Rigput Brome (Bromus diandrus Roth.) Management in a No-Till Field in Spain

Interactions among leguminous trees, crops and weeds in a no-till alley cropping system

Trees improve the soil quality and their rapid growth in the tropics make agroforestry systems potentially effective for establishing low-input agricultural systems in this region. This study assessed the effects of the biophysical interactions among leguminous trees, weeds, cotton and maize in an alley cropping system. The experiment comprised six treatments: Clitoria + Gliricidia; Acacia ...

Landscape level variation in soil resources and microbial properties in a no-till corn field

Soil microbial properties are known to exhibit high spatial and temporal variability, which can hinder our understanding of the effects of agricultural management on soil microbial activities, populations and communities. However, if this variability is explicitly considered in soil sampling schemes, experimental results can help us better understand soil microbial properties. In this initial a...

No-till Wheat Production in Oklahoma

Should I switch from conventional till to no-till wheat production? This is one of the most common questions asked by Oklahoma farmers, but it is also one of the most difficult to answer. There are several considerations when making this decision, and there is certainly no one-size-fits-all program for converting from conventional till to no-till wheat production. A few factors to be considered...

No-till Forage Establishment in Alaska

We established experiments on farmers’ fields at four locations in southcentral Alaska and two locations in interior Alaska. The southcentral Alaska sites were near Anchor Point (59 ̊45'N, 151 ̊39'W) on Edna Anderson’s farm, near Sterling (60 ̊32'N, 150 ̊39'W) on Paul Rumley’s farm, at Point Mackenzie (61 ̊24'N, 150 ̊04'W) on the Trytten Farm, and at Palmer (61 ̊39'N, 150 ̊04'W) on Peter Scorup’s farm ...

No-till: the quiet revolution.