In newly irrigated Mediterranean agroecosystems, the combined effect of tillage and N
fertilization on soil carbon dioxide (CO 2) and methane (CH 4) fluxes is at present poorly …

Irrigation as well as soil tillage management are considered two possible strategies to
reduce carbon dioxide (CO 2) and methane (CH 4) emissions from the soil in Mediterranean …

Reduced tillage might reduce greenhouse gas (GHG) emissions from cropped soils.
However the topic is somehow still controversial, since lower CO 2 emissions achieved …

Background and aims The effects of tillage and N fertilization on CO 2 and CH 4 emissions
are a cause for concern worldwide. This paper quantifies these effects in a Mediterranean …

Double-cropping is increasingly embraced for its economic advantages in irrigated crops
within the Ebro Valley region. However, the implications of this practice for soil carbon …

In irrigated Mediterranean conditions there is a lack of knowledge about the best
combination of tillage and N fertilization practices to reduce soil nitrous oxide (N 2 O) …

Conservation tillage is promoted as a potential agriculture practice to reduce carbon dioxide
(CO 2) emissions but little is known on its impact in irrigated Mediterranean conditions, and …

Agricultural tillage practices have a significant impact on the generation and consumption of
greenhouse gases (GHGs), the primary causes of global warming. Two tillage systems …

The response of soil CO2 flux to tillage operations and rainfall events was studied under
semiarid Mediterranean conditions. The study was conducted on a barley monoculture agro …

In recent decades, the agricultural sector contributed to the increase of the greenhouse
gases (GHGs) concentrations into the atmosphere. Soil management and the use of high …