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深圳-NESS:空间衍异——记一次探索深圳性的策展实验
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作者 刘珩 杨志奇 刘思 《世界建筑导报》 2023年第5期23-26,共4页
从地缘政治对深圳特区四十年城市空间衍变的结果进行理论研究和实验性重构,理论研究层面:从深圳城市空间形态演变的表象出发,抽离其底层空间生产的表征性特点,构建空间再生产的实践性实验来映射深圳城市发展的未来性。策展实验层面:以... 从地缘政治对深圳特区四十年城市空间衍变的结果进行理论研究和实验性重构,理论研究层面:从深圳城市空间形态演变的表象出发,抽离其底层空间生产的表征性特点,构建空间再生产的实践性实验来映射深圳城市发展的未来性。策展实验层面:以全球化策展的缘起阐述对深圳性的理解,通过分析深圳5个具体典型空间实例,探索其集成空间呈现的深圳特征—构建5个实验性场景—感知未来深圳空间再生的可能性。 展开更多
关键词 深圳性 空间与生产 未来 研究与策展
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“中国明日之家2013”——保障性住房集成技术解决方案
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作者 岑岩 邓文敏 +1 位作者 刘新伟 李龙 《住宅产业》 2013年第10期28-32,共5页
本文结合深圳市在住宅产业化及保障房领域近些年的研究成果,针对目前我国大力推行的住宅产业化和大规模建设的保障性住房的现状,提出保障房领域住宅产业化的全过程内涵:标准化设计、工厂化生产、装配化施工、一体化装修、信息化管理。... 本文结合深圳市在住宅产业化及保障房领域近些年的研究成果,针对目前我国大力推行的住宅产业化和大规模建设的保障性住房的现状,提出保障房领域住宅产业化的全过程内涵:标准化设计、工厂化生产、装配化施工、一体化装修、信息化管理。探索我国保障房建设领域的产业化解决方案,真正的实现产业化方式建造高品质的住宅。 展开更多
关键词 “中国明日之家2013” 深圳市保障住房 住宅产业化
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Comments on the editorial by Riggio&Ageloni on the ascitic fluid analysis
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作者 Anastasios Koulaouzidis 《World Journal of Gastroenterology》 SCIE CAS CSCD 2009年第48期6137-6138,共2页
Angeloni et al published a landmark study on the use of Coulter counters in spontaneous bacterial peritonitis(SBP)diagnosis.Riggio and Angeloni have recently published an editorial on the ascitic fluid analysis in dia... Angeloni et al published a landmark study on the use of Coulter counters in spontaneous bacterial peritonitis(SBP)diagnosis.Riggio and Angeloni have recently published an editorial on the ascitic fluid analysis in diagnosis and monitoring of SBP.Herein,some points of interest are discussed. 展开更多
关键词 PERITONITIS REAGENT DIPSTICK PARACENTESIS Guidelines ASCITES
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Vegetation of Mangroves: Spatial and Temporal Pattern of its Dominant Populations in Futian National Nature Reserve
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作者 李振基 郑文教 +2 位作者 杨志伟 林益明 林鹏 《Marine Science Bulletin》 CAS 2003年第2期40-53,共14页
The community characteristics of mangroves in the Futian Nature Reserve, Shenzhen, China are given based on surveying of 33 quadrats in 4 transects which stretch from the higher tidal zone to the lower tidal zone. The... The community characteristics of mangroves in the Futian Nature Reserve, Shenzhen, China are given based on surveying of 33 quadrats in 4 transects which stretch from the higher tidal zone to the lower tidal zone. The results show that there are 6 community types in this area: Kandelia candel association, Avicennia marina association, Aegiceras corniculatum association, Kandelia candel + Aegiceras corniculatum association, Aegiceras corniculatum + Kandelia candel association and Acanthus ilicifolius association. Kandelia candel, Aegiceras corniculatum and Avicennia marina dominate the typical quadrats. Kandelia candel can be seen at almost all quadrats, Aegiceras corniculatum distributes mostly toward the estuary and the higher tidal zone, Avicennia marina distributes mostly toward the bay and the lower tidal zone, Bruguiera gymnorrhiza occasionally occurs toward the Estuary with one or several individuals, Acanthus ilicifolius was common toward the higher tidal zone, as an accompanying species, Derris trifoliata was common in many mature quadrats. Totally, 6 species of mangrove plants and 3 species of semi-mangrove plants appear in this research area. From the higher tidal zone to the lower tidal zone, the average diameter and basal area of mangrove trees increase gradually. According to the results, the Avicennia marina dominates in average diameter and basal area, and the Aegiceras corniculatum trees are on the contrary. From the transect 1 to the transect 4, the importance value of Avicennia marina, Bruguiera gymnorrhiza and Kandelia candel decreases, and Aegiceras corniculatum increases. In this area, the Kandelia candel population and Aegiceras corniculatum population are developing populations with many seedlings and saplings, but the Avicennia marina population is in a mature stage with few seedlings and not so many total individuals. According to this research, we suppose that Aegiceras corniculatum should be developed toward the estuary and the Avicennia marina association should be protected. 展开更多
关键词 vegetation analysis kandelia candel avicennia marina aegicerascorniculatum COMMUNITY population structure SHENZHEN
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