闽南地区民企人力资源管理中的问题及对策

改革开放后,闽南地区民营企业发展迅猛,为闽南地区经济的发展,人民生活水平的提高做出巨大贡献,在福建省经济发展中具有举足轻重的地位。但是。普遍存在的人力资源管理理念落后、管理方式陈旧、管理水平偏低等现象．严重地制约了企业的发展。本文就该地区民营企业人力资源管理中存在的问题进行深入的分析,在此基础上提出相应的具有实用性的对策建议．并对如何加强闽南地区民营企业人力资源管理作出进一步思考。     

The early-warning effects of assimilation of the observations over the large-scale slope of the “World Roof” on its downstream weather forecasting

To improve the numerical simulation of the severe snow storms occurred in the south of China and the middle/lower reaches of Changjiang River during January of 2008, the observations from the automatic weather stations (AWS) over the Qinghai-Xizang Plateau (QXP) and its surrounding areas were assimilated into the Weather Research and Forecasts (WRF) model using multi-cycle 3-dimensional variational data assimilation (3DVAR). Due to the large-scale special topography of the QXP and its surrounding areas which may reach up to the mid-troposphere, the AWS located at different height on the deep slope of the plateau are different to those located on plains and take a role analogous in some extent to that of radio soundings in obtaining the vertical “profile” information of the atmosphere, and have the advantages in the aspects of sampling frequency, location/height fixing, and synchronization. The information captured by these AWS may carry the early-warning “strong signals” in the upstream sensitive area for the downstream weather systems to the east of the plateau and thus the assimilation of these AWS data is expected to lead to significant improvements on the simulation of the severe weather system occurred in its downstream areas through adjusting the 3-dimensional structures of the atmospheric thermal-dynamics for the initial conditions of the model. This study indicates that the assimilated information of moisture, temperature and pressure carried in the observations of AWS over the Qinghai-Xizang Plateau and its surrounding areas is very important and useful in the forecasting of precipitation in its downstream areas. Supported Jointly by National Natural Science Foundation of China (Grant Nos. 90502003 and 40625017), LaSW Project (Grant No. 2008LASWZI04), the Key Project of AMS (Grant No. 2008Z006), the JICA Program and the International Sci-Tech Cooperative Project (Grant No. 2007DFB20210)     

Vegetation evolution on the central Chinese Loess Plateau since late Quaternary evidenced by elemental carbon isotopic composition

There are many controversial issues in loess studies such as natural vegetation types on the Chinese Loess Plateau during the historical periods and the spatial and temporal evolution of C3/C4 plants. Elemental carbon isotopic composition （δ^13Cec） in the loess section may offer new evidence for these problems. Elemental carbon （EC） is produced by incomplete combustion of vegetation, and its carbon isotopic composition has a very small difference from that of the formal vegetation, then δ^13Cec can be used as a record to recover the changes of vegetation. Elemental carbon was extracted by applying the oxidation method from the Ioess-paleosol sequence in the central Chinese Loess Plateau, and its car- bon isotope composition was analyzed by the isotope mass spectrometer. The results showed that the vegetation in this region was a mixed type of C3 and C4 plants, dominated with C3 plants in most of the time. Since late Quaternary, C3/C4 plants may not follow a simple glacial-interglacial cycle mode on the Chinese Loess Plateau, but showing fluctuations. C3 plants increased gradually in L4 period, and more C3 plants occurred during $3 period, and C4 plants increased again during L3-- L2 periods, after that, Cs plants dominated again during S1 --S0 periods. During periods of paleosol development, C3 plants were abundant in S3 and S1, and there were more Ca plants in S2 and SO. During periods of loess sedimen- tation, there were more C3 plants in L4 and L1, and there were more C4 plants in L3 and L2. On the orbital timescale, the vegetation variations revealed by δ^13Cec record are consistent with the results of pollen data and also similar to the results obtained by organic carbon isotopic composition since the last glacial period.     

青海省藏族大学生闲暇体育现状的调查分析

采用问卷调查法,调查研究了青海省高校藏族大学生闲暇体育的现状及分析了存在的问题,提出了青海高校藏族大学生闲暇体育的看法.对今后开展针对性、实用性强的闲暇体育,培养藏族大学生体育意识,树立终身体育意识,养成经常参加体育锻炼的习惯,具有十分重要的意义.     

近代闽南侨乡“五脚基”与“洋楼”表征关系解析

基于皮尔斯的符号三角理论和实证分析,提出在近代闽南侨乡文化的特殊场合下,"五脚基"能成为"洋楼"的表征符号的观点."五脚基"作为一种符号媒介,能够与"洋楼"客体对象建立表征关系,这种表征关系体现为存在关联、标识关联、类构关联3个方面,而"五脚基"符号媒介在与"洋楼"客体对象建立表征关系后,它也就能上升为一种更"发达"的符号."五脚基"除了作为闽南人用来指代"外廊文化体"的符号外,当其处在近代闽南侨乡特定的文化场合内的时候,却还有表征"洋楼"的功能.     

灰色关联度分析在高原粳稻新品种评价上的应用

通过运用灰色关联度对四川省2008年凉山州水稻新品种中粳组区域试验5个试点的试验结果进行分析,结果表明,西粳1号的综合性状表现最好,其次是西粳2号,天香1号和西粳3号综合性状表现较好,2006-427综合性状最差。对灰色关联度分析和方差分析的结果进行比较,表明方差分析不能反应出与产量性状和生产需求相关的其他性状的信息,易造成对品种评价的片面性,而灰色系统理论对参试品种的综合性状进行分析,能克服只靠产量排序带来的弊端,弥补方差分析的不足。     

“2010.12.11”云南冬季暴雨成因分析

 应用常规观测资料、FY-2C卫星云图和NCEP再分析资料,通过诊断分析研究了2010年12月11日发生在滇中及以南地区的云南暴雨天气过程.结果发现,这次冬季暴雨天气过程发生在有利的环流背景下,ITCZ位置偏北较活跃,孟湾存在大片对流云系,中印度洋10°N附近存在一支异常的大尺度西南气流,孟加拉湾低层有一个热带气旋生成,在卫星云图上表现出明显的气旋式云系,孟湾热带气旋和90°E附近的南支槽及槽前西南低空急流东移造成了这次暴雨天气过程;引发暴雨的水汽和能量由低空急流从孟加拉湾输送而来,充沛的水汽在云南上空强烈辐合,暴雨区θ_se呈陡立状,暴雨发生在低层辐合高层辐散的上升运动区,水汽通量散度辐合区和湿Q矢量辐合区与暴雨区对应较好.     

青藏高原气候变化风险源综合聚类研究

为了反映青藏高原气候变化风险源的综合特征及其地域差异,构建自组织特征映射人工神经网络,选用暴雨相对强度、干燥度指数、年均积雪深度、年积雪日数以及平均风速等作为聚类指标,运用1971—2008年青藏高原地区91个站点的风险源数据训练网络。研究结果表明:网络聚类结果存在一定的空间规律性,同时结合对各个指标的分析,聚类结果在综合各类指标的同时对某一类指标还有所偏重。通过统计分析和检验,最后将4种类型分别描述为暴雨主导型、积雪主导型、干燥度和平均风速主导型及要素均衡型。进一步的分析表明,这些类型的空间分布特征确实与单项指标的高值区吻合,但综合分析包含了更加丰富和全面的信息,更加接近真实的情况。     

青海三江源地区小康社会建设与全民健身体育协调发展的研究

本文对青海三江源地区小康社会建设与全民健身体育协调发展进行了深入认真地调查研究,比较客观地揭示了三江源地区社会文化发展的基本规律,提出了尽快缩小与其他地区之间巨大差距的基本对策,尤其对三江源地区小康社会建设进程中全民健身体育的作用、地位、现状及问题进行了全方位的调研剖析.     

试论闽南民间舞蹈中动作语言的创作特点

闽南民间舞蹈历史悠久,博大精深,颇具特色,是中国民族民间舞的一朵奇葩。本文通过研究闽南民间舞蹈为素材的创作作品,从准确性、生动性、独特性、文化性等方面解读分析闽南民间舞蹈动作语言的创作特点。