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128篇 您的检索式:作者名="Neues"
    题名 作者 年代 出处 被引量
1稻田CH_4排放及控制技术的研究(英文)显示文摘为了探索北方稻田水管理、施肥和水稻品种对稻田甲烷排放的影响 ,于 1995年至 1998年应用全自动甲烷采样 -测定系统 ,测定了水稻田甲烷排放通量。实验探明 :北方稻田甲烷排放通量为 4~364mg/m2 .d,平均值为 82 mg/m2 .d;稻田甲烷的季节排放只有一个高峰 ,发生在水稻分蘖期 ,该期的甲烷排放量占年排放总量的 85 %以上 ,水稻生长中、后期的稻田甲烷非常有限。水管理对稻田甲烷的生成、排放有显著的影响 ,稻田采用间歇灌溉代替常规灌溉和淹灌 ,可减排稻田甲烷 4 6%~ 5 9% ;稻田施用有机肥 ,甲烷排放量则剧增。但在同等有机碳含量情况下 ,不同有机肥的产甲烷潜势存在明显差异 ,猪粪和稻草较高 ,堆肥和牛粪较低 ,稻田施用堆肥和牛粪 ,可比施用猪粪和稻草的稻田减排稻田甲烷 72 %~ 90 % ;试验中选用的水稻品种 ,以中作 93的甲烷排放效率为最低 ,其甲烷排放通量比杂交稻京优和高秆品种中花 94 - 10 17减少 5 0 %~ 5 5 %。实验揭示 ,水稻分蘖期是控制北方稻田甲烷排放的关键时期 。王增远 徐雨昌 李震 过益先 R Wassmann H U Neue R S Lantin L V Buendia 2001作物学报2001,27,6:5
2An efficient sampling strategy for estimating methane emission from rice field显示文摘BUENDIA L V NEUE H U WASSMANN T 1998Chemosphere1998,36,:1
3Microbial biomass and organic matter turnover in wetland rice soils显示文摘Gaunt J L Neue H U Cassman K G 1995Biol Fer-til Soils1995,19,:1
4Evaluation of severalsolid-phase extraction liquid chromatography/tandem massspectrometry on-line configurations for high-throughputanalysis of acidic and basic drugs in rat plasma 显示文摘MALLET C R MAZZEO J R NEUE U 2001RapidCommun Mass Spectrom2001,15,13:1
5Effect of cultivar difference on methane emission显示文摘Wang B Neue HU Samonte HP 1997Agric Ecosys Environ1997,62,1:1
6A new approach to determine the total airborne N input into the soil-plant system using 15N isotope dilution (1TNI) : results for agricultural areas in central Germany 显示文摘Rnssow R Bohme F Neue H U 2001The Scientific World2001,1,2:1
7Intranasal microsurgery of all paranasal sinuses,the septum,and the lacrimal sac with hypotensive anesthesia:25 years experience显示文摘Heermann J Neues D 1986Ann Otol Rhinol Laryngol1986,95,:1
8Mesosynthesis of ZnO-silica composites for methanol nanocatalysis显示文摘Polarz S Neues F Van den Berg M W E 0,,34:1
9Role of rice in mediating methane emission显示文摘Wang B Neue H U Samonte H P 1997Plant and Soi11997,189,1:1
10Methane emission fromrice field 显示文摘Neue H U Wassmann R Lantin R S 1994International Rice Res Notes1994,19,3:1
11Determining temperature in a magic-angle spinning probe using the temperature dependence of the isotropie chemical shift of lead nitrate显示文摘Neue G Dybowski C 1997Solid State Nucl Magn Resort1997,7,4:1
12Methane emission from rice fields显示文摘Neue HU 1993Bioscience1993,,:1
13Dynamics of dissolved organic carbon and methane emissions in a flooded rice soil显示文摘Yahai Lu Reiner Wassmann Heinz - Ulrich Neue 2000Soil Science Society of America Journal2000,64,:1
14Methane emission from a wetland rice field as affected by salinity显示文摘Denier van der Gon H A C Neue H U 0,,02:1
15Rice Paddies as a Methane Source 显示文摘MINAMI K NEUE H U 1994Climatic Change1994,27,1:1
16Methane production capacities of different rice soil derived from inherent and exogenous substrates显示文摘Wassmann R Neue H U Bueno C 1998Plant and Soil1998,203,:1
17Rice paddies as a methane source显示文摘K. Minami H. -U. Neue 1994Climatic Change1994,,1:1
18Methane Emissions From Wetland Rice Areas of Asia 显示文摘BACHELET D NEUE H U 1993Chemosphere1993,26,1234:1
19Anal Chem显示文摘O'Gara J E Alden B A Walter T H Petersen J S Niederlaender C L Neue U D 199567(20) :3 8091995,67,20:1
20Dynamics of dissolved organic carbon and methane emissions in a flooded rice soil 显示文摘LU Y WASSMANN R NEUE H U 2000Soil Science Society of America Journal2000,64,6:1
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