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- W2023220919 abstract "Strategies reducing NH3 volatilisation from slurry include separation of slurry, special application techniques and additives. We studied the impact of manure separation and application technique on N2O release after manure application. Untreated and separated cattle slurry (dry matter content of 7.1% and 4.4%, respectively) was applied to winter wheat using broadcast and banded application and injection. The N2O emissions were measured at high frequency for 14 to 20 days after slurry treatment by the closed chamber method. Manured plots showed significantly higher N2O emissions than the control plots but neither dry matter reduction of slurry nor application technique significantly influenced the N2O emissions. The variability of N2O emission was influenced by the application technique and increased in the order: banded application – injection – broadcast application. There was no correlation between NH3 losses from applied slurry and N2O emissions. Thus reducing ammonia volatilisation will not necessarily increase N2O emissions. Ammoniak- und Lachgas-Emissionen nach Ausbringung von Gülle unter dem Einfluß von Ausbringungstechnik und Separierung. II. Kurzfristige Lachgas-Emissionen Maßnahmen zur Reduktion von Ammoniakausgasung aus Gülle umfassen Separierung, spezielle Applikationstechniken und Güllezusätze. In dieser Studie wurde der Einfluß von Separierung und Applikationstechnik auf Lachgasemissionen nach Gülleausbringung untersucht. In wachsenden Winterweizen wurde unbehandelte und separierte Rindergülle (7,1% bzw. 4,4% Trockensubstanz) breitwürfig oder bandförmig ausgebracht oder injiziert. Die Bestimmung der N2O-Emissionen erfolgte zeitlich hoch aufgelöst mit der closed chamber-Methode über 14 bzw. 20 Tage hinweg. Gülleausbringung erhöhte die N2O-Ausgasungsraten signifikant gegenüber der Nullparzelle, jedoch korrelierten weder Separierung noch Ausbringungstechnik mit der Höhe der Emissionen. Die räumliche Variabilität der Emissionen nahm durch die Applikationstechnik in der Reihenfolge bandförmig – injiziert – breitwürfig zu. Es bestand kein Zusammenhang zwischen den NH3-Verlusten nach Gülleapplikation und den Lachgasemissionen. Maßnahmen zur Reduktion von Ammoniakausgasungen führen nicht zwangsläufig zu erhöhten Lachgasemissionen." @default.
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- W2023220919 date "1997-01-01" @default.
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- W2023220919 title "Ammonia and Nitrous Oxide Emissions after Landspreading of Slurry as Influenced by Application Technique and Dry Matter‐Reduction. II. Short Term Nitrous Oxide Emissions" @default.
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- W2023220919 doi "https://doi.org/10.1002/jpln.19971600409" @default.
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