文献类型：期刊文献

中文题名：“中山”风景资源室内预测可行性研究

英文题名：Feasibility Study on the Classifying of the Medium-Sized Mountain Landscapes

作者：武红敢[1]

第一作者：武红敢

机构：[1]中国林科院资源信息所

年份：1990

期号：3

起止页码：42-45

中文期刊名：旅游学刊

外文期刊名：Tourism Tribune

收录：CSTPCD;;国家哲学社会科学学术期刊数据库;北大核心:【北大核心1992】；社科基金资助期刊;CSSCI:【CSSCI1998】；

语种：中文

中文关键词：旅游资源调查;资源预测;可行性研究;资源前景;室内预测;评价工作;平均坡度;山地;工作方法;调查范围

分类号：F590;K919

摘要：资源预测是开展资源调查普遍遵循的工作方法之一。它应是旅游资源调查的前期工作,且应程序化、规范化。实施旅游资源调查的预测和评价工作,具有极为重要的意义:第一,通过先期预测和资源前景评价,可为旅游部门提供远期规划依据。第二,可大大缩小调查范围,加快找寻速度,收到事半功倍的效果。这一方法对于“中山”,即按我国规定绝对高度在1000—3500米的山地,最为适用。
Resource forecast should precede resource investigation. This me-thod achieves better resujt, especially in the case of the mountainwhose absolute height is between 1,000 and 3,500m. By dividing the landscape-structure elements of 'medium-sizedmountains' into topography, hydrology biology, climate and meteoro-logy, we later obtain rich information about tourist resources indoorsaccording to the maps, space photos, specific charts and inspectionreports. Mt. Emei is an example. If we take qualita tive and qu-antitative analysis of its slope differences, its topography and itsnatural enviromment, we will find that the 'peak forest' area isthe most splendid in terms of natural landscape and that the st-alagmite Ditch ensures a good prospect for development. Furthermore,the distribution of landscape resources in all the famous mountainsof our country shows that the most splendid natural landscapesare in the areas with concentrated steep and varied mountain pe-aks, whose average slopes are 35°--40°, with a relative height andmulti-grade planes and topography. They offer both value of app-reciation and venues for tourist concentration and dispersal. Thelandscape areas of 'medium-sized' mountains are luxuriant, and theelements of their landscape formation are mostly distributed on themid-upper parts of the mountains and their landscape resources aremostly located on a geological-formed belt. Granite and gravel rockunderlie the main landskape formation. In short, this article is based on such disciplines as geography,maps and charts, and remote-sensing to explore the research methodof tourist earth science. It presents a method of how to forecastthe tourist resources of medium-sized mountains. This method willhelp locate new resources, and expand already-developed resourcesin a faster and more economical way.