Smit h K A,Dobbie K E,Ball B C,et al. Oxidation of at mo sp heric met hane in nort hern European soils wit h ot herecosystems,and uncertainties in t he global terrest rial sink. Global Change Biology,2000,6:791～803.
[7]
Merino A,Perez-Batallon,Mac as F. Responses of soil organic matter and greenhouse gas fluxes to soil manage-ment and land use changes in a humid temperate region of sout hern Europe. Soil Biology&Biochemistry,2004,36:917～925.
[8]
Segers R. Met hane p roduction and met hane consumption:a review of p rocesses underlying wetland met hane flu-xes. Biogeochemistry,1998,41:23～51.
[9]
Tlusto s P,Willison T W,Baker J C,et al. Short-term effect s of nit rogen on met hane oxidation in soils. Biol. Fer-til. Soils,1998,28:64～70.
Singh J S,Singh S,Raghubanshi A S,et al. Effect of soil nit rogen,carbon and moist ure on met hane uptake bydry t ropical forest soils. Plant and Soil,.997,.96:..5～.2..
[12]
Sitaula B K,Hansen S,Sitaula J I B,et al. Met hane oxidation potential s and fluxes in agricult ural soil:effect s offertilization and soil compaction. Biogeochemist ry,2000,48(3):323～339.
蔡祖聪,Mo sier A R.土壤水分状况对CH4氧化,N2O和CO2排放的影响1土壤,1999,(6):289～295.
[16]
Ishizuka S,Sakata T,Ishizuka K1 Met hane oxidation in J apanese forest soil s1 Soil Biology&Biochemist ry,2000,32:769～777.
[17]
Schnell S,King G M. Mechanistic analysis of ammonium inhibition of at mo sp heric consumption in forest soil. Ap-pl. Environ. Microbiol.,1994,10:3514～3521.
[18]
H t sch B W. Tillage and land use effect s on met hane oxidation rates and t heir vertical p rofiles in soil. Biol. Fertil.Soils,1998,27:284～292.
[19]
Wang Z P,Zeng D,Pat rick W H J r. Characteristics of met hane oxidation in a flooded rice soil profile. Nut rientCycling in Agroeco systems,1997,49:97～103.
[20]
Boeckx P,Cleemp ut Van O,Villaralvo I. Met hane oxidation in soils wit h different text ures and land use. Nut rientCycling in Agroeco systems,1997,49:91～95.
