1) Carex. meyeriana mire
乌拉苔草沼泽湿地
2) Carex meyeriana wetlands
乌拉苔草湿地
1.
Dynamic changes of soil microorganism were studied in different soil profiles in Carex meyeriana wetlands in different seasons.
实验主要研究了乌拉苔草湿地土壤微生物不同季节在不同土壤剖面上的动态变化,结果表明:不同季节、不同土壤剖面细菌数量最大,其次是真菌,最少的是放线菌;细菌数量在表层和A层土壤中随着季节(6～9月份)变化不断增加,B层和C层7月份较低,从8月份开始上升直到9月份;放线菌在不同的剖面变化较大,在C层仅9月份有,数量极少;真菌在不同剖面变化一致,随着季节变化(6～9月份)不断增加。
3) C.meyeriana-C.lasiocarpa wetland
乌拉苔草-毛苔草湿地
4) carex swamp
苔草沼泽
5) Carex lasiocarp marsh
毛苔草沼泽
1.
In order to investigate diurnal variation of CO2 emission fluxes from Carex lasiocarp marsh in the Sanjiang Plain in the whole growing season,CO2 emission fluxes in 4 growing stages were measured by closed opaque chamber and gas chromatography system.
利用静态暗箱/气相色谱法,在毛苔草(Carex lasiocarp)4个生长期(开花期、果熟期、果后营养期和立枯期),对三江平原毛苔草沼泽CO2排放通量的日变化进行了观测实验。
6) Carex meyeriana
乌拉苔草
1.
Study on the Relationship between Transpiration of Carex meyeriana and Environmental Factors in the Changbai Mountain Region;
长白山区乌拉苔草蒸腾规律及环境因子间关系的研究
2.
Changing Feature of Carbon Dioxide and Carbon Monoxide in Carex meyeriana Wetland Soil;
乌拉苔草湿地土壤CO_2和CO的变化特征
3.
Hyperspectral Remote Sensing Estimation Models for the Biomass of Carex meyeriana in Honghe Nature Reserve;
洪河自然保护区乌拉苔草生物量高光谱遥感估算模型
补充资料：落叶松、桦灌丛、苔草沼泽
郎惠卿提供
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说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条