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Windblown dust affected by tillage intensity during summer fallow
Brenton Sharratt
*
, Laura Wendling
, Guanglong Feng
*
Corresponding author for this work
Not published at VTT
Commonwealth Scientific and Industrial Research Organisation (CSIRO)
The United States Department of Agriculture
Washington State University
Research output
:
Contribution to journal
›
Article
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Scientific
›
peer-review
56
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Keyphrases
Summer Fallow
100%
Tillage Intensity
100%
PM10
100%
Windblown Dust
100%
Tillage Operations
62%
High Winds
37%
No-tillage
37%
Sowing
25%
Conventional Tillage
25%
Minimum Tillage
25%
Aerodynamic Diameter
12%
Air Quality
12%
Agricultural Soil
12%
Management Options
12%
Economically Viable
12%
Pacific Northwest
12%
Agricultural Land
12%
Wheat-fallow
12%
Crop Rotation
12%
Wind Erosion
12%
Winter Wheat-summer Fallow
12%
Northwest United States
12%
Wind Speed Profile
12%
Columbia Plateau
12%
Portable Wind Tunnel
12%
Conventional Crops
12%
Tillage Practices
12%
PM10 Concentration
12%
Low Precipitation
12%
Precipitation Zones
12%
Earth and Planetary Sciences
Zero Tillage
100%
Sowing
66%
Aerodynamics
33%
Wind Velocity
33%
United States
33%
Agricultural Soil
33%
Wind Tunnels
33%
Wind Erosion
33%
Crop Rotation
33%
Farmland
33%
Atmospheric Aerosols
33%
Emissions
33%
Air Quality
33%
INIS
dusts
100%
tillage
100%
operation
41%
wind
41%
sediments
41%
soils
33%
wheat
16%
rotation
16%
simulation
8%
economics
8%
concentration
8%
speed
8%
management
8%
reduction
8%
precipitation
8%
emission
8%
particulates
8%
aerodynamics
8%
erosion
8%
zones
8%
usa
8%
crops
8%
air quality
8%
wind tunnels
8%
Agricultural and Biological Sciences
Summer Fallow
100%
No-Till Farming
60%
Minimum Tillage
40%
Conventional Tillage
40%
Wind Speed
20%
Air Quality
20%
Agricultural Land
20%
Wind Erosion
20%
Agricultural Soil
20%