| 作者：Kathleen Lemanski , Martin Armbruster , Michael Bonkowski |
| 来源：[J].Plant and Soil(IF 2.638), 2019, Vol.441 (1-2), pp.253-259Springer |
| 摘要：Abstract(#br) Aim(#br)Depending on the availability and stoichiometry of nutrients in soil, microbes and plants can compete for the same resources. In this study we aimed to test how microbial nutrient limitation in agricultural systems can be linked to fertilizer regimes and sug... |
全文获取| 作者：O. Y. A. Traoré , D. I. Kiba , M. C. Arnold ... |
| 来源：[J].Biology and Fertility of Soils(IF 2.505), 2016, Vol.52 (2), pp.177-189Springer |
| 摘要：Abstract(#br)Microbial nutrient limitation was investigated in a 53-year-old field experiment in the Central-West of Burkina Faso under sorghum–cowpea rotation, comparing three fertilization practices: mineral fertilizer (MIN), mineral fertilizer and farmyard manure (MINFYM), ... |
| 作者：Emma R. Moffett , Kevin S. Simon , Jon S. Harding |
| 来源：[J].Freshwater Biology(IF 3.933), 2015, Vol.60 (8), pp.1671-1687Wiley |
| 摘要：Summary(#br)Nutrient loading as a consequence of urbanisation is a common phenomenon that can influence microbial nutrient limitation in streams. How nutrient loading and nutrient limitation relate to increasing urban intensity, and whether there is any coherence in patterns... |
| 作者：Andrew T. Nottingham , Benjamin L. Turner , Paul M. Chamberlain ... |
| 来源：[J].Biogeochemistry(IF 3.531), 2012, Vol.111 (1-3), pp.219-237Springer |
| 摘要：... In temperate soils where biological activity is limited commonly by nitrogen availability, priming is expected to occur through microbial acquisition of nitrogen from organic matter or stimulated activity of recalcitrant-carbon degrading microorganisms. However, these pri... |
| 作者：Qianwei Li , Yang Liu , Yunfu Gu ... |
| 来源：[J].Science of the Total Environment(IF 3.258), 2019Elsevier |
| 摘要：... We therefore investigated variations in the rhizosphere enzyme activity, microbial community structure, and ecoenzymatic stoichiometry of P. purdomii along Hailuogou Glacier chronosequences. The objective was to determine changes in rhizosphere enzyme activities and microbial... |
| 作者：Melany Fisk , Sharon Santangelo , Kevan Minick |
| 来源：[J].Soil Biology and Biochemistry(IF 3.654), 2015, Vol.81, pp.212-218Elsevier |
| 摘要：... In the northeastern US, ecosystem nutrient status varies across the landscape and changes with forest succession following disturbance, likely impacting soil microbial processes regulating the transformation and emission of carbon (C). We tested whether nitrogen (N) or phosph... |
| 作者：Yongxing Cui , Linchuan Fang , Xiaobin Guo ... |
| 来源：[J].2018, Vol.116, pp.11-21Elsevier |
| 作者：B. Burpee , J. E. Saros , R. M. Northington ... |
| 来源：[J].Biogeosciences, 2016, Vol.13 (2), pp.365-374Copernicus Publications |
| 摘要：Permafrost is degrading across regions of the Arctic, which can lead toincreases in nutrient concentrations in surface freshwaters. Theoligotrophic state of many Arctic lakes suggests that enhanced nutrientinputs may have important effects on these systems, but little is knownabo... |
| 作者：S. Scheu |
| 来源：[J].Oecologia(IF 3.011), 1990, Vol.84 (3), pp.351-358Springer |
| 摘要：Summary(#br)Microbial biomass, nutrient (N and P) status, and carbon and nutrient limitation of the microflora were investigated in soils from five different sites (field, 5-, 12-, and about 50-year-old fallow, beechwood), which represent different stages of a secondary succes... |
| 作者：N. Eisenhauer , H. Beßler , C. Engels ... |
| 来源：[J].Ecology(IF 5.175), 2010, Vol.91 (2), pp.485-496Wiley |
| 摘要：... Although ecosystem functions driven by soil microorganisms such as plant productivity, decomposition, and nutrient cycling are of particular importance, interrelationships between plant diversity and soil microorganisms are poorly understood. We analyzed the response of soi... |