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TABLE
OF CONTENTS OF PROJECT REPORTS (2002)
(Alphabetical
Listing of First-listed Investigators and Project Titles) All files
are in PDF Format
David
Bezdicek, WSU
Fig
1, Fig 2, Fig
3, Fig 4, Fig
5 |
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Impact
of direct seeding on crop water use efficiency, soil physical
and microbial properties, and quality of soil organic matter
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| Jack
Brown, UI |
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Identifying
superior Brassica species and cultivars within species that
are suitable for direct-seeding throughout the Pacific Northwest
region |
| Gary
Chang, UI |
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Examination
of tillage factors, crop type, soils and non-crop habitat upon
soil fauna, ground dwelling predators, and aphid density in
a small inland PNW watershed |
| Jim
Cook, WSU |
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Rotation
effects of alternative crops on spring and winter wheat in direct-seed
cropping systems |
| Stephen
Guy, UI |
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Assessing
the impact of no-till and conventional-till on crop, variety,
soil, insect, and disease response |
| Stephen
Guy, UI |
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Evaluation
of wheat and pea varieties under direct and conventional seeding
in Washington, Idaho, and Oregon |
| Dave
Huggins, USDA-ARS / WSU - (No Report) |
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Rotation
designs for direct seed cropping systems |
| Dave
Huggins, USDA-ARS / WSU |
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Seed Placed
Lime to Reduce the Acidifying Affects of Nitrogen Fertilizer
in Long-Term Direct Seed systems |
| Russ
Karow, OSU |
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Updating
Statistical Analysis Software for On-Farm Testing |
| Steven
Machado, OSU |
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Identifying
alternate rotation crops for eastern Oregon |
| Steven
Machado, OSU |
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Initiating
long-term agronomic experiments in north-central Oregon and
south-central Washington |
| Don
Morishita, UI |
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The influence
of polyacrylamide on the movement of soil applied herbicides
in furrow-irrigated corn |
| Chris
Mundt, OSU |
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Improved
methods for evaluation of resistance to Cephalosporium stripe
of wheat |
| Bill
Pan, WSU |
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Nutrient
requirements of short-season dry land corn grown in eastern
Washington using direct seeding methods |
| Tobin
Peevers, WSU |
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The role
of alternate hosts in the epidemiology of Ascochyta blight of
chickpea in reduced tillage cropping systems in the Pacific
Northwest |
Chuck
Peterson, UI
photo
A - photo B
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Development
of residue manipulation systems for direct seeding drills to
improve seed opener performance |
| William
Schillinger, WSU |
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Long-term
alternative crop rotations for the low rainfall dry land using
no-till: Years 4 through 6 |
| William
Schillinger, WSU |
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No-Till
Sowing into Standing Irrigated Stubble Instead of Burning |
| Donn
Thill, UI |
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Integrated
management system for sustained seed yield of Kentucky bluegrass
without burning |
| Roger
Veseth, WSU / UI |
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Expanding
access to PNW direct seed/conservation tillage systems technology
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| Don
Wysocki, OSU |
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Developing
flex cropping options for wheat-fallow rotations |
| Joe
Yenish, WSU |
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Vegetation
management with herbicides during fallow periods in direct-seed,
dry land winter wheat cropping systems in the PNW |
| Doug
Young, WSU |
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Managing
the economic transitions to no-till farming in the Pacific Northwest |
| Doug
Young, WSU |
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Strategies
for profitable conservation tillage farming in the Pacific Northwest |
| Frank
Young, USDA-ARS / WSU |
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New technologies
and strategies for managing weeds in conservation cropping systems
for dry land wheat |
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