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Youth Participation at the Third UN World Conference on Disaster Risk Reduction

International Journal of Disaster Risk Science 2015年第2期6卷 150-163页

作者： Lydia Cumiskey Tam hoang Sachi Suzuki Claire Pettigrew moa M.herrgard Disaster Risk Reduction Working Group UN Major Group for Children&Youth Youth Beyond Disasters Water Youth Network Marine and Coastal Systems health and Safety Emergency Management and Business Continuity UnitVictoria University Standing Committee on human Right and Peace International Federation of Medical Students’Associations Department of Engineering Tohoku University

This article summarizes and analyzes the Children & Youth Forum and youth participation in the process during and leading up to the Third UN World Conference on Disaster Risk Reduction(WCDRR) in2015. An organizing committee consisting of international students and young professionals brought together around200 young professionals and students from around the globe to exchange ideas and knowledge on reducing disaster risk, building resilient communities, and advocating for the inclusion of youth priorities within the Sendai Framework for Disaster Risk Reduction 2015–2030(SFDRR). The knowledge exchange during the Forum was structured around a Toolbox for Resilience that connected to the SFDRR section on Priorities for Action. This article presents the outcomes of these young people’s participation in the disaster risk reduction capacity building eventsand policy-making, as well as the follow-up actions envisioned by the young participants of the Forum. The voices of the younger generation were heard in the SFDRR and young people are ready to expand their actions for the framework’s effective implementation. Young people call on technical experts, donors, NGOs, agencies, governments, and academia to partner with them on this journey to create a more resilient tomorrow together.

关键词： Children & Youth Forum Disaster risk reduction SFDRR Toolbox for Resilience

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具有原子运动的双光子J-C模型中量子力学通道与量子互熵

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物理学报 2005年第2期54卷 703-709页

作者：刘小娟方卯发周清平湖南师范大学物理与信息学院中国科学院安徽光学精密机械研究所合肥230031 湖南科技大学物理学院湘潭411201

用量子信息理论研究具有原子运动的双光子Jaynes_Cumming模型动力学 .给出了该模型中表示原子态变化的量子力学通道 ,导出了量子互熵和原子约化熵 ,考察了原子运动及场模结构对量子互熵的影响 ,以及原子量子力学通道“开启”与“关闭”... 详细信息

用量子信息理论研究具有原子运动的双光子Jaynes_Cumming模型动力学 .给出了该模型中表示原子态变化的量子力学通道 ,导出了量子互熵和原子约化熵 ,考察了原子运动及场模结构对量子互熵的影响 ,以及原子量子力学通道“开启”与“关闭”状态和原子与场纠缠程度的关系 .结果表明量子力学通道特性强烈依赖于原子运动、场模结构以及原子与场的纠缠 .

关键词：原子运动量子力学双光子 J-C模型纠缠量子信息理论 Jaynes-Cumming模型依赖影响通道

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Bt Transgenic Cotton in China:Present and Prospect

Bt Transgenic Cotton in China:Present and Prospect

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新千年世界棉花市场和中国棉花业展望——2001年中国国际棉花会议

作者： Du Min RCRE,moa,P.R.China

China is the worlds largest cotton producing and consuming *** to increase cotton yields,improve quality and increase returns in the limited land have been important issues that governments at all levels and interest bodies related are concerned *** a long period,especially since the end of the 1980s,pests such as bollworm decreased cotton yields, increased the cost of cotton planting and enlarged the gap between supply and demand of

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Source-sink Characteristics and the Translocation of Assi- milates in New Plant Type and Intersubspecific hybrid Rice

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Agricultural Sciences in China 2002年第2期1卷 155-162页

作者： YANG Jian-chang, ZhANG Wen-hu, WANG Zhi-qin, LIU Li-jun and ZhU Qing-sen( Key Laboratory of Crop Cultivation and Physiology, moa , Yangzhou University, Yangzhou 225009) Key Laboratory of Crop Cultivation and Physiology MOA Yangzhou University Yangzhou 225009

Both new plant type (NPT) and intersubspecific hybrid rice (IhR) had large sink size (total number of spikelets per m2), however, poor grain filling limited their potential in the grain yield. Compared to the three-line indica hybrid of Shanyou 63 (CK), NPT and IhR showed higher photosynthetic potential, higher dry matter accumulation and higher ratio of dry weight to spikelets (total dry wt./total number of spikelets) from heading to harvest. But both exhibited a low export percentage and transfer ratio of assimilates, low partitioning of 14C to grains from labeled flag leaves, low harvest indices and low physiological activities (IAA content and activities of ATPase and starch synthase) of grains at early grain-filling stage. The physiological activities of grains at early filling stage were significantly correlated with the export percentage and transfer ratio of assimilates, ripened-grain percentage and grain plumpness (r = 0.85 - 0.95). The source-sink ratio (dry matter wt./spikelet and nonstructural carbohydrate/spikelet) at heading was positively correlated with physiological activities of grains (r = 0. 84 - 0. 97 ). It is suggested that low physiological activities of grains at early filling stage is attributed to low source-sink ratio at heading, and the low sink activity weakens the ability to remobilize assimilates into grains, and leads to poor grain filling in NPT and IhR.

关键词： Rice New plant type Intersubspecifiic hybrid Source-sink Assimilate translocation

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红山馆

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景观设计 2018年第6期 76-83页

作者： moa Architects formzero 林涛(翻译) 不详

该项目远离附近的热带小城,藏身于橡胶保护林之中。人们在进入红山馆前,会在树林里逛逛,仿佛踏上了森林寻宝的旅程。该项目的设计以提供最好的使用体验为宗旨,折叠式天花板和墙壁扩大了室内的活动空间,能够满足不同空间的功能需求。

关键词：活动空间功能需求天花板折叠式墙壁

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Genomic and genic sequence variation in synthetic hexaploid wheat (AABBDD) as compared to their parental species

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Progress in Natural Science:Materials International 2008年第5期18卷 533-538页

作者： Lihong Nie, Zongfu han, Lahu Lu, Yingyin Yao, Qixin Sun, Zhongfu Ni Key Laboratory of Crop heterosis and Utilization (MOE) and State Key Laboratory for Agrobiotechnology, Key Laboratory of Crop Genomics and Genetic Improvement (moa), Beijing Key Laboratory of Crop Genetic Improvement, Department of Plant Genetics & Breeding, China Agricultural University, Beijing 100094, China Key Laboratory of Crop heterosis and Utilization (MOE) and State Key Laboratory for Agrobiotechnology Key Laboratory of Crop Genomics and Genetic Improvement (MOA) Beijing Key Laboratory of Crop Genetic Improvement Department of Plant Genetics & Breeding China Agricultural University Beijing 100094 China

In order to understand the genomic changes during the evolution of hexaploid wheat, two sets of synthetic hexaploid wheat from hybridization between maternal tetraploid wheat (AABB) and paternal diploid goat grass (DD) were used for DNA-AFLP and single strand conformation polymorphism (SSCP) analysis to determine the genomic and genic variation in the synthetic hexaploid wheat. Results indicated that more DNA sequences from paternal diploid species were eliminated in the synthetic hexaploid wheat than from maternal tetraploid wheat, suggesting that genome from parental species of lower ploidity tends to be eliminated preferentially. however, sequence variation detected by SSCP procedure was much lower than those detected by DNA-AFLP, which indicated that much less variation in the genic regions occurred in the synthetic hexaploid wheat, and sequence variations detected by DNA-AFLP could be derived mostly from non-coding regions and repetitive sequences. Our results also indicated that sequence variation in 4 genes can be detected in hybrid F1, which suggested that this type of sequence variation could be resulted from distant hybridization. It was interesting to note that 3 out of the 4 genes were mapped and clustered on the long arm of chromosome 2D, which indicated that variation in genic sequences in synthetic hexaploid wheat might not be a randomized process.

关键词： Synthetic hexaploid wheat Polyploidy Genome Sequence variation

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我国玉米产业发展的技术需求

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玉米科学 2008年第3期16卷 130-133页

作者：张世煌国家玉米产业技术研发中心

我国玉米产业发展的国家需求是增产粮食,关键是提高单位面积产量,特别是提高单产的增长速度。实现这一目标亟需对玉米生产的耕作制度进行改革,主要是增加种植密度,东华北地区深松改土,黄淮海地区免耕直播和适当晚收获。玉米耕作制度的... 详细信息

我国玉米产业发展的国家需求是增产粮食,关键是提高单位面积产量,特别是提高单产的增长速度。实现这一目标亟需对玉米生产的耕作制度进行改革,主要是增加种植密度,东华北地区深松改土,黄淮海地区免耕直播和适当晚收获。玉米耕作制度的改革离不开机械化生产技术,同时也对玉米育种、栽培、植保等技术提出了发展需求。

关键词：玉米产业发展技术需求

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城乡统筹的阶段性与经验启示——江苏、上海的调查分析

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农业经济问题 2005年第10期26卷 4-10页

作者：农业部产业政策与法规司课题组农业部产业政策与法规司课题组

本文在对江苏省和上海市的专题调查的基础上,系统总结了两地统筹城乡经济社会发展的经验做法,进而提出五点启示。

关键词：城乡统筹阶段性主要做法调查分析上海市江苏省经验启示统筹城乡经济社会发展专题调查

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Novel alleles among soybean Bowman-Birk proteinase inhibitor gene families

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Science China(Life Sciences) 2008年第8期51卷 687-692页

作者： WANG YuePing1,2, ChEN XiongTing2 & QIU LiJuan1 1 National Key Facility for Crop Gene Resources and Genetic Improvement, Key Laboratory of Crop Germplasm & Biotechnology(moa)/Institute of Crop Science, Chinese Academy of Agricultural Sciences, Beijing 10008, China 2 Institute of Tropical Biotechnology, Chinese Academy of Tropical Agricultural Sciences, haikou 571101, China National Key Facility for Crop Gene Resources and Genetic Improvement Key Laboratory of Crop Germplasm & Biotechnology (MOA)/Institute of Crop Science Chinese Academy of Agricultural Sciences Beijing China Institute of Tropical Biotechnology Chinese Academy of Tropical Agricultural Sciences Haikou China

Trypsin inhibitors have been found in various animals, plants and *** were two types of trypsin inhibitors in soybean including Bowman-Birk protease inhibitors(BBI) and Kunitz in-hibitors(KTI).The different BBI genes from wild soybean(***) and cultivated soybean(***) formed a multigene *** constructed a cDNA library of cultivar 'SuiNong 14' seed at the R7 growth stage using the SMART *** contigs or singletons were highly homologous to soy-bean protease *** of 5, 35, 8 and 9 were highly homologous to BBI family members BBI-A1, BBI-A2, BBI-C and BBI-D, *** analyses showed there were novel allelic varia-tions among the 4 BBI members in SuiNong *** on the comparison of soybean seed cDNA li-braries from different developmental stages, it was apparent that the expression of trypsin inhibitors increased during seed development in *** analysis of BBI gene sequences among dicotyledonous and monocotyledonous plants demonstrated that these genes shared a common pro-genitor.

关键词： soybean trypsin inhibitor Bowman-Birk proteinase inhibitor Kunitz trypsin inhibitor allelic variation

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Researches on Microbial Degrading Technology of Pesticide-Residues and it’s Applications

Researches on Microbial Degrading Technology of Pesticide-Re...

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首届国际生物经济高层论坛

作者： Shunpeng Li Zhongli Cui Jiandong Jiang (Department of Microbiology College of Life Sciences Nanjing Agricultural University The Key Lab of Microbiological Engineering of Agricultural Environment moa 210095 P.R China)

＜正＞The explosive use of chemical compounds has led to global deterioration of environmental quality and serious health *** pesticides as the major compounds to control pests and diseases have been popularly used world widely in modern agricultural ***,the intensive use of pesticides has also resulted in serious environmental problems because they are either recalcitrant or biodegraded very slowly. Many methods were thought out for remediation these pesticide residues including incineration,landfills and *** to the limitation of physical-chemical remediation methods,bioremediation constitutes an attractive alternative to physicochemical methods of remediation,and bioremediation is considered as the most effective,less expensive and non-secondary pollution method by many biological and environmental scientists.

关键词： Pesticides contamination microbial degradation bioremediation

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