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Wetting induced increases in soil CO 2 efflux (R) from dry soils have been repeatedly reported, however little is known about the sensitivity of the pulse to temperature. To address this knowledge gap changes in temperature sensitivity of soil CO 2 efflux (Q 10 ) during repeated drying–rewetting (DW) events were experimentally quantified for soils collected both under canopy...
There is a well-documented need for new in situ technologies for elemental analysis of soil, particularly for carbon (C), that overcome the limitations of the currently established chemical method by dry combustion (DC). In this work, we evaluated the concordance between the new INS (inelastic neutron scattering) technology and the DC method. The comparisons were carried out in the high C content...
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