FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1980992185> ?p ?o ?g. }

• W1980992185 endingPage "211" @default.
• W1980992185 startingPage "201" @default.
• W1980992185 abstract "Some microbial nitrogen (N) cycling processes continue under low soil moisture levels in drought-adapted ecosystems. These processes are of particular importance in winter cropping systems, where N availability during autumn sowing informs fertilizer practices and impacts crop productivity. We evaluated the organic and inorganic N-cycling communities in a key cropping soil (Vertosol), using a controlled-environment incubation study that was designed to model the autumn break in south Australian grain growing regions. Soils from wheat, lucerne, and green manure (disced-in vetch) rotations of the Sustainable Cropping Rotations in Mediterranean Environments trial (Victoria, Australia) were collected during the summer when soil moisture was low. Microbial community structure and functional capacity were measured both before and after wetting (21, 49, and 77 days post-wetting) using terminal restriction fragment length polymorphism measures of bacterial and fungal communities, and quantitative PCR of nitrogen cycling genes. Quantified genes included those associated with organic matter decomposition (laccase, cellobiohydrolase), mineralization of N from organic matter (peptidases) and nitrification (bacterial and archaeal ammonia monooxygenase and nitrite oxidoreductase). In general, the N cycling functional capacity decreased with soil wetting, and there was an apparent shift from organic-N cycling dominance to autotrophic mineral-N cycling dominance. Soil nitrate levels were best predicted by laccase and neutral peptidase genes under drought conditions, but by neutral peptidase and bacterial ammonia monooxygenase genes under moist conditions. Rotation history affected both the structural and functional resilience of the soil microbial communities to changing soil moisture. Discing in green manure (vetch) residues promoted a resilient microbial community, with a high organic-N cycling capacity in dry soils. Although this was a small-scale microcosm study, our results suggest that management strategies could be developed to control microbial organic-N processing during the summer fallow period and thus improve crop-available N levels at sowing." @default.
• W1980992185 created "2016-06-24" @default.
• W1980992185 creator A5003801310 @default.
• W1980992185 creator A5005410554 @default.
• W1980992185 creator A5040424820 @default.
• W1980992185 creator A5050408707 @default.
• W1980992185 creator A5054714204 @default.
• W1980992185 creator A5065648375 @default.
• W1980992185 date "2015-07-01" @default.
• W1980992185 modified "2023-09-25" @default.
• W1980992185 title "Organic nitrogen cycling microbial communities are abundant in a dry Australian agricultural soil" @default.
• W1980992185 cites W110032879 @default.
• W1980992185 cites W1532574397 @default.
• W1980992185 cites W1833049576 @default.
• W1980992185 cites W1878020421 @default.
• W1980992185 cites W1941621599 @default.
• W1980992185 cites W1958519637 @default.
• W1980992185 cites W1965134559 @default.
• W1980992185 cites W1982088266 @default.
• W1980992185 cites W1987704146 @default.
• W1980992185 cites W1989854862 @default.
• W1980992185 cites W1995756568 @default.
• W1980992185 cites W1998141161 @default.
• W1980992185 cites W2000795450 @default.
• W1980992185 cites W2001109562 @default.
• W1980992185 cites W2009921140 @default.
• W1980992185 cites W2010237425 @default.
• W1980992185 cites W2014050103 @default.
• W1980992185 cites W2014457868 @default.
• W1980992185 cites W2015676969 @default.
• W1980992185 cites W2021298276 @default.
• W1980992185 cites W2021306689 @default.
• W1980992185 cites W2023191364 @default.
• W1980992185 cites W2025656342 @default.
• W1980992185 cites W2028211656 @default.
• W1980992185 cites W2031394562 @default.
• W1980992185 cites W2032442437 @default.
• W1980992185 cites W2034129543 @default.
• W1980992185 cites W2034152380 @default.
• W1980992185 cites W2036030043 @default.
• W1980992185 cites W2041671416 @default.
• W1980992185 cites W2042586438 @default.
• W1980992185 cites W2049029636 @default.
• W1980992185 cites W2053543716 @default.
• W1980992185 cites W2057272008 @default.
• W1980992185 cites W2057623870 @default.
• W1980992185 cites W2066831210 @default.
• W1980992185 cites W2070323124 @default.
• W1980992185 cites W2070436936 @default.
• W1980992185 cites W2075993421 @default.
• W1980992185 cites W2078244963 @default.
• W1980992185 cites W2086595168 @default.
• W1980992185 cites W2086871487 @default.
• W1980992185 cites W2086991633 @default.
• W1980992185 cites W2097279262 @default.
• W1980992185 cites W2098432852 @default.
• W1980992185 cites W2099536218 @default.
• W1980992185 cites W2103011777 @default.
• W1980992185 cites W2103636316 @default.
• W1980992185 cites W2106354235 @default.
• W1980992185 cites W2113711341 @default.
• W1980992185 cites W2117424366 @default.
• W1980992185 cites W2118094315 @default.
• W1980992185 cites W2119023470 @default.
• W1980992185 cites W2125797834 @default.
• W1980992185 cites W2130889389 @default.
• W1980992185 cites W2132245869 @default.
• W1980992185 cites W2135698100 @default.
• W1980992185 cites W2142076796 @default.
• W1980992185 cites W2143108381 @default.
• W1980992185 cites W2145958605 @default.
• W1980992185 cites W2146073476 @default.
• W1980992185 cites W2152448134 @default.
• W1980992185 cites W2155776392 @default.
• W1980992185 cites W2157370884 @default.
• W1980992185 cites W2161583994 @default.
• W1980992185 cites W2162175348 @default.
• W1980992185 cites W2164641345 @default.
• W1980992185 cites W2164888957 @default.
• W1980992185 cites W2167442127 @default.
• W1980992185 cites W4251264506 @default.
• W1980992185 doi "https://doi.org/10.1016/j.soilbio.2015.04.004" @default.
• W1980992185 hasPublicationYear "2015" @default.
• W1980992185 type Work @default.
• W1980992185 sameAs 1980992185 @default.
• W1980992185 citedByCount "35" @default.
• W1980992185 countsByYear W19809921852015 @default.
• W1980992185 countsByYear W19809921852016 @default.
• W1980992185 countsByYear W19809921852018 @default.
• W1980992185 countsByYear W19809921852019 @default.
• W1980992185 countsByYear W19809921852020 @default.
• W1980992185 countsByYear W19809921852021 @default.
• W1980992185 countsByYear W19809921852022 @default.
• W1980992185 countsByYear W19809921852023 @default.
• W1980992185 crossrefType "journal-article" @default.
• W1980992185 hasAuthorship W1980992185A5003801310 @default.
• W1980992185 hasAuthorship W1980992185A5005410554 @default.
• W1980992185 hasAuthorship W1980992185A5040424820 @default.

• next