List
List的相关文献在1991年到2022年内共计150篇,主要集中在自动化技术、计算机技术、轻工业、手工业、水路运输
等领域,其中期刊论文125篇、专利文献25篇;相关期刊100种,包括安家、中国科学技术大学学报、科技风等;
List的相关文献由204位作者贡献,包括刘荣科、万丽景、乔贵邠等。
List
-研究学者
- 刘荣科
- 万丽景
- 乔贵邠
- 党纪红
- 关小川
- 冯宝平
- 周爱华
- 周飞
- 姚斌
- 孙敏
- 孙贺
- 崔丽娜
- 张亮
- 张北江
- 杨孟飞
- 林剑超
- 王政
- 王晓峰
- 田铠瑞
- 綦艳霞
- 胡君健
- 董晓刚
- 谷宝磊
- 赵保华
- 过敏意
- 陈中普
- 陈国宝
- 陈尧
- 靳洪旭
- 顾斌
- 高昆仑
- 2. Dahongshan Copper Ore Mine of Yuxi Mining Co. Ltd. Xinping 653405 China
- Aleksei N. Shoutko
- Alfonso Wolfango Avolio
- Altafhusain B. Nadaf
- Andrew V. Sokolov
- Antonio Gonzalez
- Aranzazu Varona
- Arturo Soriano
- Bhavna Chopra
- Bo Wang
- Chih-Cheng Huang
- Chun-Liang Lin
- Eduardo Massad
- Eleazar Chaib
- Elena A. Aksenova
- Emanuel Kulczycki
- FANG Yuan-min1 CHEN Jie1 AI Chun-long2 ZHANG Chun-liang2 ZHOU Shi-yong2 FU Xia-jiang2 GU De-mao2 1. Faculty of Land Resource Engineering Kunming University of Science and Technology Kunming 650093 China
- Federica Maldarelli
- Fiodor K. Zherebtsov
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Yang Wanli
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摘要:
为了证明在中国确实有野生亚洲象存在,他不畏险阻,在森林中用相机记录着一切……If there is a list of people who are best acquainted(熟悉)with wild Asian elephants in China,Zhou Xuesong's name is certain to be on it.
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彭莉芬
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摘要:
为了提升实际工作过程中数据的存储和处理效率,对不同集合类的特征和应用场景的掌握是非常重要的。本文通过分析集合类的底层存储结构,详细解析了集合类的特征及其应用场景,结合大数据应用之热搜关键字排行给出了具体应用示例。运行结果证明,合理地选用不同的集合类对数据的处理效率起到了至关重要的作用。
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荷露
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摘要:
在我周边接触到的乐迷群体当中,听广东盛产的翻唱口水歌专辑的人最多,我说实话极其佩服这些乐迷朋友,对这类以发烧字眼包装,今天瞄准这些歌明天瞄准那些歌翻来覆去捣鼓的唱片真心喜爱,十年二十年如一日,矢志不渝。不久前应邀到好友家赏乐,近百万的音响组合和听音间富丽堂皇,结果他最喜欢的唱片几乎全是翻唱,各种各样的翻唱。
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QIAO Xianguo;
GUO Ke;
LI Guoqing;
ZHAO Liqing;
LI Frank Yonghong;
GAO Chenguang
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摘要:
The criteria used by International Union for Conservation of Nature(IUCN) for its Red List of Ecosystems(RLE) are the global standards for ecosystem-level risk assessment, and they have been increasingly used for biodiversity conservation. The changed distribution area of an ecosystem is one of the key criteria in such assessments. The Stipa bungeana grassland is one of the most widely distributed grasslands in the warm-temperate semi-arid regions of China. However, the total distribution area of this grassland was noted to have shrunk and become fragmented because of its conversion to cropland and grazing-induced degradation. Following the IUCN-RLE standards, here we analyzed changes in the geographical distribution of this degraded grassland, to evaluate its degradation and risk of collapse. Past(1950-1980) distribution areas were extracted from the Vegetation Map of China(1:1,000,000). Present realizable distribution areas were equated to these past areas minus any habitat area losses. We then predicted the grassland’s present and future(under the Representative Concentration Pathway 8.5 scenario) potential distribution areas using maximum entropy algorithm(MaxEnt), based on field survey data and nine environmental layers. Our results showed that the S. bungeana grassland was mainly distributed in the Loess Plateau, Hexi Corridor, and low altitudes of the Qilian Mountains and Longshou Mountain. This ecosystem occurred mainly on loess soils, kastanozems, steppe aeolian soils and sierozems. Thermal and edaphic factors were the most important factors limiting the distribution of S. bungeana grassland across China. Since 56.1% of its past distribution area(4.9×10~4 km^2) disappeared in the last 50 a, the present realizable distribution area only amounts to 2.2×10~4 km^2. But only 15.7% of its present potential distribution area(14.0×10~4 km^2) is actually occupied by the S. bungeana grassland. The future potential distribution of S. bungeana grassland was predicted to shift towards northwest, and the total area of this ecosystem will shrink by 12.4% over the next 50 a under the most pessimistic climate change scenario. Accordingly, following the IUCN-RLE criteria, we deemed the S. bungeana grassland ecosystem in China to be endangered(EN). Revegetation projects and the establishment of protected areas are recommended as effective ways to avert this looming crisis. This empirical modeling study provides an example of how IUCN-RLE categories and criteria may be valuably used for ecosystem assessments in China and abroad.
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华文1
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摘要:
章鱼兰属于树兰类,不同专家学者有不同的拉丁属名。不管是章鱼兰属Prosthechea(Pro.)还是树蚌兰属Anacheilium(Ana.)或是最先的围柱兰属Encyclia(Ency.),都是指同一属植物。按习惯应统称为章鱼兰属、扇贝兰属或围柱兰属。至于树蚌兰属Anacheilium(Ana.)在我国不流行或后出名,作者查英文之The Plant list则把Anacheilium(Ana.)和Encyclia(Ency.)归入Prosthechea(Pro.),故Prosthechea(Pro.)是章鱼兰属的国际承认学名,而Anacheilium(Ana.)和Encyclia(Ency.)则是章鱼兰的同物异名。不管是An a.、Ency.或Pro.都统称为章鱼兰属。章鱼兰属约有50多种,是本种该属的模式种。由于其具扇贝型唇瓣位于上方,而其余花被下垂,模样像一只章鱼,故名。