Proceedings :: North Central Soil Fertility Conference

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2007

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Authors

Abunyewa, A

Adee, E.A

Ashley, R

Barbagelata, P.A

Becker, A.W

Below, F.E

Boomsma, C.R

Boosma, C.R

Boring, T.J

Camberato, J

Chong, S

Clover, M.W

Cánepa, M

Deen, B

Dunn, D.J

Dygert, C

Ebelhar, S.A

Emmert, D

Endres, G

Ferguson, R

Franzen, D.W

Gehl, R.J

Gelderman, R

Gentry, L.E

Gordon, W.B

Hart, C.D

Hawkins, J.A

Hoben, J.P

Hsu, C.K

Hubbard, V

Hubbard, V.C

Joern, B

Klubeck, B

Laboski, C.A

Lamb, J.A

Lauzon, J

Lukach, J

Lundvall, J.P

Lyon, D

Mallarino, A.P

Mason, S

McKay, K

McSpadden-Gardner, B

Moose, S.P

Mullen, R.W

Nafziger, E.D

Nielsen, R

Oliveira, L

Osborne, S.L

Perry, C.R

Phillips, A

Pikul Jr, J.L

Raudales, R

Rehm, G.W

Repking, M.J

Robertson, G.P

Ruffo, M

Sawyer, J.E

Scharf, P

Snapp, S.S

Spray, H.C

Stevens, G

Tarkalson, D

Uribelarrea, M

Vories, E.D

Vyn, T.J

Walters, A

Warner, A

Wessel, J.R

Wortmann, C

Wyciskalla, T

Zucco, M

Topics

Type

Oral

Year

2007

Home » Year » Results

Year

Filter results2 paper(s) found.
1. Evaluation of the Greenseeker Active Sensor for Sugarbeet Cropping System Nitrogen Management The application of adequate, non-excessive rates of N fertilizer to sugarbeets ( Beta vulgaris L.) continues to increase in importance with rising fertilizer costs and industry transitions from yield-based payments to payments weighted towa rd crop quality. The objective of this study is to evaluate the use of an optical sensor for its potential in assessing in-season sugarbeet N status, in-season yield prediction, and total N in foliage on day of harvest. Six N fertilizer treatments, from 0 to ... Download paper
2. Field Measurements of Nitrous Oxide Emissions across a Nitrogen Fertilizer Gradient for Corn Cropping Systems Significant reductions in nitrous oxide (N 2O) emissions from corn (Zea maize L.) cropping systems may be possible by reducing N fertilizer i nputs with relatively little impact on crop grain yield or economic return. To te st this hypothesis, experiments we re conducted at 4 locations in corn production in Michigan in 2007. All sites were under a corn-soybean rotation. Prior to planting, six rates of urea fertilizer (0-200 lb ac -1) were broadcast and incorporated into four replicate plots (RCB... Download paper

Filter results2 paper(s) found.

1. Evaluation of the Greenseeker Active Sensor for Sugarbeet Cropping System Nitrogen Management

The application of adequate, non-excessive rates of N fertilizer to sugarbeets ( Beta vulgaris L.) continues to increase in importance with rising fertilizer costs and industry transitions from yield-based payments to payments weighted towa rd crop quality. The objective of this study is to evaluate the use of an optical sensor for its potential in assessing in-season sugarbeet N status, in-season yield prediction, and total N in foliage on day of harvest. Six N fertilizer treatments, from 0 to ...

Download paper

2. Field Measurements of Nitrous Oxide Emissions across a Nitrogen Fertilizer Gradient for Corn Cropping Systems

Significant reductions in nitrous oxide (N 2O) emissions from corn (Zea maize L.) cropping systems may be possible by reducing N fertilizer i nputs with relatively little impact on crop grain yield or economic return. To te st this hypothesis, experiments we re conducted at 4 locations in corn production in Michigan in 2007. All sites were under a corn-soybean rotation. Prior to planting, six rates of urea fertilizer (0-200 lb ac -1) were broadcast and incorporated into four replicate plots (RCB...

Download paper