2014年全省气象局长工作研讨会在哈尔滨召开     

《黑龙江气象》2014,(3):F0002-F0002

<正>8月25-26日,2014年全省气象局长工作研讨会议在哈尔滨召开,会议围绕黑龙江省全面深化气象改革和全面推进气象现代化建设等重大议题进行深入研讨。省局党组成员、各市(地)气象局、局直单位主要负责人,黑龙江省全面深化气象改革领导小组办公室成员参加会议。  相似文献   

《贵州气象》投稿须知     

《贵州气象》2014,(2):F0004-F0004

正1论文内容及文字量《贵州气象》是贵州省气象局主管,贵州省气象学会、贵州省山地环境气候研究所主办的气象科技期刊,国内外公开发行,双月刊。主要刊登气象学各分支学科的研究论文及技术总结等未经公开发表或出版过的原创性论文。本刊常设栏目有:研究论文或、应用技术、  相似文献   

《贵州气象》投稿须知     

《贵州气象》2014,(6):F0004-F0004

1论文内容及文字量 《贵州气象》是贵州省山地环境气候研究所主管,贵州省山地环境气候研究所、贵州省气象学会主办的气象科技期刊,国内外公开发行,双月刊。主要刊登气象学各分支学科的研究论文及技术总结等未经公开发表或出版过的原创性论文。本刊常设栏目有：研究论文、应用技术、工作研究等。来稿要求材料翔实、数据可靠、文字精炼、论点明确、论证合理,在某些方面有创新。  相似文献   

冷静分析形势 强化问题导向 积极探索深化浙江气象改革   总被引：1，自引：0，他引：1  

黎健 《浙江气象》2014,35(3):3-6

正气象事业是党的事业的重要组成部分。在党和国家全面深化改革的新形势下,全面深化气象改革,以改革的精神全面推进气象现代化,努力提升气象保障服务能力、激发气象创新活力、扩大气象工作影响力,更好发挥气象在浙江经济社会发展中的职能和作用,是时代赋予浙江气象人的责任和使命。1准确把握形势,增强深化气象改革的责任感正确认清形势,是深化气象改革的基础和前提。党的十八届三中全会提出了完善和发展  相似文献   

宁波市基层气象事业改革发展的实践与思考     

周福  葛敏芳  乐益龙  黄晶  徐进宁  祝旗 《浙江气象》2014,(1):1-5,16

基层气象工作在气象事业全局中具有特殊重要的地位与作用。根据中国气象局和浙江省气象局关于基层气象事业改革与发展的总体目标和统一要求,结合宁波经济社会发展与部门实际,宁波市气象局扎实推进基层气象事业改革发展的各项工作,取得了一定的成效。本文是对宁波基层气象事业改革发展实践情况的总结,提出了存在的主要问题和进一步改革发展工作思考。  相似文献   

Seasonal Variations in Phytoplankton Community Structure in the Sanggou,Ailian, and Lidao Bays     

YUAN Mingli  ;ZHANG Cuixia  ;JIANG Zengjie  ;GUO Shujin  ;SUN Jun 《青岛海洋大学学报(英文版)》2014,(6):1012-1024

The seasonal variations in phytoplankton community structure were investigated for the Sanggou Bay （SGB） and the adjacent Ailian Bay （ALB） and Lidao Bay （LDB） in Shandong Peninsula,eastern China.The species composition and cell abundance of phytoplankton in the bay waters in spring （April 2011）,summer （August 2011）,autumn （October 2011）,and winter （January 2012） were examined using the Uterm6hl method.A total of 80 taxa of phytoplankton that belong to 39 genera of 3 phyla were identified.These included 64 species of 30 genera in the Phylum Bacillariophyta,13 species of 8 genera in the Phylum Dinophyta,and 3 species of 1 genus in the Phylum Chrysophyta.During the four seasons,the number of phytoplankton species （43） was the highest in spring,followed by summer and autumn （40）,and the lowest number ofphytoplankton species （35） was found in winter.Diatoms,especially Paralia sulcata （Ehrenberg） Cleve and Coscinodiscus oculus-iridis Ehrenberg,were predominant in the phytoplankton community throughout the study period,whereas the dominance of dinoflagellate appeared in summer only.The maximum cell abundance of phytoplankton was detected in summer （average 8.08 × 103 cells L-1） whereas their minimum abundance was found in autumn （average 2.60 x 103 cellsL-1）.The phytoplankton abundance was generally higher in the outer bay than in the inner bay in spring and autumn.In summer,the phytoplankton cells were mainly concentrated in the south of inner SGB,with peak abundance observed along the western coast.In winter,the distribution of phytoplankton cells showed 3 patches,with peak abundance along the western coast as well.On seasonal average,the Shannon-Wiener diversity indices of phytoplankton community ranged from 1.17 to 1.78 （autumn 〉 summer 〉 spring 〉 winter）,and the Pielou＇s evenness indices of phytoplankton ranged from 0.45 to 0.65 （autumn 〉 spring 〉 summer〉 winter）.According to the results of canonical correspondence analysis,phosphate level w  相似文献   

青海省人民政府办公厅转发省国土资源厅关于青海省2014年地质灾害防灾预案的通知     

《青海国土经略》2014,(3):33-35

青政办〔2014〕76号各市、自治州人民政府,省政府各委、办、厅、局:省国土资源厅关于《青海省2014年地质灾害防灾预案》已经省人民政府同意,现转发给你们,请认真遵照执行。2014年5月4日青海省2014年地质灾害防灾预案青海省国土资源厅2014年5月  相似文献   

地质环境监测管理办法     

《河南国土资源》2014,(6)

正(2014年4月10日国土资源部第2次部务会议通过)中华人民共和国国土资源部令第59号《地质环境监测管理办法》已经2014年4月10日国土资源部第2次部务会议通过,现予以发布,自2014年7月1日起施行。部长姜大明2014年4月29日第一条为了加强地质环境监测管理,规范地质环境监测行为,保护人民生命和财产安全,根据《中华人民共和国矿产资源法》、《地质灾害防治条例》等有关法律法规,制定本办法。第二条本办法所称地质环境监测,是指对自然地质环境或者工程建  相似文献   

Higher species diversity occurs in more fertile habitats without fertilizer disturbance in an alpine natural grassland community     

Dong Wang  Gao-Lin Wu  Xiao-Feng Chang  Zhi-Hua Shi  Lei Sun  Xue-Hong Wei 《山地科学学报》2014,11(3):755-761

Are there some relationships among species diversity and soil chemical properties of high altitude natural grasslands？ Plant community composition and chemical properties of soil samples were compared to investigate the relationship between soil and species diversity, and the richness in Tibetan alpine grasslands. Results showed that species diversity was significantly positively related to soil organic matter （SOM）, total nitrogen （TN）, available nitrogen （AN）, total phosphorus （TP）, available phosphorus （AP）, and available potassium （AK） in the high alpine grasslands. Margalefs species richness index was also significantly positively related to SOM, TN, AN, and TP. Most soil chemical properties showed significantly positive correlation with species diversity and Margalef＇s richness index. Our results suggested that higher plant species richness index and diversity occurred in more fertile soil habitats in high altitude natural grassland community. In practice, fertilization management for the restoration of degraded grassland should be conducted with reference to the nutrient levels ofnatural grassland without the additional artificial fertilizer and with higher species-diversity and richness index.  相似文献   

Mapping daily temperature and precipitation in the Qilian Mountains of northwest China     

Shou-zhang Peng  Chuan-yan Zhao  Xiao-ping Wang  Zhong-lin Xu  Xing-ming Liu  Hu Hao  Shi-fei Yang 《山地科学学报》2014,11(4):896-905

Daily meteorological data are the critical inputs for distributed hydrological and ecological models. This study modified mountain microclimate simulation model （MTCLIM） with the data from 19 weather stations, and compared and validated two methods （the MTCLIM and the modified MTCLIM） in the Qilian Mountains of Northwest China to estimate daily temperature （i.e., maximum temperature, minimum temperature） and precipitation at six weather stations from i January 2000 to 31December 2009. The algorithm of temperature in modified MTCLIM was improved by constructing the daily linear regression relationship between temperature and elevation, aspect and location information. There are two steps to modify the MTCLIM to predict daily precipitation： firstly, the linear regression relationship was built between annual average precipitation and elevation, location, and vegetation index; secondly, the distance weight for measuring the contribution of each weather station on target point was improved by average wind direction during the rainy season. Several regression analysis and goodness-of-fit indices （i.e., Pearson＇s correlation coefficient, coefficient of determination, mean absolute error, root-mean-square error and modelingefficiency） were used to validate these estimated values. The result showed that the modified MTCLIM had a better performance than the MTCLIM. Therefore, the modified MTCLIM was used to map daily meteorological data in the study area from 2000 to 2009. These results were validated using weather stations with short time data and the predicted accuracy was acceptable. The meteorological data mapped could become inputs for distributed hydrological and ecological models applied in the Qilian Mountains.  相似文献