干旱区地理2025，Vol.48Issue(5)：941-950,10.DOI:10.12118/j.issn.1000-6060.2024.391
基于住宅价格的带形城市铁路设施邻避影响特征
NIMBY influence by railway facilities in linear city based on housing prices
摘要
Abstract
Railways are vital external transportation infrastructures in modern cities and play an important role in urban development.However,they also cause certain negative impacts,such as the fragmentation of urban pat-terns and disruption to residents'lives.The study focused on Lanzhou City,Gansu,China,a linear city,and inves-tigated the not-in-my-backyard(NIMBY)impacts of railway facilities employing a price characteristic model and a geographically weighted regression model.The study concluded the following.(1)Railway facilities significant-ly reduce housing prices.With every 1%reduction in distance between railway and railway stations,housing pric-es fall by 0.175%and 0.017%,respectively.(2)The NIMBY influence ranges approximately 1.2 km from the rail-way and approximately 0.6 km from the railway station.Owing to Lanzhou's linear urban layout(a belt along the same direction),which runs parallel to the railway,several residential blocks(55.24%of total housing in the city),are within the NIMBY-affected area.(3)The spatial effects of the railway and railway stations vary signifi-cantly.Houses closer to the city center,particularly those related along the inner side of the railway,experience greater negative impacts.Furthermore,development areas are more impacted by the railway,and properties in high-price areas are more strongly affected compared to those located in the suburbs.(4)The"dock area"sur-rounding railroad stations has a maximum influence of 1.6 km,while the"municipal support area"affects up to 0.8 km.This implies that the positive effect of the station has a significant offsetting effect on the NIMBY effect.关键词
铁路设施/邻避效应/带形城市/住宅价格/价格特征法/兰州中心城区Key words
railway facilities/NIMBY effect/linear city/housing price/hedonic pricing method/central Lan-zhou City引用本文复制引用
王雪怡,耿满国,唐相龙..基于住宅价格的带形城市铁路设施邻避影响特征[J].干旱区地理,2025,48(5):941-950,10.基金项目
国家自然科学基金项目(52068040)资助 （52068040）
