Статии с изисквания за обществен достъп - Newell KitchenНаучете повече
Не е налице никъде: 18
Economics of precision farming
TW Griffin, JM Shockley, TB Mark
Precision agriculture basics, 221-230, 2018
Изисквания: US Department of Agriculture
Yield monitoring and mapping
J Fulton, E Hawkins, R Taylor, A Franzen
Precision agriculture basics, 63-77, 2018
Изисквания: US Department of Agriculture
Precision agriculture data management
JP Fulton, K Port
Precision agriculture basics, 169-187, 2018
Изисквания: US Department of Agriculture
Remote sensing for site‐specific crop management
R Ferguson, D Rundquist
Precision agriculture basics, 103-117, 2018
Изисквания: US Department of Agriculture
Satellite‐based Positioning Systems for Precision Agriculture
T Stombaugh
Precision agriculture basics, 25-35, 2018
Изисквания: US Department of Agriculture
Yield Potential and Nitrogen Requirements of Miscanthus × giganteus on Eroded Soil
MA Yost, BK Randall, NR Kitchen, EA Heaton, RL Myers
Agronomy Journal 109 (2), 684-695, 2017
Изисквания: US Department of Agriculture
Calculations supporting management zones
DE Clay, NR Kitchen, E Byamukama, SA Bruggeman
Practical mathematics for precision farming, 123-135, 2017
Изисквания: US Department of Agriculture
Topsoil thickness effects on corn, soybean, and switchgrass production on claypan soils
LS Conway, MA Yost, NR Kitchen, KA Sudduth, AL Thompson, ...
Agronomy Journal 109 (3), 782-794, 2017
Изисквания: US Department of Agriculture
Precision variable equipment
A Sharda, A Franzen, DE Clay, JD Luck
Precision agriculture basics, 155-168, 2018
Изисквания: US Department of Agriculture
Basics of a geographic information system
T Brase
Precision agriculture basics, 37-62, 2018
Изисквания: US Department of Agriculture
Cropping system, landscape position, and topsoil depth affect soil fertility and nutrient buffering
LS Conway, MA Yost, NR Kitchen, KA Sudduth, KS Veum
Soil Science Society of America Journal 82 (2), 382-391, 2018
Изисквания: US Department of Agriculture
Miscanthus × Giganteus Growth and Nutrient Export on 22 Producer Fields
MA Yost, NR Kitchen, KA Sudduth, E Allphin
Bioenergy Research 11, 426-439, 2018
Изисквания: US Department of Agriculture
Electronics and control systems
A Franzen
Precision agriculture basics, 141-154, 2018
Изисквания: US Department of Agriculture
Topsoil thickness influences nitrogen management of switchgrass
MA Yost, NR Kitchen, KA Sudduth, AL Thompson, E Allphin
BioEnergy Research 10, 465-477, 2017
Изисквания: US Department of Agriculture
Using topsoil thickness to improve site‐specific phosphorus and potassium management on claypan soil
LS Conway, MA Yost, NR Kitchen, KA Sudduth
Agronomy Journal 109 (5), 2291-2301, 2017
Изисквания: US Department of Agriculture
Soil organic matter prediction with benchtop and implement‐mounted optical reflectance sensing approaches
LS Conway, KA Sudduth, NR Kitchen, SH Anderson, KS Veum, DB Myers
Soil Science Society of America Journal 86 (6), 1652-1664, 2022
Изисквания: US Department of Agriculture
Repeatability of commercially available visible and near infrared proximal soil sensors
LS Conway, KA Sudduth, NR Kitchen, SH Anderson
Precision Agriculture 24 (3), 1014-1029, 2023
Изисквания: US Department of Agriculture
Topsoil thickness and harvest management influence switchgrass production and profitability
MA Yost, NR Kitchen, KA Sudduth, AL Thompson, E Allphin Jr
Agronomy Journal 109 (3), 985-994, 2017
Изисквания: US Department of Agriculture
Налице някъде: 25
Estimation of maize yield and effects of variable-rate nitrogen application using UAV-based RGB imagery
M Zhang, J Zhou, KA Sudduth, NR Kitchen
biosystems engineering 189, 24-35, 2020
Изисквания: National Natural Science Foundation of China
Evaluation of aggregate stability methods for soil health
EL Rieke, DK Bagnall, CLS Morgan, KD Flynn, JA Howe, KLH Greub, ...
Geoderma 428, 116156, 2022
Изисквания: US National Science Foundation, US Department of Agriculture
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