571 to 580 of 1,098 Results
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MD5: e218c63ac04e30c999dbd8b329919937
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MD5: 02f3a3627d557950e450747b9a5b1969
Biochemical quality of below ground residues (to 30 cm depth) , stubbles and herbage at the 3rd and last harvest - use this file for statitical analysis of quality data |
Adobe PDF - 298.4 KB -
MD5: 59fe93066c251a64da5600dc823dba0c
Schematic plan of main plots and treatments with details of the position of frames for gas measurements, area with herbage incorporation, area left unploughed.
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Adobe PDF - 601.7 KB -
MD5: 6303ea9ba719421ea66b5e1ad319cb5f
Aerial photo of the field in 2017, more than one year befoe the GHG emission study, and position at the NMBU campus |
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MD5: cfa0d3da0b973781802bebf656c24c58
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Mar 8, 2022
Bleken, Marina Azzaroli; Rittl, Tatiana Francischinelli; Nadeem, Shahid, 2022, "Replicate Data for: Soil pH-increase strongly mitigated N2O emissions following ploughing of grass and clover swards in autumn: a winter field study", https://doi.org/10.18710/HN1J3E, DataverseNO, V1
These data were collected in order to explore the effect of liming on nitrous oxide (N2O) emissions from plant residues in an acidic soil. Field data of N2O fluxes measured by a robotized chamber device after ploughing of temporary grassland plots with two contrasting soil pH. Tr... |
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MD5: 975ccae7f10fbd3020c40b78ecd94d5b
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MD5: 699ba8c6dbb9832bebaa6f5caac0fc1b
Ammonium and nitrate Nitrogen in the soil
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MD5: 8a11b7e43f3ef18335ec6152b4141550
N2O fluxes on 46 dates with valid data in all replicates |
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MD5: 4bb3494cfbf857d4291dfb5a7ee64bf6
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