Add to ORKGAggregate stability and organic matter are key attributes in minimizing detrimental impacts of agricultural practices and sustaining soil and environmental quality. Long-term (2006-2014)effects of six different tillage systems on aggregate size distribution and water holding capacitywere investigated in a soil contained approximately 50% clay. The tillage treatments were;Conventional tillage with stubble (moldboard plowing) (CTS), Conventional tillage withstubbles burned (CTB), Heavy disc harrow reduced tillage (RTD), Rototiller reduced tillage(RTR), Heavy disc harrow zero soil tillage (RNT) and no till or zero tillage (NT). Soil sampleswere collected from 0-15 and 15-30 cm soil depths, and characterized for aggregate sizedistribution, fiel...
Tensile failure of soil is desirable in tillage. Soil tensile strength estimates most often are obta...
Lack of sufficient information on conservation tillage systems leads to the dominating use of conven...
Soil structure influences the soil hydraulic properties, aeration and resistance to root penetration...
In the Loess Plateau of China, conventional tillage is defined as the tillage without crop residues ...
The ability of a soil to keep its structure under the erosive action of water is usually high in nat...
Soil water retention is an extremely relevant topic in today’s society, in which only a minute amoun...
Conservation tillage practices, here defined as no-tillage (NT) or reduced tillage (RT) with/without...
Long-term tillage negatively affects soil aggregation, but little is known about the short-term effe...
The type of tillage and crop systems used can either degrade or cause a recovery of the structure of...
Soil tillage can affect the stability and formation of soil aggregates by disrupting soil structure....
<div><p>Soil tillage can affect the stability and formation of soil aggregates by disrupting soil st...
Four tillage systems were used to measure the effects of tillage-induced changes on bulk density, pe...
No-tillage (NT), here defined as NT with/without residue retention, has been widely used as a sustai...
Non-Peer ReviewedSize distribution of aggregates is one of the most important factors which affect s...
Conservation tillage preserves soil water and this has been the main reason for its rapid disseminat...
Tensile failure of soil is desirable in tillage. Soil tensile strength estimates most often are obta...
Lack of sufficient information on conservation tillage systems leads to the dominating use of conven...
Soil structure influences the soil hydraulic properties, aeration and resistance to root penetration...
In the Loess Plateau of China, conventional tillage is defined as the tillage without crop residues ...
The ability of a soil to keep its structure under the erosive action of water is usually high in nat...
Soil water retention is an extremely relevant topic in today’s society, in which only a minute amoun...
Conservation tillage practices, here defined as no-tillage (NT) or reduced tillage (RT) with/without...
Long-term tillage negatively affects soil aggregation, but little is known about the short-term effe...
The type of tillage and crop systems used can either degrade or cause a recovery of the structure of...
Soil tillage can affect the stability and formation of soil aggregates by disrupting soil structure....
<div><p>Soil tillage can affect the stability and formation of soil aggregates by disrupting soil st...
Four tillage systems were used to measure the effects of tillage-induced changes on bulk density, pe...
No-tillage (NT), here defined as NT with/without residue retention, has been widely used as a sustai...
Non-Peer ReviewedSize distribution of aggregates is one of the most important factors which affect s...
Conservation tillage preserves soil water and this has been the main reason for its rapid disseminat...
Tensile failure of soil is desirable in tillage. Soil tensile strength estimates most often are obta...
Lack of sufficient information on conservation tillage systems leads to the dominating use of conven...
Soil structure influences the soil hydraulic properties, aeration and resistance to root penetration...