Aneja V P,Overton J H,Cupitt L T et al.,Carbon Disulphide and Carbonyl Sulphide from Biogenic Sources and Their Contributions to the Global Sulphur Cycle.Nature,1979,282∶493-496
[2]
Castro M S,Galloway J N,A Comparison of Sulfur-Free and Ambient Air Enclosure Techniques for Measuring the Exchange of Reduced Sulfur Gases between Soils and the Atmosphere.Journal of Geophysical Research,1991,96∶15427-15437
[3]
Watts S F,The Mass Budgets of Carbonyl Sulfide,Dimethyl Sulfide,Carbon Disulfide and Hydrogen Sulfide.Atmospheric Environment,2000,34∶761-779
[4]
Kesselmeier J,Teusch N,Kuhn U,Controlling Variables for the Uptake of Amospheric Carbonyl Sulfide by Soil.Journal of Geophysical Research,1999,104∶11577-11584
[5]
Bartell U,Hoffmann U,Hoffmann R et al.,COS and H2S Fluxes Over a Wet Meadow in Relation to Photosynthetic Activity:An Analysis of Measurements Made on 6th September,1990.Atmospheric Environment,1993,27A∶1851-1864
[6]
Protoschill K G,Wilhelm C,Kesselmeier J,Consumption of Carbonyl Sulphide(COS)by Higher Plant Carbonic Anhydrase(CA).Atmospheric Environment,1996,30∶3151-3156
[7]
Lehmann S,Conrad R,Characteristics of Turnover of OCS in Four Different Soils.Journal of Atmospheric Chemistry,1996,23∶193-207
[8]
Elliott S,Lu E,Rowland F S,Rates and Mechanisms for the Hydrolysis of Carbonyl Sulfide in Natural Waters.Environment Science Technology,1989,23∶458-461
[9]
Fried A L,Klinger L F,Erikson Ⅲ D J,Atmospheric Carbonyl Sulfide Exchange in Bog Microcosms.Geophysical Research Letters,1993,20∶129-132
[10]
de Mello W Z,Hines M E,Application of Static and Dynamic Enclosures for Determining Dimethyl Sulfide and Carbonyl Sulfide Exchange in Sphagnum Peatlands:Implications for the Magnitude and Direction of Flux.Joural of Geophysical Research,1994,99∶601-607
[11]
Simmons J S,Klemedtsson L,Hultberg H et al.,Consumption of Atmospheric Carbonyl Sulfide by Coniferous Bo-real Forest Soils.Journal of Geophysical Resarch,1999,104∶11569-11576
[12]
Kim S J,Katayama Y,Effect of Growth Conditions on Thiocyanate Degradation and Emission of Carbonyl Sulfide by Thiobacillus Thioparus THI 115.Water Research,2000,34∶2887-2894
[13]
Kelly D P,Malin G,Wood A P,Microbial Transformations and Biogeochemical Cycling of One-Carbon Substrates Containing Sulphur,Nitrogen or Halogens.In Microbial Growth on C1 Compounds,eds Murrell J C and Kelly D P,1993,pp.47-63.Intercept,Andover,England
[14]
Overmann J,Gemerden H V,Microbial Interactions Involving Sulfur Bacteria:Implications for the Ecology and Evolution of Bacterial Communities.FEMS Microbiology Reviews,2000,24∶591-599
[15]
Chapman S J,Thiobacillus Populations in Some Agricultural Soils.Soil Biology and Biochemistry,1990, 22∶479-482
[16]
Neal A L,Techkarnjanaruk S,Dohnalkova A et al.,Iron Sulfides and Sulfur Species Produced at Hematite Surfaces in the Presence of Sulfate-Reducing Bacteria.Geochimica et Cosmochimica Acta,2001,65∶223-235
