旅游生态容量,tourism ecology capacity
1)tourism ecology capacity旅游生态容量
1.Rapid increasing tourists in tourism regions have brought the biggest pressure totourism ecology capacity in recent years,conflicting seriously with our efforts of environmental protection.近年来,大量增加的游客给景区的旅游生态容量带来了较大的压力,矛盾日渐突出。
英文短句/例句
1.Analysis of Tourism Ecology Capacity Based on the Nonlinear Dynamic Model基于非线性动力学模型的旅游生态容量分析
2.Applied Study on Tourism Environmental Capacity in the Eco-tourism Planning;旅游环境容量在生态旅游规划中的应用研究
3.Environmental Capacity of Eco-toursim--A Case Study of Zhangjiajie;论生态旅游的环境容量——以张家界为例
4.Capacity of Ecotourism Environment Research in the Sustainable Development Eyesight;可持续发展视野下生态旅游环境容量研究
5.The Resource Assessment and Environmental Capacity Analysis of Mountainous Area;山岳型生态旅游区资源评价与环境容量分析
6.Discussion of the capacity of ecological tourist environment of Yuntai mountain of Jiaozuo city;焦作市云台山景区生态旅游环境容量的探讨
7.On Environmental Capacity for Eco-tourism in Zhangjiajie Forest Park;张家界森林公园生态旅游环境容量分析
8.Study on the environmental capacity of the wetland ecotourism in Minjiang River estuary;闽江河口区湿地生态旅游环境容量研究
9.Study of Ecological Tour Environment Capacity of Niumulin Scenic Spot in Fujian;福建省牛姆林风景区生态旅游环境容量研究
10.Study on environmental capacity for ecological tourism in Fuzhou Sandiejing Forest Park;福州三叠井森林公园生态旅游环境容量的探讨
11.Carrying capacity of ecotourism And environment protection in Jingpo Lake;镜泊湖风景区生态旅游容量与环境保护
12.Evaluation on Eco-tourism Environmental Capacity of the World Cypress King Park世界柏树王园林生态旅游环境容量测定
13.Preliminary study on the ecotourism carrying capacity of Shankou mangrove reserve山口红树林保护区生态旅游环境容量的初步研究
14.The environmental space annual capacity of ecotourism is 451 202 person-time per year in Shanyu Floodplain nature reserve.鳝鱼滩湿地生态旅游环境空间年容量为451 202人次/a.
15.Analysis on the Environmental Capacity of Eco-tourism in Luyashan National Nature Reserve of Shanxi;山西芦芽山国家级自然保护区生态旅游环境容量分析
16.Research on the Environmental Capacity for Ecological Tourism in Baotianman Nature Reserve in Henan Province;河南宝天曼自然保护区生态旅游环境容量的调查研究
17.Research on Capacity of Resources Space in Forest Ecotourist Areas--the Case of Wulingyuan Tianzishan Scene森林型生态旅游地资源空间容量研究——以武陵源天子山景区为例
18.Conceptualizing ecotourism from a distinct criteria approach by using content analysis;基于内容分析法的生态旅游内涵辨析
相关短句/例句
tourism ecology environmental capacity旅游生态环境容量
3)Capacity of ecotourism environment生态旅游环境容量
1.Capacity of ecotourism environment as an efficiency mean and science managing way is researched by many scholars and related people in the world.随着生态旅游的蓬勃发展,生态较脆弱的旅游目的地出现了盲目开发等问题,生态旅游环境容量成为协调景区矛盾的一种有效手段和科学管理方法。
4)tourism capacity旅游容量
1.The issue oftourism capacity and bearing capability of the downtown area in cities,which relates with the tourism sustainable development and the establishment of harmonious tourist environment,is an important strategic proposition.都市旅游容量和承载力问题是事关都市旅游可持续发展、和谐旅游环境建设的重大战略性命题。
5)tourism carrying capacity旅游容量
1.But the area restriction and character of its resource make thetourism carrying capacity small, some activities can not be developed.但由于其地域范围的限制以及本身资源特点,古民居旅游地在旅游开发过程中存在着旅游面积小、旅游活动无法展开等造成的旅游容量小的问题。
2.In this paper,all the known theories oftourism carrying capacity have been divided into three types,and several queries have been raised based on the analysis of them accordingly.在可持续发展的研究热潮中,旅游容量是旅游研究的热点和难点。
6)eco-tourism生态旅游
1.Study on Development of Eco-tourism in Fukang City;阜康市生态旅游发展方略
2.Systematic Planning and Mangement of Eco-tourism in Nature Reserves;在自然保护区开展生态旅游的系统规划和管理
3.Analysis on the Influence on Eco-tourism of Yuliangzhou Caused by the South-to-North Water Transfer Project;南水北调中线工程对鱼梁洲生态旅游的影响分析
延伸阅读
海洋环境容量在充分利用海洋的自净能力和不造成污染损害的前提下，某一特定海域所能容纳的污染物质的最大负荷量。容量的大小即为特定海域自净能力强弱的指标。环境容量的概念主要应用于海洋环境质量管理，它是在海洋环境管理中实行对个别污染物排放浓度的控制，过渡为污染物总量控制时，由日本环境厅于1968年首先提出的。环境容量愈大，可接纳的污染物就愈多；愈小则愈少。只有采取总量控制的办法，才能有效地消除或减少污染的危害。例如：排入某一海域的污染物如果只规定各个污染源容许排放污染物的浓度，而不考虑环境的最大负荷量，则有可能各个排放点污染物的排放量虽然符合标准，但特定海域的污染物总量却可能超过标准，造成污染损害。倘若将流入某一海域的污染物总量限制在允许容纳量之内，并在此总量下限制来自各种排放源的污染物负荷量，就可以使海域环境质量维持良好状态。在某一特定海域内，根据污染物的地球化学行为计算环境容量的方法，因污染物不同而异。一般有以下几种：① 可溶性污染物以化学需氧量 (COD)或生化需氧量 (BOD)为指标计算其污染负荷量。通常采用数值模拟中的有限元法和有限差分法。即通过潮流分析计算 COD浓度场。② 重金属的污染负荷量以其在底质中的允许累积量M1表示。即M1=(Si-S0)·A·B·W0式中Si为底质中重金属的标准值；S0为底质中重金属的本底值；A为重金属在底质中扩散面积；B为底质的沉积速率；W0为底质的干容量。③ 轻质污染物（如原油）的环境容量M2则通过换算水的交换周期求得。即 式中T为海水交换周期；q为某海域水深1～2米的总水量（油一般漂浮于1～2米水深）；S媴为海水中油浓度的标准值；C为同化能力（指化学分解和微生物降解能力）。
