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Community Structure of Endophytic Fungi in Ginseng and Its Correlation Analysis with Active Components
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作者 Yaguang ZHANG Yanxin ZHANG Qi GAO 《Medicinal Plant》 CAS 2021年第5期1-6,11,共7页
[Objectives]The paper was to explore the correlation between active components of ginseng and community structure of endophytic fungi in ginseng under different cultivation methods.[Methods]Using ginsengs under two ma... [Objectives]The paper was to explore the correlation between active components of ginseng and community structure of endophytic fungi in ginseng under different cultivation methods.[Methods]Using ginsengs under two main planting patterns in Huanren County,Liaoning Province as the samples,the community structure of endophytic fungi was studied by molecular means,and the chemical components were identified and the content of chemical markers was measured via LC-MS.Moreover,the correlation between medicinal components of ginseng and diversity of endophytic fungal flora was analyzed.[Results]The diversity and active components of endophytic fungi of ginseng were different.The diversity analysis showed that the medicinal components of ginseng were positively correlated with some fungal groups in ginseng.[Conclusions]Artificial intervention in the planting process would affect the endophytic fungi in medicinal materials,and further affect the chemical components of ginseng medicinal materials. 展开更多
关键词 Forest ginseng Cultivated ginseng Active component Endophytic fungi Correlation analysis
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Waste Management Practices and Profile of Selected Key Green House Gases at Selected Livestock Farms in Ibadan, Nigeria
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作者 Ese Freeman Oghaghare Godson Ana Derek Garth Shendell 《Journal of Environmental Science and Engineering(B)》 2016年第12期581-592,共12页
Livestock farm waste contributes substantially to annual worldwide emissions of GHG (Greenhouse Gases), including CH4 (Methane) and CO2 (Carbon Dioxide). However, despite evidence of global climate change and it... Livestock farm waste contributes substantially to annual worldwide emissions of GHG (Greenhouse Gases), including CH4 (Methane) and CO2 (Carbon Dioxide). However, despite evidence of global climate change and its adverse health effects, studies on anthropogenic contributions to the increasing levels of GHG, particularly from livestock waste management practices, have not been adequately explored, especially in less developed countries. This study determined waste management practices and outdoor levels of CH4 and CO2 at three selected livestock farms (A-C) in Ibadan, Oyo State, Nigeria. Each study farm consisted of poultry, cattle and pig units. A 30-point observational checklist documented adequacy of solid waste management practices. Ambient concentrations of CH4 and CO2 at farm buildings and at waste disposal sites were monitored every other day, twice each day of monitoring (morning and evening hours), for eight weeks during months of September-November in 2013. Average scores for the waste management practices for Farms A-C were 29.6%, 33.3% and 18.5%, respectively. Morning and evening CH4 concentrations in parts per million (ppm) at main buildings of Farms A-C were 2,538 ± 773 and 1,916 ± 662, 2,325 ± 773 and 1,180 ± 483, and 2,389 ± 687 and 1,854 ± 571, respectively. Morning and evening CO2 concentrations (ppm) at Farms A-C main buildings were 350 ± 130 and 330 ± 110, 470 ± 100 and 440 ± 100, and 430 ± 80 and 400 ± 70, respectively. Morning and evening CH4 concentrations (ppm) at Farms A-C waste disposal sites were 2,452 ± 495 and 1,614 ± 372, 1,527 ± 390 and 1,736 ± 269, and 2,345 ± 615 and 1,690 ± 387, respectively. Morning and evening CO2 concentrations (ppm) at Farms A-C waste disposal sites were 330 ± 90, 370 ± 60 and 350 ± 30, respectively. Waste management practices were inadequate; solid waste management practices like infrequent evacuation of slurry waste and open burning of waste may have contributed to the production of CH4 and CO2. This study suggested proper handling, removal and disposal of farm waste which can reduce production of GHGs like CH4 and CO2. 展开更多
关键词 Livestock farms greenhouse gases waste management.
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韩国林业局森林灾害管理系统设计与实现
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作者 王磊 LEE Young-Jun 《测绘与空间地理信息》 2017年第S1期206-208,213,217,共5页
韩国林业局(Korean Forest Service,KFS)为了更好地贯彻韩国森林规划,通过使用各种森林数据库,包括森林类型地图和国家森林资源调查,建立了基于GIS的森林灾害管理系统.同时基于森林灾害数据库,建立了森林信息共享平台、森林信息共享门户... 韩国林业局(Korean Forest Service,KFS)为了更好地贯彻韩国森林规划,通过使用各种森林数据库,包括森林类型地图和国家森林资源调查,建立了基于GIS的森林灾害管理系统.同时基于森林灾害数据库,建立了森林信息共享平台、森林信息共享门户,用于林业信息与林业专题图的共享.其针对韩国林业局的业务,还构建了森林灾害管理系统,包括森林灾害数据库管理系统、森林火灾管理系统、森林病虫害管理系统、山体滑坡管理系统.韩国森林灾害管理系统使用实地监测工具,预测与森林空间信息有关的森林灾害信息;通过监测防止森林灾害发生,在发生灾害时减少识别时间.通过森林灾害管理系统,可以链接各种政府机构和信息,以实现对火灾、山体滑坡、病虫害和森林生态系统的综合管理系统.通过提供空间information–based位置信息服务,韩国森林灾害管理系统还能给现场提供快速的响应. 展开更多
关键词 森林火灾 森林病虫害 滑坡 GIS
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韩亚航空公司航空监视和监控系统的设计与实现
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作者 袁子翔 PARK Dong-Il 《测绘与空间地理信息》 2017年第S1期214-217,共4页
近些年来,民用航空事业飞速发展,随着航空公司规模的扩大、业务的扩展,竞争也日益激烈.航空运行控制以及自然灾害监控是航空公司运营的核心,直接关系到航空公司的安全生产与核心价值,过去人工监控和各部门分散的计算机管理方式显然已经... 近些年来,民用航空事业飞速发展,随着航空公司规模的扩大、业务的扩展,竞争也日益激烈.航空运行控制以及自然灾害监控是航空公司运营的核心,直接关系到航空公司的安全生产与核心价值,过去人工监控和各部门分散的计算机管理方式显然已经无法适应航空运行控制的新要求.本文介绍了韩亚航空公司航空监视和监控系统的设计与开发过程,给出了系统的结构设计及功能设计,论述了航空监视和监控系统的组成及其对民航安全运营的促进作用. 展开更多
关键词 民用航空 GIS 监控系统 自然灾害
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Yang xin shi tablet enhances adaptability to exercise training by relieving statin-induced skeletal muscle injury
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作者 Ruo-Ming Wu Bing Jiang +6 位作者 Hui Li Wen-Zhen Dang Cong Zhang Xiao-Zheng Zhong Yi Hong Guan Ye Xiao-Yan Shen 《Chinese Medical Journal》 SCIE CAS CSCD 2020年第18期2266-2268,共3页
To the Editor:Widely used statins lower the risk of death from cardiovascular diseases.However,statin-associated skeletal muscle complaints hinder their clinical application to some extent.Yang xin shi tablet(YXST),a ... To the Editor:Widely used statins lower the risk of death from cardiovascular diseases.However,statin-associated skeletal muscle complaints hinder their clinical application to some extent.Yang xin shi tablet(YXST),a traditional Chinese medicine formula,can effectively improve the clinical symptoms of patients with cardiovascular diseases when combined with conventional drugs.However,the synergistic effects of YXST combined with a statin and the potential mechanisms remain unknown.Hence,exploring the effects and mechanisms of YXST in improving statin-induced muscle injury can be beneficial for the exercise rehabilitation and prognosis of patients with cardiovascular disease. 展开更多
关键词 CARDIOVASCULAR SKELETAL DRUGS
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