Soil compaction has always been a problem to the agricultural productivity, mainly in clayey
soils under the no-tillage (NT). Alternatives to mitigate this problem are necessary. The aim …

Soil compaction has reduced crop yield under continuous no-tillage systems (NTS), and
occasional tillage has been suggested as a mitigating measure. The aim of this study was to …

Investigating microbial metabolic characteristics and soil organic carbon (SOC) within
aggregates and their relationships under conservation tillage may be useful in revealing the …

Soil chiseling under no-tillage (NT) promotes root growth in depth. This practice, however,
might affect soil aggregation. This study evaluated the chiseling effects on the aggregation of …

Process-based modeling addressing soil tillage effect on soil hydraulic properties is scarce
since most assessments focus on static parameters (eg, bulk density, penetration resistance …

Core Ideas One‐time tillage increased soybean yield as a result of improving soil physical
properties. Penetration resistance, air capacity, macroporosity, relative field capacity, and S …

We assessed long-term cultivation effects on several structural stability indicators within the
0-to 5-and 10-to 15-cm depth increments of different Oxisols. Comparisons were made …

The present study assessed soil preparation in terms of the advantages it provides in
lowering the physical obstacles and their influence on soybean cultivation, with reference to …

The objective of this study was to evaluate the influence of minerals in the clay fraction on
physical attributes of Yellow Ultisol cultivated with sugarcane and prepared with two different …

The present study has explored the integrative influence of soil chiseling practices on wheat
yield and farmers' profitability. The study was carried out in the farmers' field during 2017-18 …