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Chapter
2. Conservation Tillage Systems and Equipment
- The Undercutter Method for Winter Wheat- Summer Fallow Farming. This 16-minute DVD describes the Undercutter method, a cost and time saving way of farming in the PNW summer fallow area. It contains research and farmer interviews explaining the advantages of the system (published by WSU Extension, January 2007). Watch this video and order your copy here.
- Tillage Method and Sowing Rate Relations for Dryland Spring Wheat, Barley, and Oat (No. 30, November 2005)
- Cropping
Systems Research in the World's Driest Rainfed Wheat Region (No.
29, 2004)
- Dryland
Cropping in the Western United States (No.
28, 2004)
- Minimum and Delayed Conservation
Tillage for Wheat-Fallow Farming (No. 27,
2001)
- Direct Seed Systems for Grain Legumes:
Pursuing Improved Erosion Control, Water Storage, Yields and Profitability
(No. 26, 1999)
- Direct Seeding Status and What's
Driving it (No. 25, 1999)
- Increased Cropping Intensity for
Dryland with No-Till Barley (No. 24, 1999)
- Direct Seeding or No-Till...What's
the Difference (No. 23, 1999)
- Direct Seed Movement Gains Momentum
with 1998 Conference (No. 22, 1998)
- CRP Take-Out: A Unique Opportunity
for the Transition to Direct Seeding (No.21,
1997)
- New Minimum Tillage Systems for
Legume-Winter Wheat Cropping Sequence (No.20,
1997)
- Direct Seeding Movement Aimed at
Global Competitiveness, Soil Productivity and Erosion (No.19, 1997)
- Tillage Mulch Depth Effects During
Fallow on Wheat Production and Wind Erosion Control Factors (No.18,
1997)
- Packing Summer Fallow Before Planting
Winter Wheat: Agronomic Benefits and Environmental Concerns (No.17,1997)
- Returning CRP Land to Crop Production-A
Summary of 1994-1996 Research Trials in Washington State (No. 16b, 1995)
- Deep Ripping Fall-Planted Wheat
After Fallow to Improve Infiltration and Reduce Erosion (No.
16a, 1995)
- No-till Winter Wheat After Green
Manure Legumes (No. 15, 1990)
- Reduced Tillage for Green Manure
Legumes (No. 14, 1989)
- Conservation Tillage Spring Pea
Production (No. 13, 1989)
- Conservation Tillage Considerations
for Cereals (No. 12, 1988)
- Economical Approaches to Minimum
Tillage Seeding (No. 11, 1988)
- Farming Practices Conserve and
Improve Soil (No. 10, 1988)
- Traffic Compaction Affects Productivity
(No. 9, 1988)
- Conservation Tillage Equipment
Directory in Progress (No. 8, 1987)
- How Much Surface Residue Is Enough?
(No. 7, 1987)
- Fallow Systems for Semi-arid Eastern
Oregon and Eastern Washington (No. 6, 1987)
- Tillage System Comparisons (No. 5, 1987)
- Effective Conservation Farming
Systems_PNW 275 (No. 4, 1986)
- A Strip-till Planting System for
No-till Fallow (No. 3, 1986)
- A No-till Plow! (No.
2, 1986)
- Research Grain Drill Opener Designs
for Conservation Tillage (No. 1, 1985)
- See also...
- Russian Thistle Management
under Conservation Systems in Pacific Northwest Crop-Fallow
Regions (Chapter 5, No. 16;
also revised as PNW 492 in November 1995)
- Managing Downy Brome under
Conservation Tillage Systems in the Inland Northwest Crop-Fallow
Region (Chapter 5, No. 15)
- Tillage and Residue Management
Strategies for Variable Cropland (Chapter
3, No. 18)
- Tillage and Stubble Management
for Water Conservation (Chapter
3, No. 17)
- Surface Residue Reduces Overwinter
Evaporation (Chapter 3, No.
14)
- Winter Lentil Could Provide
Conservation Tillage Option (Chapter
8, No. 12)
- Winter Rapeseed Recropping
Considerations (Chapter 8,
No. 14)
- Winter Legumes May Fit No-till
Systems (Chapter 8, No. 8)
- Maintaining Surface Residue
on Summer Fallow (Chapter
3, No. 11)
- Improving Water Infiltration
in Frozen Soil (Chapter 3,
No. 13)
- Uniform Combine Residue Distribution
for Successful No-Till and Minimum Tillage Systems -- PNW
297 (Chapter 3, No. 7)
- Fertilizer Band Location for
Cereal Root Access -- PNW 283 (Chapter
6, No. 4
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