基于高职电类专业的职业能力培养体系研究

本文以高职电类专业为例,就高职职业能力体系的建立进行了研究,并分析了实践体系的重要性,提出了一些看法。     

浅谈计算机专业学生企业顶岗实习期间的评价体系建立

本文通过对计算机应用技术专业学生在企业顶岗实习期间进行调查研究,总结出学生在企业顶岗实习中的管理评价体系,用以充分调动学生的积极性和主动性,更好地进行顶岗实习和实现校企合作。     

在实训教学中推行“5S”管理

起源于日本的"5s"管理,是指在对生产现场的生产要素,如:人员、机器、材料和方法等进行的有效管理,这是日本企业独特的一种管理办法。由于应用此方法能够有效推动企业的良好发展,因此,现在已广泛应用于我国的各类型企业中,但是以职业技能教育为主的高职学院各类实训中心却少有应用,本文将介绍"5S"管理的作用及如何应用于实训中心教学管理中。     

CDIO工程模式的实施要素分析

CDIO工程教育模式是工程教育改革的新成果,在CDIO工程教育模式中要求教师具有良好的工作实践能力、教学能力和职业道德,依托课程微项目的实践活动可以帮助学生进行良好的工作实践建构,达到自主学习,从而提高课堂教学效果。     

EPC工程总承包项目“区域分包模式”的管理实践

当前,我国许多传统设计研究院正致力于向国际型工程公司的转型,这一转型过程中的一项重大挑战就是对分包商的管理,本文通过中铝国际"区域分包模式"的管理实践以及效果的分析,对EPC模式下的分包管理模式进行了探讨。     

混凝土简易温控措施在公路施工中的实践与应用

本文以摩洛哥塔乌高速公路项目混凝土施工为例,对夏季高温季节混凝土施工采取了简易降温措施,并提供出混凝土温度预测公式。     

试谈素质教育中实践能力的培养

素质教育的目的是全面贯彻党的教育方针,提高国民素质,培养学生的创造精神和实践能力。而实践能力是人的能力的重要成分,是学会做事的具体体现,是学生生存发展的需要。教育要注重知行统一,坚持教育教学与生产劳动、社会实践相结合,增强学生解决实际问题的本领和自主探究学习的能力。     

广甘高速公路边坡安全监测实践与思考

本文结合四川广甘高速公路边坡安全监测实践,对边坡安全监测技术的发展过程与前景进行了认真的思考与分析。     

东莞篮球中心项目精细化管理的实践

面对建筑市场的严峻的形势及项目管理的粗放与困惑,精细化管理已成为项目管理必然发展的趋势。文章通过对东莞篮球中心工程案例贯彻细节决定成败、管理创造效益的思路,不断创造现场标准化工地建设的新水平,加大在建项目的管理力度,对项目精细化管理的实践与应用进行研究。通过对工程成本、质量、进度和安全等方面管理要素制定可行目标,提出了精细化管理的对策及措施,阐述了工程建设过程中所实施精细化管理的方法与技术,总结了实施精细化管理的一些体会。     

Understanding the impacts of ‘Grain for Green’ land management practice on land greening dynamics over the Loess Plateau of China

Land greening in China is regarded as contributing a great deal to greening of the Earth. The phenomenon is mainly attributed to climate change, arising atmospheric CO₂ and ‘Grain for Green’ (GFG) land management policies. However, limited knowledge is known how much land greening is from contributions of the GFG practice. Therefore, the study took the typical region of the GFG practice, the Loess Plateau, as the study area, and used 1982–2015 satellite-observed GIMMS3g normalized difference vegetation index (NDVI) data, ERA-Interim climatic variables (precipitation, temperature and solar radiation) and atmospheric CO₂ concentration data with the help of a developed TPRC-based NDVI model to derive GFG-induced NDVI after 1999. Furthermore, this study tracked the spatial-temporal dynamics of GFG-induced NDVI and assessed contributions of the GFG practice to regional vegetation changes. Results showed that satellite-observed NDVI and TPRC-based NDVI both exhibited an increasing spatial pattern from the northwestern to southeastern Loess Plateau, but their greening trends were separately 0.0022 and 0.0009 per year in 1982–2015 (p < 0.05). Note that the satellite-observed greening trend was much steeper with a slope of 0.0056 per year after 2006 (p < 0.05). The subsequent analyses documented that GFG-induced land greening were largely responsible for the steep trend. In space, evident greening patterns began to be observed in the central Loess Plateau from 2006 to 2008, afterwards expanded towards eastern and southwestern Loess Plateau. In 2011–2015, the increase magnitude of GFG-induced land greening in the Loess Plateau averagely accounted for 8.5 % in comparison to estimated TPRC-based NDVI, but in six natural zones were various, ranging from 3.2%–15.7%. In some regions of central Loess Plateau, GFG-induced NDVI contributed even more than 20 % to vegetation increase. This study highlights that land use management contributes more to land greening dynamics over the Loess Plateau compared to climate change and arising atmospheric CO₂ concentration. These findings likely provide some valuable information for curbing or enhancing specific-location vegetation changes in future regional land management and planning.