note":"亥姆霍兹环境研究中心2018年夏季得出结论,欧洲许多地区将来会更加频繁地出现干旱现象,持续的时间将更长,影响的人数比过去更多。(来源媒体:参考消息)","newsurl":"#"},{"id":"E6TQFTOC0BGT0025NOS","img":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOC0BGT0025NOS.jpg","timg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOC0BGT0025NOS.jpg?imageView&thumbnail=160y120","simg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOC0BGT0025NOS.jpg?imageView&thumbnail=100y75","oimg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOC0BGT0025NOS.jpg","osize":{"w":778,"h":468},"title":"","note":"后果是作物歉收和土壤侵蚀加剧,导致农业生产的起始条件降低。(来源媒体:参考消息)","newsurl":"#"},{"id":"E6TQFTOD0BGT0025NOS","img":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOD0BGT0025NOS.jpg","timg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOD0BGT0025NOS.jpg?imageView&thumbnail=160y120","simg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOD0BGT0025NOS.jpg?imageView&thumbnail=100y75","oimg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOD0BGT0025NOS.jpg","osize":{"w":754,"h":550},"title":"","note":"高温干燥的另一个后果是频繁引发森林大火,例如2018年夏天勃兰登堡州以及多地的森林火灾。(编译/王东)(来源媒体:参考消息)","newsurl":"#"},{"id":"E6TQFTOE0BGT0025NOS","img":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOE0BGT0025NOS.jpg","timg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOE0BGT0025NOS.jpg?imageView&thumbnail=160y120","simg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOE0BGT0025NOS.jpg?imageView&thumbnail=100y75","oimg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOE0BGT0025NOS.jpg","osize":{"w":750,"h":850},"title":"【延伸阅读】崩塌的北极!数十亿吨冰川半小时融化","note":"“我等候在格陵兰黑尔海姆冰川上方的悬崖上,试着用卫星电话给在纽约的妻子打电话。我还没来得及留言,一阵炸裂打破了北极的沉默。”海洋学家大卫・霍兰德说。这里是格陵兰塔西拉克,一座冰山漂浮在峡湾中。格陵兰岛既是地球上最大的岛屿,也是大部分面积被冰雪覆盖的岛屿。格陵兰岛的冰盖面积达181.3万平方千米,其冰层平均厚度达到2300米,与南极大陆冰盖的平均厚度差不多。来源:中新网","newsurl":"#"},{"id":"E6TQFTOF0BGT0025NOS","img":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOF0BGT0025NOS.jpg","timg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOF0BGT0025NOS.jpg?imageView&thumbnail=160y120","simg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOF0BGT0025NOS.jpg?imageView&thumbnail=100y75","oimg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOF0BGT0025NOS.jpg","osize":{"w":930,"h":620},"title":"","note":"格陵兰岛塔西拉克附近的黑尔海姆冰川顶部出现的融水池。大气和海洋科学专家大卫・霍兰德和他的团队在这里见证了一个关于北极的重大事件。来源:中新网","newsurl":"#"},{"id":"E6TQFTOG0BGT0025NOS","img":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOG0BGT0025NOS.jpg","timg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOG0BGT0025NOS.jpg?imageView&thumbnail=160y120","simg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOG0BGT0025NOS.jpg?imageView&thumbnail=100y75","oimg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOG0BGT0025NOS.jpg","osize":{"w":930,"h":620},"title":"","note":"为了支持“海洋融化格陵兰(OMG)”研究任务,飞机机械师DavidFuller和当地一名工作人员在飞行前检查NASA湾流G-III。来源:中新网","newsurl":"#"},{"id":"E6TQFTOH0BGT0025NOS","img":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOH0BGT0025NOS.jpg","timg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOH0BGT0025NOS.jpg?imageView&thumbnail=160y120","simg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOH0BGT0025NOS.jpg?imageView&thumbnail=100y75","oimg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOH0BGT0025NOS.jpg","osize":{"w":930,"h":620},"title":"","note":"美国国家航空航天局地球科学飞行项目主任埃里克・伊森在当天的OMG研究任务中,乘坐NASA湾流G-III观察格陵兰冰盖,测量当地冰盖的损失。来源:中新网","newsurl":"#"},{"id":"E6TQFTOI0BGT0025NOS","img":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOI0BGT0025NOS.jpg","timg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOI0BGT0025NOS.jpg?imageView&thumbnail=160y120","simg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOI0BGT0025NOS.jpg?imageView&thumbnail=100y75","oimg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOI0BGT0025NOS.jpg","osize":{"w":930,"h":620},"title":"","note":"在格陵兰东海岸上空的可以看到冰川流。来源:中新网","newsurl":"#"},{"id":"E6TQFTOJ0BGT0025NOS","img":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOJ0BGT0025NOS.jpg","timg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOJ0BGT0025NOS.jpg?imageView&thumbnail=160y120","simg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOJ0BGT0025NOS.jpg?imageView&thumbnail=100y75","oimg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOJ0BGT0025NOS.jpg","osize":{"w":930,"h":620},"title":"","note":"位于黑尔海姆冰川上的研究营地里,海洋学家大卫・霍兰德正在修理一个破损的GPS模块。来源:中新网","newsurl":"#"},{"id":"E6TQFTOK0BGT0025NOS","img":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOK0BGT0025NOS.jpg","timg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOK0BGT0025NOS.jpg?imageView&thumbnail=160y120","simg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOK0BGT0025NOS.jpg?imageView&thumbnail=100y75","oimg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOK0BGT0025NOS.jpg","osize":{"w":930,"h":620},"title":"","note":"安全官员BrianRougeux使用钻头为将留在黑尔海姆冰川的科学仪器安装天线。来源:中新网","newsurl":"#"},{"id":"E6TQFTOL0BGT0025NOS","img":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOL0BGT0025NOS.jpg","timg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOL0BGT0025NOS.jpg?imageView&thumbnail=160y120","simg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOL0BGT0025NOS.jpg?imageView&thumbnail=100y75","oimg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOL0BGT0025NOS.jpg","osize":{"w":930,"h":620},"title":"","note":"安全官BrianRougeux和自己的学生在研究营地里装配一个雷达罩。来源:中新网","newsurl":"#"},{"id":"E6TQFTOM0BGT0025NOS","img":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOM0BGT0025NOS.jpg","timg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOM0BGT0025NOS.jpg?imageView&thumbnail=160y120","simg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOM0BGT0025NOS.jpg?imageView&thumbnail=100y75","oimg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTOM0BGT0025NOS.jpg","osize":{"w":930,"h":620},"title":"","note":"“我等候在格陵兰黑尔海姆冰川上方的悬崖上,试着用卫星电话给在纽约的妻子打电话。我还没来得及留言,一阵炸裂打破了北极的沉默。随之而来的是更多的爆裂。我跑过一片泥泞的冻原,来到一支俯瞰冰川的三脚架上,用摄像机以最快的速度记录了这一过程。爆裂的声音变成了低沉的隆隆声。在接下来的半个小时里,冰层破裂,一块四英里宽的冰块跌落到海里。这种现象被称为‘崩裂‘,但是这种规模的‘崩裂‘是很少见的。”大卫・霍兰德说。来源:中新网","newsurl":"#"},{"id":"E6TQFTON0BGT0025NOS","img":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTON0BGT0025NOS.jpg","timg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTON0BGT0025NOS.jpg?imageView&thumbnail=160y120","simg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTON0BGT0025NOS.jpg?imageView&thumbnail=100y75","oimg":"http://pic-bucket.ws.126.net/photo/0025/2019-02-01/E6TQFTON0BGT0025NOS.jpg","osize":{"w":930,"h":620},"title":"","note":"这座巨大的冰山从格陵兰的黑尔海姆冰川断裂时有4.5英里宽。整个过程耗时30分钟,整个冰山就变成了大海。来源:中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