摘要
发展农业生态旅游有利于实现农业可持续发展,有利于带动当地的经济发展,给当地人们提供更多的就业机会。通过对吉林省农业生态旅游开发体系进行研究,基于层次分析法(AHP法)对吉林省农业生态旅游体系进行分析研究,并针对吉林省提出发展农业生态旅游产业建议,包括政府大力推进农业生态旅游发展;农业生态旅游开发要注重生态保护;吉林省生态旅游产品要符合环保和卫生的标准;大力提高吉林省居民环保意识等。
The development of agro-ecological tourism is good to the continuable development of agriculture and is good to local economy,provides more employment opportunities for local people,and studies the development of agro-ecological tourism in Jilin Province through the study of the agricultural eco-tourism development system in Jilin Province.propose.On account of the Analytic Hierarchy Process(AHP),the agro-ecological tourism system in Jilin Province was estimated.Focusing on the analysis of agricultural ecotourism industry evaluation principles and evaluation system construction,and giving evaluation to the level of agricultural ecotourism industry in Jilin Province.Standards and recommendations based on the results.From the results of the scores of various indicators in the agro-ecological tourism industry in Jilin Province,it can be seen that the scenic spot sewage system has the highest complete score,which is 10.5870.It is equipped with ecological toilets and adopts the bottom line wiring design to ensure the beautiful scenery of the scenic spot,and cultivate the environmental awareness of local residents.The indicators of local folk customs and residents'enthusiasm and kindness are lower.In the development of agro-ecological tourism industry in Jilin Province,we should pay attention to improving residents'awareness of environmental protection.And the ecological environment of the scenic region and the air quality of the scenic region still need to be improved.
作者
王吉
王钦怡
韩杰
Wang Ji;Zhang Tao;Han Jie(Jilin Normal University The college of Tourism and Geographical Sciences,Si PingJilin 136000)
出处
《北方经贸》
2021年第1期141-145,共5页
Northern Economy and Trade
基金
吉林省社会科学基金项目(2019c5)
四平市社会科学重点项目(SPSKB001)。
关键词
AHP模型
农业生态旅游
产业开发
analytic hierarchy process
agriculture
ecotourism industry
evaluation principle
industrial development system