FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2944495870> ?p ?o ?g. }

• W2944495870 endingPage "77" @default.
• W2944495870 startingPage "65" @default.
• W2944495870 abstract "Globally, small agricultural waterways fed by springs, tile drains, and seeps can disproportionately contribute to downstream nutrient loading, which is associated with declines in water quality and ecosystem functions. Treating nitrate using a multiple tool, multiple-scale approach in small waterways could offer improved management of these sources. We used a before-after-control-impact design to test the suitability of three small (<30 m3) edge-of-field denitrifying woodchip bioreactors and stream bank re-shaping and riparian planting. Over three-and-a-half-years, riparian rehabilitation enhanced nitrate flux attenuation compared to pre-rehabilitation, but only under relatively low flow conditions. In comparison, there were no significant changes in nitrate flux in a control waterway under any flow condition. N fluxes always increased in both the control and treatment waterways when reaches gained water downstream. Nitrate removal efficiencies for all three bioreactors ranged from <10 to >99%, with performance variations due to short residence times and fluctuations in source water chemistry. A single tile drain bioreactor removed 0.41 kg NO3-N d−1, equivalent to ∼10% of the mean daily tile drain nitrate load. Greenhouse gas fluxes from the tile drain bioreactor were similar to the surrounding pasture (CO2-C mean: 185–286 mg C m2 h−1; N2O-N mean: 49–90 μg N m2 h−1), suggesting no negative impacts from the bioreactor. Overall, our results suggest a multiple-tool, multiple-scale application of rehabilitation tools can reduce downstream N fluxes, but only under certain flow conditions. Thus, local rehabilitation tools, like those trialed here, will need to be scaled appropriately if they are to significantly attenuate nutrient losses from small agricultural waterways. Moreover, these will not replace catchment-scale nutrient plans to address losses from land and legacy groundwater N pollution." @default.
• W2944495870 created "2019-05-16" @default.
• W2944495870 creator A5020479020 @default.
• W2944495870 creator A5025377376 @default.
• W2944495870 creator A5034765616 @default.
• W2944495870 creator A5043765684 @default.
• W2944495870 creator A5049748626 @default.
• W2944495870 creator A5051641718 @default.
• W2944495870 creator A5074742113 @default.
• W2944495870 creator A5090582555 @default.
• W2944495870 date "2019-09-01" @default.
• W2944495870 modified "2023-10-01" @default.
• W2944495870 title "Capacity for bioreactors and riparian rehabilitation to enhance nitrate attenuation in agricultural streams" @default.
• W2944495870 cites W1490809274 @default.
• W2944495870 cites W1807875166 @default.
• W2944495870 cites W1921703802 @default.
• W2944495870 cites W1973862391 @default.
• W2944495870 cites W1984257790 @default.
• W2944495870 cites W1985599197 @default.
• W2944495870 cites W1988557412 @default.
• W2944495870 cites W1990750116 @default.
• W2944495870 cites W1991505152 @default.
• W2944495870 cites W2002352427 @default.
• W2944495870 cites W2006069400 @default.
• W2944495870 cites W2008704619 @default.
• W2944495870 cites W2011306946 @default.
• W2944495870 cites W2011908879 @default.
• W2944495870 cites W2012885250 @default.
• W2944495870 cites W2015188482 @default.
• W2944495870 cites W2017355424 @default.
• W2944495870 cites W2022977266 @default.
• W2944495870 cites W2025436532 @default.
• W2944495870 cites W2026250166 @default.
• W2944495870 cites W2028701998 @default.
• W2944495870 cites W2031976806 @default.
• W2944495870 cites W2039954284 @default.
• W2944495870 cites W2043450523 @default.
• W2944495870 cites W2049720706 @default.
• W2944495870 cites W2060384152 @default.
• W2944495870 cites W2066537229 @default.
• W2944495870 cites W2080762895 @default.
• W2944495870 cites W2086604307 @default.
• W2944495870 cites W2089624966 @default.
• W2944495870 cites W2096295128 @default.
• W2944495870 cites W2103377348 @default.
• W2944495870 cites W2111201649 @default.
• W2944495870 cites W2112225879 @default.
• W2944495870 cites W2116246914 @default.
• W2944495870 cites W2117557873 @default.
• W2944495870 cites W2122302962 @default.
• W2944495870 cites W2125417954 @default.
• W2944495870 cites W2128501035 @default.
• W2944495870 cites W2130231032 @default.
• W2944495870 cites W2148639978 @default.
• W2944495870 cites W2150020909 @default.
• W2944495870 cites W2150762904 @default.
• W2944495870 cites W2151228163 @default.
• W2944495870 cites W2161056190 @default.
• W2944495870 cites W2164454327 @default.
• W2944495870 cites W2172268868 @default.
• W2944495870 cites W2222156974 @default.
• W2944495870 cites W2285335807 @default.
• W2944495870 cites W2308757309 @default.
• W2944495870 cites W2332091176 @default.
• W2944495870 cites W2338007957 @default.
• W2944495870 cites W2344208351 @default.
• W2944495870 cites W2462369938 @default.
• W2944495870 cites W2525064320 @default.
• W2944495870 cites W2566395687 @default.
• W2944495870 cites W2587162440 @default.
• W2944495870 cites W2606008895 @default.
• W2944495870 cites W2606779495 @default.
• W2944495870 cites W267282390 @default.
• W2944495870 cites W2738498218 @default.
• W2944495870 cites W2741415287 @default.
• W2944495870 cites W2749318049 @default.
• W2944495870 cites W2759786087 @default.
• W2944495870 cites W2775381834 @default.
• W2944495870 cites W2789578055 @default.
• W2944495870 cites W2796128018 @default.
• W2944495870 cites W2885500010 @default.
• W2944495870 cites W2892255036 @default.
• W2944495870 cites W2924637477 @default.
• W2944495870 cites W49287125 @default.
• W2944495870 cites W766903488 @default.
• W2944495870 doi "https://doi.org/10.1016/j.ecoleng.2019.03.014" @default.
• W2944495870 hasPublicationYear "2019" @default.
• W2944495870 type Work @default.
• W2944495870 sameAs 2944495870 @default.
• W2944495870 citedByCount "10" @default.
• W2944495870 countsByYear W29444958702020 @default.
• W2944495870 countsByYear W29444958702021 @default.
• W2944495870 countsByYear W29444958702022 @default.
• W2944495870 countsByYear W29444958702023 @default.
• W2944495870 crossrefType "journal-article" @default.
• W2944495870 hasAuthorship W2944495870A5020479020 @default.
• W2944495870 hasAuthorship W2944495870A5025377376 @default.
• W2944495870 hasAuthorship W2944495870A5034765616 @default.

• next