Comparison of runoff, soil erosion, and winter wheat yields from no-till and inversion tillage production systems in northeastern Oregon
Conservation tillage systems that reduce soil erosion and maintain or increase soil carbon
offer long-term benefits for producers in the inland Pacific Northwestern United States but …
offer long-term benefits for producers in the inland Pacific Northwestern United States but …
Soil and water conservation in the Pacific Northwest through no-tillage and intensified crop rotations
JD Williams, SB Wuest, DS Long - Journal of Soil and Water …, 2014 - jswconline.org
The winter wheat (Triticum aestivum L.)/summer fallow rotation typically practiced in the
intermediate precipitation zone (300 to 450 mm [12 to 18 in]) of the inland Pacific Northwest …
intermediate precipitation zone (300 to 450 mm [12 to 18 in]) of the inland Pacific Northwest …
Tillage and no-tillage conservation effectiveness in the intermediate precipitation zone of the inland Pacific Northwest, United States
JD Williams, SB Wuest - Journal of Soil and Water Conservation, 2011 - jswconline.org
A common cropping system in the intermediate precipitation zone (300 to 450 mm [12 to 18
in]) of the inland Pacific Northwest is the two-year, winter wheat-fallow rotation typically …
in]) of the inland Pacific Northwest is the two-year, winter wheat-fallow rotation typically …
Fallow management effects on soil water storage and wheat yields in the Pacific Northwest
CD Pannkuk, RI Papendick, KE Saxton - Agronomy Journal, 1997 - Wiley Online Library
Conservation tillage practices are adopted by farmers to control soil erosion and in some
cases to reduce production costs. Conventional tillage practices usually rely on extensive …
cases to reduce production costs. Conventional tillage practices usually rely on extensive …
Effect of no‐till and extended rotation on nutrient losses in surface runoff
MJ Shipitalo, LB Owens, JV Bonta… - Soil Science Society of …, 2013 - Wiley Online Library
No‐till crop production can reduce soil erosion compared to conventional tillage, but there is
concern that lack of fertilizer incorporation will increase loss of dissolved nutrients in surface …
concern that lack of fertilizer incorporation will increase loss of dissolved nutrients in surface …
No-tillage effects on infiltration, runoff, and water conservation on dryland
OR Jones, VL Hauser, TW Popham - Transactions of the ASAE, 1994 - elibrary.asabe.org
Dryland crops produce limited amounts of residue, thus the water conservation benefits of
no-tillage (NT) may be reduced. We compared infiltration, runoff, and water conservation …
no-tillage (NT) may be reduced. We compared infiltration, runoff, and water conservation …
Impact of tillage on runoff in long term no-till wheat systems
PB DeLaune, JW Sij - Soil and Tillage Research, 2012 - Elsevier
Adoption of no-till cropping systems continues to increase worldwide due to enhanced soil
and water conservation, reduced inputs and maintained crop production. Soil compaction …
and water conservation, reduced inputs and maintained crop production. Soil compaction …
Profit, yield, and soil quality effects of tillage systems in corn–soybean rotations
RA Buman, BA Alesii, JL Hatfield… - Journal of soil and water …, 2004 - jswconline.org
Adoption of conservation tillage for corn (Zea mays L.) and soybean (Glycine max L.)
rotations, has stagnated over the past several years despite the evidence of the benefits to …
rotations, has stagnated over the past several years despite the evidence of the benefits to …
Potential impact of conservation tillage on conserving water resources in Georgia
DG Sullivan, CC Truman, HH Schomberg… - Journal of soil and …, 2007 - jswconline.org
Reduced tillage and surface residue increases infiltration, soil water content, and plant
available water, while at the same time decreasing runoff and sedimentation. However …
available water, while at the same time decreasing runoff and sedimentation. However …
[PDF][PDF] Conservation tillage systems
Conservation tillage may improve the sustainability of winter wheatbased crop rotations in
the dryland areas of the inland Pacific Northwest (PNW). Intensive tillage systems often bury …
the dryland areas of the inland Pacific Northwest (PNW). Intensive tillage systems often bury …
Related searches
- soil erosion winter wheat
- soil erosion northeastern oregon
- winter wheat northeastern oregon
- soil erosion comparison of runoff
- winter wheat comparison of runoff
- northeastern oregon comparison of runoff
- wheat yields pacific northwest
- soil erosion net returns
- soil erosion crop yield
- wheat yields management effects
- conservation tillage water resources
- conservation effectiveness precipitation zone
- tillage on runoff long term
- crop yield net returns
- crop rotations pacific northwest
- management effects pacific northwest