Non-Peer ReviewedThe long-term practice of no-till (low-disturbance direct seeding) is an effective method to increase the soil organic matter (SOM) content of the soil. If that increased soil organic matter is traded as an offset for greenhouse-gas emissions, then we need to know what happens to SOM if, for whatever reason, the soil is tilled. The results in southwestern Saskatchewan indicated that if the land is cropped, there is evidence of large losses of SOM from single tillage on long-term (13-yr) no-till on sandy loam soil but little loss of SOM on a loam and clay soil from single tillage of long-term (23-yr and 13-yr) no-till. However, if the land was summerfallowed, there were large losses of SOM. As the pioneers discovered when th...
Tillage systems and nutrient management influence soil chemical properties that can impact the long-...
Long-term loss of soil C stocks under conventional tillage and accrual of soil C following adoption ...
Organic reduced tillage aims to combine the environmental benefits of organic farming and conservati...
Non-Peer ReviewedThe long-term practice of no-till (low-disturbance direct seeding) is an effective ...
No-till cropping can increase soil C stocks and aggregation but patterns of long-term changes in N2O...
Non-Peer ReviewedDuring the last two decades, an increasing number of producers have adopted a no-ti...
Pre-seeding tillage of long-term no-till soil may alter soil quality by changing some properties, bu...
The reduction in net CO2 emissions from increased carbon sequestration in soil and slower decomposit...
Soil tillage serves a number of purposes such as control of weeds, incorporation of crop residues an...
Organic matter is a soil component that both directly and indirectly affects soil productivity. It i...
Successful no-tilling requires a different approach to soil management practices. Since continuous n...
Non-Peer ReviewedA field study was established in 2000, near Brandon Manitoba, to determine the effe...
Non-Peer ReviewedWith a world population now greater than seven billion, it is imperative to conserv...
No-till can often increase soil carbon, soil quality and function, and reduce CO2 emissions when com...
No-tillage (NT) has been widely adopted to assist in reducing soil erosion, lowering fuel costs, con...
Tillage systems and nutrient management influence soil chemical properties that can impact the long-...
Long-term loss of soil C stocks under conventional tillage and accrual of soil C following adoption ...
Organic reduced tillage aims to combine the environmental benefits of organic farming and conservati...
Non-Peer ReviewedThe long-term practice of no-till (low-disturbance direct seeding) is an effective ...
No-till cropping can increase soil C stocks and aggregation but patterns of long-term changes in N2O...
Non-Peer ReviewedDuring the last two decades, an increasing number of producers have adopted a no-ti...
Pre-seeding tillage of long-term no-till soil may alter soil quality by changing some properties, bu...
The reduction in net CO2 emissions from increased carbon sequestration in soil and slower decomposit...
Soil tillage serves a number of purposes such as control of weeds, incorporation of crop residues an...
Organic matter is a soil component that both directly and indirectly affects soil productivity. It i...
Successful no-tilling requires a different approach to soil management practices. Since continuous n...
Non-Peer ReviewedA field study was established in 2000, near Brandon Manitoba, to determine the effe...
Non-Peer ReviewedWith a world population now greater than seven billion, it is imperative to conserv...
No-till can often increase soil carbon, soil quality and function, and reduce CO2 emissions when com...
No-tillage (NT) has been widely adopted to assist in reducing soil erosion, lowering fuel costs, con...
Tillage systems and nutrient management influence soil chemical properties that can impact the long-...
Long-term loss of soil C stocks under conventional tillage and accrual of soil C following adoption ...
Organic reduced tillage aims to combine the environmental benefits of organic farming and conservati...