Satake K,Inoue T,Kasasaku K,et al1 Monitoring of nit rogen co mpounds on Yakushima Island,a world nat uralheritage site. Environmental Pollution,1998,102(1):107~113.
[2]
Pitzurra L,Moroni B,Nocentini A,et al1 Microbial growt h and air pollution in carbonate rock weat hering1 International Biodeterioration and Biodegradation,2003,52(2):63~68.
[3]
Walderhaug O1 Chemical weat hering at rock art sites in Western Norway:which mechanisms are active and howcan t hey be retarded?Journal of Archaeological Science,1998,25(8):789~800.
[4]
Pet uskey W T,Richardson D A,Dolske D A1 Aspect s of t he deterioration of sandstone masonry in Anasazi dwelling ruins at Mesa Verde National Park,Colorado,U SA1 The Science of t he Total Environment,1995,167(1-3):145~159.
[5]
Pope G A,Meierding T C,Paradise T R1 Geo morp hology’s role in t he st udy of weat hering of cult ural stone1 Geomorp hology,2002,47(2-4):211~225.
Monforti F,Bellasio R,Bianconi R,et al1 An evaluation of particle deposition fluxes to cult ural heritage sites inFlorence,Italy. Science of t he Total Environment,2004,334-335(1):61~72.
[15]
Delalieux F,Cardell C,Todorov V,et al1 Environmental conditions cont rolling t he chemical weat hering of t heMadara Horseman monument,N E Bulgaria. Journal of Cultural Heritage,2001,2(1):43~54.
Bugini R,Tabasso M L,Realini M1 Rate of formation of black crust s on marble:a case st udy1 Journal of Cult uralHeritage,2000,1(2):111~116.
[21]
Herrera L K,Videla H A1 The importance of at mo sp heric effect s on biodeterioration of cult ural heritage const ructional materials. International Biodeterioration and Biodegradation,2004,54(2-3):125~134.