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- W2394260601 abstract "Dripping water was seasonally collected from several sites(denoted as site 1D,3D,4D and 5D toward the cave entrance respectively) inside the oligotrophic Heshang cave,Central China,to detect the metabolic activities of microbial communities in response to rainfall and temperature.Viable counting method,the DAPI staining technique as well as Biolog Eco microplates were exploited for microbial counting and metabolic changes of microbial communities.Results confirm the existence of microbes in the dripping water though the microbial biomass is as low as that in the deep sea water column.The metabolic activities of microbial communities varied with sites as indicated by the average well color development(AWCD) values in Biolog ECO microplates.Microbes in site 1D showed the strongest metabolic activities followed by those in site 3D.Microbial communities in the sites near the cave entrance,such as site 4D and site 5D,however,displayed the weakest metabolic activities as shown by the invariant AWCD values after 24-hour incubation.Similar microbial diversity indices were observed between different sites such as site 1D and site 3D,and even among different seasons.This indicates the presence of a fairly stable microbial diversity in the dripping water,probably due to the oligotrophic condition in the cave.However,the carbon utilization pattern of microbial communities in site 1D differed greatly among seasons;the pattern in Sept.2008 is distinguishable from those in other sampling periods.The seasonal variation in carbon utilization might arises from the seasonal changes of dissolved organic matter or the changes in the flow rate of dripping water.Noticeably,such kind of seasonal variation in the carbon utilization was not reproduced in site 3D.Yet we need further investigations to determine the relationship between the changes in microbial community and the climate factors such as temperature and rainfall." @default.
- W2394260601 created "2016-06-24" @default.
- W2394260601 creator A5068232754 @default.
- W2394260601 date "2010-01-01" @default.
- W2394260601 modified "2023-09-23" @default.
- W2394260601 title "Spatial and Seasonal Variations of Microbial Communities in Dripping Water from the Heshang Cave,Central China" @default.
- W2394260601 hasPublicationYear "2010" @default.
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