Optimizing economic benefit while reducing soil CO 2 emissions in cropping systems has
become the focus of agricultural study. We assessed the influence of short-term straw mulch …

To mitigate greenhouse gas (GHG) emissions of intensified agriculture, conservation
practices are gradually being implemented in Chinese wheat–maize cropping systems …

Optimizing yields while reducing soil CO 2 emissions in cropping systems has become the
focus of agricultural study. To explore effective ways to achieve the balance, short-term field …

Winter oilseed rape is traditionally established via plough-based soil cultivation and
conventional sowing methods. Whilst there is potential to adopt lower cost, and less …

Gap-filling eddy covariance flux data using quantitative approaches has increased over the
past decade. Numerous methods have been proposed previously, including look-up table …

Nitrogen addition can weaken yield reduction under no-tillage, a fundamental component of
conservation tillage. However, the potential long-term benefits of nitrogen addition in …

Investigating the impact of cover crops and manure on soil greenhouse gas (GHG)
emissions is crucial for advancing our understanding of the climate‐smart potential of …

Context or problem Soil CO 2 emissions respond differently to different tillage practices.
However, limited information is available regarding the impact of conventional tillage (CT) …

Diverse microbes in arable black soil participate in the biogeochemical cycling of nitrogen,
which profoundly impact on the fertility and greenhouse gas (GHG) emission. However, the …

To investigate the effects of management practices on the dynamics of soil temperature,
during 2014–2017, a field experiment was carried out in Bad Lauchstaedt, Germany. In this …