. "Dube\u0148ov\u00E1, Monika" . . . "Nozdrovick\u00FD, Ladislav" . "\u0160ima, Tom\u00E1\u0161" . "Agronomy Research" . . "RIV/60460709:41310/13:60482" . "5"^^ . "1406-894X" . . "11" . "Z(MSM6046070905)" . . . . "RIV/60460709:41310/13:60482!RIV14-MSM-41310___" . "Effect of crop residues on nitrous oxide flux in the controlled traffic farming system during the soil tillage by LEMKEN Rubin 9 disc harrow" . "CZ - \u010Cesk\u00E1 republika" . . "1"^^ . "Effect of crop residues on nitrous oxide flux in the controlled traffic farming system during the soil tillage by LEMKEN Rubin 9 disc harrow" . "Nitrous oxide (N2O) is one of the most important greenhouse gases. Agriculture, especially soil tillage and the use of fertilisers, significantly contributes to N 2O emissions from soil into the atmosphere. The aim of the paper was the comparison of the amount of nitrous oxide emissions released from the soil into the atmosphere depending on crop residues in conditions of a controlled traffic farming (CTF) system. Monitoring points were selected in parts of a field with/ without crop residues and in trafficked and non-trafficked areas. There were realised three variants of the experiment: before soil tillage, right after soil tillage and seven days after soil tillage. Soil tillage was carried out by a LEMKEN Rubin 9 disc harrow with a JOHN DEERE 8230 tractor on the loamy soil after the harvest of winter wheat. The used laboratory method of measuring N2O emissions released from the soil into the atmosphere consists of collecting soil samples from the field and their subsequent analysis in th" . "Krupi\u010Dka, Josef" . . "71434" . "Effect of crop residues on nitrous oxide flux in the controlled traffic farming system during the soil tillage by LEMKEN Rubin 9 disc harrow"@en . . "Effect of crop residues on nitrous oxide flux in the controlled traffic farming system during the soil tillage by LEMKEN Rubin 9 disc harrow"@en . . . . . "41310" . "Kri\u0161tof, Koloman" . "[054F8480439F]" . . "0" . "8"^^ . "nitrous oxide, soil tillage, soil compaction, crop residues, controlled traffic farming"@en . "1" . "Nitrous oxide (N2O) is one of the most important greenhouse gases. Agriculture, especially soil tillage and the use of fertilisers, significantly contributes to N 2O emissions from soil into the atmosphere. The aim of the paper was the comparison of the amount of nitrous oxide emissions released from the soil into the atmosphere depending on crop residues in conditions of a controlled traffic farming (CTF) system. Monitoring points were selected in parts of a field with/ without crop residues and in trafficked and non-trafficked areas. There were realised three variants of the experiment: before soil tillage, right after soil tillage and seven days after soil tillage. Soil tillage was carried out by a LEMKEN Rubin 9 disc harrow with a JOHN DEERE 8230 tractor on the loamy soil after the harvest of winter wheat. The used laboratory method of measuring N2O emissions released from the soil into the atmosphere consists of collecting soil samples from the field and their subsequent analysis in th"@en . . .