Permafrost grows thanks to plants

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Permafrost grows thanks to plants

机译：多年冻土得益于植物

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Despite rising temperatures in the Arctic, permafrost has been expanding around some lakes, probably because of vegetation springing up nearby. Twelvemile Lake in Alaska has been shrinking, causing permafrost and willow-shrub growth to expand along its shores. A team led by Martin Briggs of the US Geological Survey in Storrs, Connecticut, modelled the response of ground ice to shading and transpiration by plants. The simulations show that, thanks to the effects of vegetation (for example, by cooling and drying the surface), shallow permafrost can persist and even expand in warmer temperatures.

机译：尽管北极地区的气温上升，但多年冻土在一些湖泊周围仍在扩大，这可能是由于附近涌现了植被。阿拉斯加的十二英里湖一直在萎缩，导致多年冻土和柳灌木的生长沿其海岸扩展。由康涅狄格州斯托斯市美国地质调查局的马丁·布里格斯（Martin Briggs）领导的团队模拟了地面冰对植物的阴影和蒸腾作用的响应。模拟表明，由于植被的影响（例如，通过冷却和干燥表面），浅层永久冻土会持续存在，甚至在温度升高时也会膨胀。

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《Nature》 |2014年第7489期|411-411|共1页
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收录信息美国《科学引文索引》(SCI);美国《工程索引》(EI);美国《生物学医学文摘》(MEDLINE);美国《化学文摘》(CA);
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1. Soy Containers: Growing Promise Growing Plants:Part 2 of our series discusses how the new bioplastic containers can actually help grow a better plant [J] . CHRIS CURREY, JAMES SCHRADER, KENNY MCCABE, GrowerTalks Magazine . 2014,第10期

机译：大豆容器：有前景的植物生长：我们系列的第2部分讨论了新型生物塑料容器如何真正帮助种植更好的植物
2. Studies on the Development of the Ventilating System in Relation to the Tolerance against Excess-Moisture Injury in Various Crops. : VII. Comparative studies on the ventilating pressure in lowland and upland rice plants growing under flooded and under water economized conditions. : VIII. On the ventilating system and the ventilating psessure in various plants growing on lowland and on upland. [J] . Hiroki ARIKADO 日本作物學會紀事 . 1956,第4期

机译：各种作物耐水损伤耐受性与耐湿度耐受性的发展研究。：VII。洪水淹水下低地稻米植物通风压力的比较研究。：VIII。在低地和高地生长的各种植物中的通风系统和透气性psessure。
3. Studies on the Development of the Ventilating System in Relation to the Tolerance against Excess-Moisture Injury in Various Crops. : VII. Comparative studies on the ventilating pressure in lowland and upland rice plants growing under flooded and under water economized conditions. : VIII. On the ventilating system and the ventilating psessure in various plants growing on lowland and on upland. [J] . Hiroki ARIKADO 日本作物學會紀事 . 1956,第4期

机译：各种作物耐水损伤耐受性与耐湿度耐受性的发展研究。：VII。洪水淹水下低地稻米植物通风压力的比较研究。：VIII。在低地和高地生长的各种植物中的通风系统和透气性psessure。
4. Simulation and correlation analysis of meteorological factors and growing dynamic of plants in growing season [C] . ZHANG Caiqia 2009 International Institute of Applied Statistics Studies(2009 国际应用统计学术研讨会）论文集 . 2009

机译：生长季节植物气象因子与生长动态的模拟及相关分析
5. Permafrost Thaw in a Tundra Ecosystem: Implications For Carbon and Nitrogen Cycling in Plants and Soils [D] . Salmon, Verity G. 2016

机译：在苔原生态系统中的永久冻土解冻：对植物和土壤中碳和氮循环的影响
6. Reply to Oxelman et al.: On the taxonomic status of the plants regenerated from 30000-y-old fruit tissue buried in Siberian permafrost [O] . Svetlana Yashina, Stanislav Gubin, Stanislav Maksimovich, 2012

机译：对Oxelman等人的答复：关于从埋藏在西伯利亚多年冻土中的30000年前的果实组织再生的植物的分类状况
7. Variations in Growing-Season NDVI and Its Response to Permafrost Degradation in Northeast China [O] . Jinting Guo, Yuanman Hu, Zaiping Xiong, 2017

机译：生长季NDVI的变化及其对东北地区多年冻土退化的响应
8. Biology of Fodder Plants in the Permafrost Zone (Biologiya Kormovykh Rastenii v Zone Vechnoi Merzloty) [R] . Elovskaya, L. G. 1984

机译：多年冻土地区饲料植物的生物学（Biologiya Kormovykh Rastenii v Zone Vechnoi merzloty）

Permafrost grows thanks to plants

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