建筑与寻常景观——华南理工大学建筑设计院创作室环境设计

从设计定位、空间布局、技术细节三方面入手,详细介绍了华南理工大学建筑设计院创作室环境设计的理念和手法。论述了作为建筑设计事务所周边环境的设计,如何做到如寻常景观一般与原有环境相融合的协调,并从中总结经验和教训。     

Thermostability of landscape phage probes

Immunoassays have traditionally relied on antibodies as diagnostic probes. Their use outside of a laboratory, however, may be problematic because antibodies are often unstable in severe environmental conditions. Environmental monitoring requires thermostable probes, such as landscape phage, that carry thousands of foreign peptides on their surfaces, are superior to antibodies, and can operate in non-controlled conditions. While parent wild-type phage are known to be extremely stable in various media at high temperatures, no work has been done to demonstrate the stability of landscape phage probes. We examined the thermostability of a landscape phage probe and a monoclonal antibody specific for -galactosidase in parallel in an enzyme-linked immunosorbent assay (ELISA) format. They were both stable for greater than six months at room temperature, but at higher temperatures the antibody degraded more rapidly than the phage probe. Phage retained detectable binding ability for more than six weeks at 63 °C, and three days at 76 °C. The activation energy of phage degradation was determined to be 1.34×10⁵ J/mol. These results confirm that phage probes are highly thermostable and can function even after exposure to high temperatures during shipping, storage and operation.     

匠心独具成奇章--余秋雨山水随笔艺术特色浅析

余秋雨的山水随笔，具有非常鲜明的艺术特色：立意的凝重美与模糊多蕴的审美效果，颇具品位的智性美，叙事美与探索式结构，独具风格的语言美，以及以上述特征为主体所形成的文体美。     

Modelling the soundscape quality of urban waterfronts by artificial neural networks

The renewal of the urban waterfronts has become a major focus of attention for politicians and decision makers in the city’s management programs. The recognition of the patterns that define the waterfronts’ identity is essential to select new strategies of intervention for the environmental recovery. In order to create adequate environments for everyday life within a sustainable development, new links between human senses, human perception and design need to be created. Within this wide approach, the landscape and the soundscape play a significant role and can become a key driving force in the implementation of the changes. New techniques have to be tested to identify the sonic and visual parameters capable to explain the specificity of a waterfront. With this purpose, an artificial neural network (ANN) was developed, and the relative importance of the input variables was evaluated. The collected database was also analysed by multiple linear regression (MLR) to compare the outcomes of both models. The urban waterfront of Naples (Italy) was chosen as case study. The results obtained show that the performance of the neural network is better than the one of the linear regression (rANN = 0.949, rMLR = 0.639). The interpretation of the relative importance method is also quite satisfactory in the ANN.     

Identifying critical states of hepatocellular carcinoma based on landscape dynamic network biomarkers

Hepatocellular carcinoma (HCC) is the major histological form of primary liver cancer. It has usually reached the disease state once the patient is diagnosed since there are no specific symptoms in the early stages of HCC. This fact increases the difficulty of curing HCC. Recently, quantities of evidence have shown that many mathematical methods (such as dynamic network biomarkers, DNB) can be used to detect critical states or tipping points of complex diseases. However, it is difficult to apply the DNB theory to the clinic since multiple samples are generally unavailable for individual patient. This paper constructs a novel method based on landscape dynamic network biomarkers (L-DNB), which aims to detect early warning signals from cirrhosis state to very advanced HCC state in individual patient. The selected dataset contains multiple samples for each HCC state. A score that indicates the disease characteristics is calculated for each sample by RNA-seq data, and several scores constitute a distribution in the same state. Quantifying the statistical characteristics of these distributions and determining that low-grade dysplastic and high-grade dysplastic are the critical states of HCC. These results can provide scientific advice for early warning indicators and optimal treatment time for HCC.     

基于Land TM和ETM+的北川河流域土地利用研究

根据北川河流域2000年ETM+、1994年和2007年TM共三期遥感影像数据,在RS和GIS技术支持下,分析了研究区土地利用的数量变化和空间变化特征,明确了土地利用变化的主要类型和方向,探讨了土地利用变化的过程,并进行了土地利用变化的景观格局分析.结果显示:该流域土地利用以草地和耕地为主,1994-2007年耕地大面积减少,主要转化为草地和林地;耕地和未利用地朝着规模缩小的方向发展,林地、水域和建设用地朝着规模增加的方向发展,草地变化缓慢;随着时间的推移和经济的发展,各种景观的多样性、破碎度、优势度和分离度发生了不均匀较为复杂的变化,各种景观形态的复杂程度排序为:建设用地>林地>草地>未利用地>水域>耕地.     

石家庄市绿地盲点区域评测与整体景观设计

首先通过分析石家庄市绿地景观系统的构成要素,参照格林公园辐射范围法确定了具体辐射范围和实际城市绿地景观系统。依据绿地面积分布图,对绿地景观盲点区域进行评测,找出辐射范围外的盲点区域。在改善绿地空间布局、提高绿化覆盖率的基础目标上,引入和改进国内外现行建设模式和实践经验,结合石家庄市的实际特点,从居住区和公园、道路及环城三个要素上对市区整体绿地进行景观设计,建设城市宜居性,同时为其他平原城市进一步发展绿地要素的城市建设提供理论依据。     

景观林健康经营评价指标体系构建研究

景观林健康经营是森林资源多功能经营的重要组成部分,基于景观生态学理论、森林美学理论、森林经营管理理论以及森林健康理论,提出了景观林健康经营的目标以及评价指标体系,该指标体系包括景观林生态系统自身健康、景观林经营健康和景观林效能健康3个层次共27个指标,应用AHP法确定了指标权重,并明确了各指标的计算方法,该研究对景观林的健康经营具有重要的指导意义。     

张谷英大屋乡土建筑形式和建筑文化特色研究

张谷英大屋是明清民居古建筑群,本文从建筑形式和建筑文化两个角度对张谷英大屋进行了研究,其建筑形式独特之处主要有:合"中"向心的总体布局、纵横交织的巷道、天井扩展室内空间的功能等;其建筑文化则是其人与自然和谐统一的环境观念和反映人与人伦理秩序的建筑观念。     

膜结构在景观领域的应用和展望

本文结合实例介绍了膜结构在景观领域的应用现状，并从结构、材料、价格、形态、环保等四个方面论述了其具有良好的发展前景。