The influences of cave tourism on CO2 and temperature in Baiyun cave, Hebei, China.

Baiyun Cave in Hebei Province is one of the main show caves in North China. The speleothem landscape is wonderful, but strongly weathered. In order to set up the relationship between visitor flow and CO2 content and temperature, these parameters were measured at observation sites No. 1 and No. 2 in...

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Bibliographic Details
Main Authors: Linhua Song, Xiaoning Wei, Fuyuan Liang
Format: Article
Language:English
Published: University of South Florida Libraries 2000-01-01
Series:International Journal of Speleology
Subjects:
Online Access:http://www.ijs.speleo.it/pdf/60.117.29_Song.Wei.Liang.pdf
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author Linhua Song
Xiaoning Wei
Fuyuan Liang
author_facet Linhua Song
Xiaoning Wei
Fuyuan Liang
author_sort Linhua Song
collection DOAJ
description Baiyun Cave in Hebei Province is one of the main show caves in North China. The speleothem landscape is wonderful, but strongly weathered. In order to set up the relationship between visitor flow and CO2 content and temperature, these parameters were measured at observation sites No. 1 and No. 2 in the tourist peak period of May Day Holiday from May 1 to May 7, 2000. and general tourist season August and October, 2000. The results show that visitor flow strongly affects the fluctuations of cave CO2 content and temperature, that the cave topography and dimensions affect the accumulation and diffusion of CO2. Variation of air temperature in the cave has shown to be attributable to the visitors.
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spelling doaj.art-c3672fe4d94b4553aeb2db7fbf8f1d5e2022-12-21T18:28:07ZengUniversity of South Florida LibrariesInternational Journal of Speleology0392-66721827-806X2000-01-01291-47787The influences of cave tourism on CO2 and temperature in Baiyun cave, Hebei, China.Linhua SongXiaoning WeiFuyuan LiangBaiyun Cave in Hebei Province is one of the main show caves in North China. The speleothem landscape is wonderful, but strongly weathered. In order to set up the relationship between visitor flow and CO2 content and temperature, these parameters were measured at observation sites No. 1 and No. 2 in the tourist peak period of May Day Holiday from May 1 to May 7, 2000. and general tourist season August and October, 2000. The results show that visitor flow strongly affects the fluctuations of cave CO2 content and temperature, that the cave topography and dimensions affect the accumulation and diffusion of CO2. Variation of air temperature in the cave has shown to be attributable to the visitors.http://www.ijs.speleo.it/pdf/60.117.29_Song.Wei.Liang.pdfShow cavecarbondioxideconcentrationtemperaturemonitoring
spellingShingle Linhua Song
Xiaoning Wei
Fuyuan Liang
The influences of cave tourism on CO2 and temperature in Baiyun cave, Hebei, China.
International Journal of Speleology
Show cave
carbondioxide
concentration
temperature
monitoring
title The influences of cave tourism on CO2 and temperature in Baiyun cave, Hebei, China.
title_full The influences of cave tourism on CO2 and temperature in Baiyun cave, Hebei, China.
title_fullStr The influences of cave tourism on CO2 and temperature in Baiyun cave, Hebei, China.
title_full_unstemmed The influences of cave tourism on CO2 and temperature in Baiyun cave, Hebei, China.
title_short The influences of cave tourism on CO2 and temperature in Baiyun cave, Hebei, China.
title_sort influences of cave tourism on co2 and temperature in baiyun cave hebei china
topic Show cave
carbondioxide
concentration
temperature
monitoring
url http://www.ijs.speleo.it/pdf/60.117.29_Song.Wei.Liang.pdf
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