FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3065745088> ?p ?o ?g. }

• W3065745088 endingPage "107122" @default.
• W3065745088 startingPage "107122" @default.
• W3065745088 abstract "Agroecosystems make up a significant portion of terrestrial ecosystems and receive a disproportionally high amount of terrestrial nitrogen inputs from fertilizer, leading to nitrogen loss and associated environmental problems. Integrated crop livestock systems, such as pasture-integrated crop rotations, may be more environmentally sustainable however the long-term effects of this management practice on soil microorganisms and nitrogen transformations are not well understood. To address this knowledge gap, samples were collected from a long-term experiment designed to assess the impacts of, and interaction between, compost application and pasture-integrated crop rotations. The compost-input and pasture-integrated rotation treatments increased soil organic matter by 41 % and 14 % respectively, carbon mineralization by 127 % and 146 %, and extracellular enzyme activity by 74 % and 35 %, suggesting enhanced heterotrophic microbial activity. Compost addition led to rapid ammonification, increased potential nitrification rates ∼3-fold, and enhanced nitrate concentration by ∼75%. Further, compost addition more than doubled the abundance of prokaryotic ammonia oxidizing organisms (AOO). These effects of compost on nitrogen cycling were greatly mitigated by the pasture-integration likely due to enhanced microbial decomposition activity associated with carbon inputs from perennial grasses. Specifically, pasture-integration mitigated increases in potential nitrification, AOO abundance, and soil nitrate concentrations. The rates of potential nitrification were correlated with the abundance of AOO, highlighting the connection between nitrogen cycling processes and microbial community composition. These patterns in nitrifier abundances, potential nitrification rates, and nitrate levels indicate that the long-term integration of pasture in crop rotations has the potential to reduce early-season nitrogen loss without reducing crop productivity. This work demonstrates how management practices that facilitate favorable interactions between microbial carbon and nitrogen cycling may enhance agroecosystem sustainability and reduce nitrogen pollution." @default.
• W3065745088 created "2020-08-24" @default.
• W3065745088 creator A5012536750 @default.
• W3065745088 creator A5042448913 @default.
• W3065745088 creator A5056434478 @default.
• W3065745088 creator A5089796959 @default.
• W3065745088 date "2020-12-01" @default.
• W3065745088 modified "2023-10-14" @default.
• W3065745088 title "Pasture in crop rotations influences microbial biodiversity and function reducing the potential for nitrogen loss from compost" @default.
• W3065745088 cites W1003084444 @default.
• W3065745088 cites W1169035206 @default.
• W3065745088 cites W1516221768 @default.
• W3065745088 cites W1563455964 @default.
• W3065745088 cites W1759034859 @default.
• W3065745088 cites W1764149807 @default.
• W3065745088 cites W1964151596 @default.
• W3065745088 cites W1965026439 @default.
• W3065745088 cites W1973331845 @default.
• W3065745088 cites W1973341538 @default.
• W3065745088 cites W1983904262 @default.
• W3065745088 cites W1987698895 @default.
• W3065745088 cites W1992434151 @default.
• W3065745088 cites W1993013739 @default.
• W3065745088 cites W2012194088 @default.
• W3065745088 cites W2016759567 @default.
• W3065745088 cites W2018459257 @default.
• W3065745088 cites W2020348673 @default.
• W3065745088 cites W2023583916 @default.
• W3065745088 cites W2024344827 @default.
• W3065745088 cites W2032011378 @default.
• W3065745088 cites W2032604387 @default.
• W3065745088 cites W2032736763 @default.
• W3065745088 cites W2035769767 @default.
• W3065745088 cites W2042767711 @default.
• W3065745088 cites W2047691313 @default.
• W3065745088 cites W2052684756 @default.
• W3065745088 cites W2064012286 @default.
• W3065745088 cites W2065782338 @default.
• W3065745088 cites W2068640043 @default.
• W3065745088 cites W2070181798 @default.
• W3065745088 cites W2072970694 @default.
• W3065745088 cites W2076405197 @default.
• W3065745088 cites W2080262711 @default.
• W3065745088 cites W2098578317 @default.
• W3065745088 cites W2100346295 @default.
• W3065745088 cites W2104185722 @default.
• W3065745088 cites W2106532839 @default.
• W3065745088 cites W2114576684 @default.
• W3065745088 cites W2117457769 @default.
• W3065745088 cites W2122266551 @default.
• W3065745088 cites W2124454480 @default.
• W3065745088 cites W2125945612 @default.
• W3065745088 cites W2126902408 @default.
• W3065745088 cites W2132101248 @default.
• W3065745088 cites W2134510386 @default.
• W3065745088 cites W2137963682 @default.
• W3065745088 cites W2139610873 @default.
• W3065745088 cites W2151161052 @default.
• W3065745088 cites W2165629186 @default.
• W3065745088 cites W2165692168 @default.
• W3065745088 cites W2178250382 @default.
• W3065745088 cites W2264143451 @default.
• W3065745088 cites W2336611924 @default.
• W3065745088 cites W2345222208 @default.
• W3065745088 cites W2509730012 @default.
• W3065745088 cites W2560206175 @default.
• W3065745088 cites W2581981399 @default.
• W3065745088 cites W2727551557 @default.
• W3065745088 cites W2748607273 @default.
• W3065745088 cites W2767539056 @default.
• W3065745088 cites W2770546009 @default.
• W3065745088 cites W2786671949 @default.
• W3065745088 cites W2790959262 @default.
• W3065745088 cites W2806993282 @default.
• W3065745088 cites W2891108061 @default.
• W3065745088 cites W2964395855 @default.
• W3065745088 cites W2971799350 @default.
• W3065745088 cites W2987498557 @default.
• W3065745088 cites W49287125 @default.
• W3065745088 doi "https://doi.org/10.1016/j.agee.2020.107122" @default.
• W3065745088 hasPublicationYear "2020" @default.
• W3065745088 type Work @default.
• W3065745088 sameAs 3065745088 @default.
• W3065745088 citedByCount "15" @default.
• W3065745088 countsByYear W30657450882021 @default.
• W3065745088 countsByYear W30657450882022 @default.
• W3065745088 countsByYear W30657450882023 @default.
• W3065745088 crossrefType "journal-article" @default.
• W3065745088 hasAuthorship W3065745088A5012536750 @default.
• W3065745088 hasAuthorship W3065745088A5042448913 @default.
• W3065745088 hasAuthorship W3065745088A5056434478 @default.
• W3065745088 hasAuthorship W3065745088A5089796959 @default.
• W3065745088 hasBestOaLocation W30657450881 @default.
• W3065745088 hasConcept C110872660 @default.
• W3065745088 hasConcept C111696902 @default.
• W3065745088 hasConcept C118518473 @default.
• W3065745088 hasConcept C137580998 @default.
• W3065745088 hasConcept C159390177 @default.

• next