试论人文管理在高校教学管理中的应用

人文管理理论目前广泛应用于企业管理之中。人文管理不仅以人为中心,而且要以德育人,以科学、文化武装人,以伦理道德、文化修养调剂人际关系,培养人的灵魂,提高人的素质,挖掘人的潜力,目标是促进人的全面自由发展。实行人文管理应遵循的基本原则是:应顾及到民族的文化传统的信念。人文管理适合于教学管理。在高等教育大众化背景下,人文管理通过良好文化氛围的营造,以文化影响人,以文化管理人,推动高校教学管理开创新的局面。     

动态构成手法在城市景观设计中的运用

运用点线面的集聚、穿插、重构,以及空间形体、构图、色彩关系等动态构成手法与理念进行城市景观设计,可以增强空间的丰富性、多功能性,使空间极具动感,充满活力。     

整代数体函数的亏量

研究了一类具有v＋1个亏值的v-值整代数体函数，利用整代数体函数的级与特征函数及其亏值亏量的定义和性质，借助线性无关性、克兰姆法则、Jensen公式及对数导数定理进行分析推理，得出这类整代数体函数的所有亏量之和不超过v．     

论物上请求权

物上请求权在性质上属于债权 ,其种类应包括返还请求权、妨害除去请求权及妨害预防请求权 ,物上请求权不应适用消灭时效     

一类非线性混合整规划的无约束连续化解法

将整系数多项式 0 - 1混合整规划问题化成无约束多项式规划问题。通过解该问题 ,能得到原问题的近似解。处理方法的特点是能够直接处理不等式约束情形 ,而不需要先将不等式约束化成等式约束再来处理     

论为师育人之道

本文从理论与实践的结合上 ,阐述了教师教书育人的神圣职责 ,从“晓之以理、动之以情、教之以严、导之以行、授之以渔、示之以范”六个方面 ,探讨了师者育人之道。     

水资源跨流域配置的经济学分析

由于我国水资源空间分布不均匀的突出特点 ,大型跨流域调水工程已经成为我国国民经济可持续发展的重要支撑。文章从水资源的经济特点出发 ,结合南水北调中线工程 ,对水资源跨流域配置的市场供求、成本收益等资源经济学问题进行了分析 ,并对社会主义市场经济条件下水资源跨流域配置的利益分配机制进行了探讨     

信息时代行政法规的传播体制改革

20世纪 90年代 ,美、英等西方国家提出并建立的公共行政信息网络 ,有效地促进了政府行政立法、执法及社会公众进行行政监督 ,成为一种新的社会发展趋势。为此 ,借签西方国家的有益经验 ,提出加强我国公共行政信息网络建设的对策     

Tree health mapping with multispectral remote sensing data at UC Davis, California

Tree health is a critical parameter for evaluating urban ecosystem health and sustainability. Traditionally, this parameter has been derived from field surveys. We used multispectral remote sensing data and GIS techniques to determine tree health at the University of California, Davis. The study area (363 ha) contained 8,962 trees of 215 species. Tree health conditions were mapped for each physiognomic type at two scales: pixel and whole tree. At the pixel scale, each tree pixel within the tree crown was classified as either healthy or unhealthy based on vegetation index values. At the whole tree scale, raster based statistical analysis was used to calculate tree health index which is the ratio of healthy pixels to entire tree pixels within the tree crown. The tree was classified as healthy if the index was greater than 70%. Accuracy was checked against a random sample of 1,186 trees. At the whole tree level, 86% of campus trees were classified as healthy with 88% mapping accuracy. At the pixel level, 86% of the campus tree cover was classified as healthy. This tree health evaluation approach allows managers to identify the location of unhealthy trees for further diagnosis and treatment. It can be used to track the spread of disease and monitor seasonal or annual changes in tree health. Also, it provides tree health information that is fundamental to modeling and analysis of the environmental, social, and economic services produced by urban forests.