Implications of no-till (NT) management on soil C dynamics, soil fertility, and crop yields
have been discussed, but an up-to-date synthesis of NT impact on soil physical properties …

Over the years, cultivation using sustainable tillage practices has gained significant
importance, but the impact of tillage on soil water infiltration is still a concern for landowners …

Soil organic matter affects a number of soil processes and properties. A better
understanding of soil-profile distribution of organic matter components and related soil …

No-till is a top soil conservation practice, but if it will be used as a C sequestration strategy, it
needs enhancement. Companion practices including N fertilization and irrigation do not …

Common mycorrhizal networks (CMNs) allow the transfer of nutrients between plants,
influencing the growth of the neighboring plants and soil properties. Cleistogene squarrosa …

Soil aggregate stability is an important indicator for controlling soil losses and can improve
soil quality, particularly in an area such as the Loess Plateau. The objective of this study was …

Soil hydraulic properties and pore system configuration are important parameters to
understand soil physical behavior under different tillage systems. However, there are some …

Agricultural practices often lead to a decrease in soil carbon (C), which often begins shortly
after a natural system is converted to arable land. Conservation agriculture practices, such …

Soil hydraulic conductivity is a property that describes how easily water can move through a
porous space and its determination is important because it controls many soil hydrological …

Soil health metric values may vary across soil types and even within the same soil series
under different management systems. The goal of this study was to determine the amount of …