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专业核心素养视域下建筑设计基础课程体验式教学模式探索与实践 被引量:1
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作者 郭畅 《科教导刊》 2024年第15期89-91,共3页
建筑设计基础是建筑学专业核心课程的入门课,文章以地方普通高等院校建筑设计基础课程教学为研究对象,从培养学生专业核心竞争力的角度出发,梳理总结出本专业的专业核心素养。基于核心素养的要求,总结当前课程教学中存在的问题,并提出... 建筑设计基础是建筑学专业核心课程的入门课,文章以地方普通高等院校建筑设计基础课程教学为研究对象,从培养学生专业核心竞争力的角度出发,梳理总结出本专业的专业核心素养。基于核心素养的要求,总结当前课程教学中存在的问题,并提出两种体验式教学模式,将具体的教学手段应用到真实的课程教学过程中,为本专业的核心课程建筑设计系列课程的优化提供参考。 展开更多
关键词 核心素养达成度 空间尺度感 体验式教学 第二课堂
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论环境艺术设计专业模型制作课程的必要性 被引量:3
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作者 蒋建武 《美术教育研究》 2013年第10期88-88,共1页
模型是环境艺术设计作品非常重要的一个表现方式,而中国很多高等院校的环境艺术设计专业并没有开设模型设计与制作这门课程,这是不合理的。笔者根据多年教学经验,总结了开设这门课程的必要性。
关键词 模型设计与制作 环境艺术设计专业 空间尺度感 表现力
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Design for Waterfront Street in Downtown——A Case Study of Honggutan Central Area,Nanchang City
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作者 卢俊 《Agricultural Science & Technology》 CAS 2017年第8期1521-1523,共3页
In the study, waterfront street in Honggutan was researched by field investigation and questionnaire survey from space, transport, scale and human activity. The waterfront street has the following characters: ambiguo... In the study, waterfront street in Honggutan was researched by field investigation and questionnaire survey from space, transport, scale and human activity. The waterfront street has the following characters: ambiguous spatial structure, a lack of spatial design; a lack of business diversity, and over-scaled street space. The scale of waterfront space is amenity, diversified and hydrophilic property. We analyzed and performed a parallel comparison on waterfront street space to help improve Honggutan waterfront street by analyzing its design principles, and taking references from outstanding cases at home and abroad. 展开更多
关键词 Spatial characters of waterfront street Street scale Place attachment Honggutan New District
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MAGE ANALYSIS OF GEOSTATIONARY METEOROLOGICAL SATELLITE FOR MONITORING MOVEMENT OF MESOSCALE CONVECTIVE SYSTEMS OVER TIBETAN PLATEAU 被引量:1
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作者 DAI Xiao-yan WU Jian-ping LIN Hui 《Chinese Geographical Science》 SCIE CSCD 2005年第3期231-237,共7页
Disaster weather forecasting is becoming increasingly important. In this paper, the trajectories of Mesoscale Convective Systems (MCSs) were automatically tracked over the Chinese Tibetan Plateau using Geostationary... Disaster weather forecasting is becoming increasingly important. In this paper, the trajectories of Mesoscale Convective Systems (MCSs) were automatically tracked over the Chinese Tibetan Plateau using Geostationary Meteorological Satellite (GMS) brightness temperature (Tbb) from June to August 1998, and the MCSs are classified according to their movement direction. Based on these, spatial data mining methods are used to study the relationships between MCSs trajectories and their environmental physical field values. Results indicate that at 400hPa level, the trajectories of MCSs moving across the 105°E boundary are less influenced by water vapor flux divergence, vertical wind velocity, reIative humidity and K index. In addition, if the gravity central longitude locations of MCSs are between 104°E and 105°E, then geopotential height and wind divergence are two main factors in movement causation. On the other hand, at 500hPa level, the trajectories of MCSs in a north-east direction are mainly influenced by K index and water vapor flux divergence when their central locations are less than 104°E. However, the MCSs moving in an east and south-east direction are influenced by a few correlation factors at this level. 展开更多
关键词 Tibetan Plateau Mesoscale Convective Systems automatically tracking spatial data mining
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The spatial scaling effect of the discrete-canopy effective leaf area index retrieved by remote sensing 被引量:5
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作者 FAN WenJie GAI YingYing +1 位作者 XU XiRu YAN BinYan 《Science China Earth Sciences》 SCIE EI CAS 2013年第9期1548-1554,共7页
The leaf area index(LAI) is a critical biophysical variable that describes canopy geometric structures and growth conditions.It is also an important input parameter for climate,energy and carbon cycle models.The scali... The leaf area index(LAI) is a critical biophysical variable that describes canopy geometric structures and growth conditions.It is also an important input parameter for climate,energy and carbon cycle models.The scaling effect of the LAI has always been of concern.Considering the effects of the clumping indices on the BRDF models of discrete canopies,an effective LAI is defined.The effective LAI has the same function of describing the leaf density as does the traditional LAI.Therefore,our study was based on the effective LAI.The spatial scaling effect of discrete canopies significantly differed from that of continuous canopies.Based on the directional second-derivative method of effective LAI retrieval,the mechanism responsible for the spatial scaling effect of the discrete-canopy LAI is discussed and a scaling transformation formula for the effective LAI is suggested in this paper.Theoretical analysis shows that the mean values of effective LAIs retrieved from high-resolution pixels were always equal to or larger than the effective LAIs retrieved from corresponding coarse-resolution pixels.Both the conclusions and the scaling transformation formula were validated with airborne hyperspectral remote sensing imagery obtained in Huailai County,Zhangjiakou,Hebei Province,China.The scaling transformation formula agreed well with the effective LAI retrieved from hyperspectral remote sensing imagery. 展开更多
关键词 The spatial scaling effect of the discrete-canopy effective leaf area index retrieved by remote sensing
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