Add to ORKGWinter wheat- summer fallow (WW-SF) is the predominant cropping system in the 300,000-acre Horse Heaven Hills (HHH) region in south-central Washington, USA. Blowing dust from residue- and roughness-deficient summer fallow results in soil loss and causes health problems. Annual no-till cropping to replace summer fallow would provide year-round protection against wind erosion. A 6-year field study conducted from 1996 to 2002 evaluated the agronomic and economic feasibility of continuous annual no-till hard red spring wheat (HRSW) as an alternative to traditional WW-SF. Long-term average annual precipitation at the experiment site is 6 inches
Abstract: In the low precipitation zone (<0.3 m [11.8 in] annual precipitation) of the Inland Pac...
John and Cory Aeschliman farm 4000 acres in a 15- to 20-inch annual rainfall zones from south of Dus...
Winter wheat - summer fallow is the crop rotation used on more than 1.5. million. ha in the Pacific ...
The Horse Heaven Hills (HHH) located in south-central Washington contains the world’s driest rainfed...
This is an author's peer-reviewed final manuscript, as accepted by the publisher. The published arti...
RSF, the FW/ChF rotation may be a viable conservation system with cost sharing and/or further resear...
In Washington, over fifty percent of the wheat produced under rainfed conditions receives less than ...
In Washington, over fifty percent of the wheat produced under rainfed conditions receives less than ...
Blowing dust from summer fallow is a major soil loss and air quality concern in winter wheat (Triric...
Winter wheat (TriTcum aestivum L.) is sown as deep as 20 cm below the summer fallow soil surface in ...
Blowing dust from excessively tilled fallow fields is a major soil loss and air quality concern in t...
Sixty percent of Washington’s winter wheat production area receives only 150 to 300 mm annual precip...
Ron Jirava farms near Ritzville, WA, in an area receiving 11.5 inches of annual precipitation. In th...
The Great Plains region of the United States is an area of widespread dryland crop production, with ...
A two-year rotation of summer fallow (SF)/winter wheat (WW) is the most common cropping system in lo...
Abstract: In the low precipitation zone (<0.3 m [11.8 in] annual precipitation) of the Inland Pac...
John and Cory Aeschliman farm 4000 acres in a 15- to 20-inch annual rainfall zones from south of Dus...
Winter wheat - summer fallow is the crop rotation used on more than 1.5. million. ha in the Pacific ...
The Horse Heaven Hills (HHH) located in south-central Washington contains the world’s driest rainfed...
This is an author's peer-reviewed final manuscript, as accepted by the publisher. The published arti...
RSF, the FW/ChF rotation may be a viable conservation system with cost sharing and/or further resear...
In Washington, over fifty percent of the wheat produced under rainfed conditions receives less than ...
In Washington, over fifty percent of the wheat produced under rainfed conditions receives less than ...
Blowing dust from summer fallow is a major soil loss and air quality concern in winter wheat (Triric...
Winter wheat (TriTcum aestivum L.) is sown as deep as 20 cm below the summer fallow soil surface in ...
Blowing dust from excessively tilled fallow fields is a major soil loss and air quality concern in t...
Sixty percent of Washington’s winter wheat production area receives only 150 to 300 mm annual precip...
Ron Jirava farms near Ritzville, WA, in an area receiving 11.5 inches of annual precipitation. In th...
The Great Plains region of the United States is an area of widespread dryland crop production, with ...
A two-year rotation of summer fallow (SF)/winter wheat (WW) is the most common cropping system in lo...
Abstract: In the low precipitation zone (<0.3 m [11.8 in] annual precipitation) of the Inland Pac...
John and Cory Aeschliman farm 4000 acres in a 15- to 20-inch annual rainfall zones from south of Dus...
Winter wheat - summer fallow is the crop rotation used on more than 1.5. million. ha in the Pacific ...