旅游景区吸引力的符号化策划方法及实案研究

随着旅游者对旅游景区认识的加深，旅游景区的吸引力会有一定程度的下降。因此旅游景区要获得再生能力就要在维持和加强原来吸引物的吸引力的同时，挖掘出新的旅游吸引。在国家级风景区重庆四面山的朝源谷景区，通过符号化过程策划达到了这一要求。     

论舞剧《天鹅湖》中白天鹅主题的戏剧主导性

从音乐和舞蹈两个方面阐述了舞剧《天鹅湖》中的白天鹅主题的戏剧主导性。     

翠华山甘湫池景观地质遗迹成因

甘湫池是翠华山国家地质公园的一个新景点。实地调查发现,整个景区是一座罕见的基岩古滑坡,具 有滑坡地貌可观察的景观形态特征。从空间分布和层序关系来看,上覆的崩塌乱石是后期堆积在古滑坡体上, 甘湫池应是古滑坡形成的拉伸洼地,并非是由崩塌形成的堰塞湖,同时在景观形态上也与水湫池明显不同,这对 于科学认识和开展地质遗迹旅游具有重要的意义。     

浅析主题景区品牌的树立

品牌作为旅游产品的重要组成部分，又是营销的有力手段，可以更好地为旅游景点的发展提供契机。旅游景区只有更好地运用品牌策略，才能在市场上站住脚跟。通过景区的主题化去树立品牌，塑造良好形象，艺术地经营管理，可使主题景区具有再生力。主题景区品牌化是主题化的高级阶段。     

旅游景观内涵探析

阐释了景观、旅游景观和旅游资源的内涵.认为旅游景观是指对旅游者具有吸引力的,并能促使其进行旅游活动和产生愉悦体验的景观.     

Origin of Chinese ancient glasses—study on the earliest Chinese ancient glasses

The earliest Chinese ancient glasses before the West Han Dynasty (200 BC) from different regions are studied. The glass samples were unearthed from Hunan, Hubei, Yunnan, Sichuan, Guizhou, Guangdong and Xinjiang of China. The chemical composition of these glasses samples is analyzed by proton induced X-ray emission (PIXE) technique, energy dispersive X-ray fluorescence (EDXRF) method and inductively coupled plasma atomic emission spectrometry (ICP-AES). It is shown that the glass chemical compositions belong to barium-lead silicate BaO-PbO-SiO₂, potash soda lime silicate K₂O (Na₂O)-CaO-SiO₂ (K₂O/Na₂O>1), soda potash lime silicate Na₂O (K₂O)-CaO-SiO₂ (K₂O/Na₂O<1) and potash silicate K₂O-SiO₂ glass systems, respectively. The origins of the earliest Chinese ancient glasses are discussed from the archaeological and historical points of view. These four types of Chinese ancient glasses were all made in Chinese territory using local raw materials. The glass preparation technology was related to the Chinese ancient bronze metallurgy and proto-porcelain glaze technology. The glass technology relationship between the East and the West is analyzed at the same time.     

Origin of Chinese ancient glasses——study on the earliest Chinese ancient glasses

The earliest Chinese ancient glasses before the West Han Dynasty (200 BC) from different regions are studied. The glass samples were unearthed from Hunan, Hubei, Yunnan, Sichuan, Guizhou, Guangdong and Xinjiang of China. The chemical composition of these glasses samples is analyzed by proton induced X-ray emission (PIXE) technique, energy dispersive X-ray fluorescence (EDXRF) method and inductively coupled plasma atomic emission spectrometry (ICP-AES). It is shown that the glass chemical compositions belong to barium-lead silicate BaO-PbO-SiO2, potash soda lime silicate K2O (Na2O)-CaO-SiO2 (K2O/Na2O>1), soda potash lime silicate Na2O (K2O)-CaO-SiO2 (K2O/Na2O＜1) and potash silicate K2O-SiO2 glass systems, respectively. The origins of the earliest Chinese ancient glasses are discussed from the archaeological and historical points of view. These four types of Chinese ancient glasses were all made in Chinese territory using local raw materials. The glass preparation technology was related to the Chinese ancient bronze metallurgy and proto-porcelain glaze technology. The glass technology relationship between the East and the West is analyzed at the same time.     

谈中国古代诗歌对中国古代纺织文化的折射

中国古代诗歌中大量的纺织诗歌，全方位地反映出中国纺织文化的发展。通过集录从《诗经》到清末有关纺织诗歌，从物质层面，技术层面，风俗层面展示了中国纺织文化的全貌，色勒出一部以诗歌串组而成的中国古代纺织流程图。     

基于模糊聚类的风景点评估系统的探讨

伴随着我国经济的快速发展以及人们对物质文化和精神文化生活的进一步追求，旅游业也随之步入一个蓬勃发展的时期，各地都为振兴当地的旅游业而绞尽脑汁，而在开发各地的旅游资源时，都不约而同地遇到同一个问题－对风景点的界值层次进行综合评价和模糊分类，以明确开发目标和方向，选择正确的开发战略，所介绍的系统正是为旅游业的管理者和决策者如何应用计算机系统解决以上问题作一探讨。     

南方红壤严重水土流失区植被快速恢复技术

侵蚀劣地的植被恢复是防治水土流失的重要措施.通过研究发现,南方红壤山地水土流失区,釆用栽植类芦(Neyraudia reynediana)的办法,可以快速覆盖地面,促进芒萁(Dicranopteris linearis)的快速繁衍,并最终形成以马尾松(Pinus massoniana Lamb)和芒萁为主要建群种的植被群落,对防治水土流失有重要的作用.