Proceedings :: North Central Soil Fertility Conference

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Miller, J.J

Frankenberger, J

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Miller, J.J

Giesler, L.J

Shapiro, C.A

Schepers, J.S

Glewen, K

Arneson, N.J

Spicka, S

Hofmann, B

Brouder, S

Frankenberger, J

Topics

Type

Oral

Year

2015

1999

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Filter results2 paper(s) found.
1. Nitrate Concentrations in Drainage Water from a Continuous Corn Production System- Impacts of Tile Spacing and Precipitation Events Characterization of agricultural drains as point sources for nitrates in surface waters has generated keen interest in regional grab-sample monitoring programs. Grab sample tile drain monitoring programs are being explored by numerous public and private organizations interested in encouraging BMPYs for nitrogen and/or implementation of TMDL policy. Our objective was to determine if nitrate concentrations in water collected from individual tile lines could be interpreted independent of information... Download paper
2. Evaluation of Crop Canopy Sensors as a Tool for Soybean Research and Production Determining the variables that consistently increase yields in soybean Â [Glycine max (L.) Merr.] continues to challenge researchers, agronomists and growers alike. Crop canopy sensors have emerged as a technology used in other cropping systems to monitor and manage agricultural inputs. The sensors measure reflectance in selected wavebands that are used to calculate vegetation indices that relate to unique leaf or canopy characteristics. The objectives of this study were to determine if a commercially... Download paper

Filter results2 paper(s) found.

1. Nitrate Concentrations in Drainage Water from a Continuous Corn Production System- Impacts of Tile Spacing and Precipitation Events

Characterization of agricultural drains as point sources for nitrates in surface waters has generated keen interest in regional grab-sample monitoring programs. Grab sample tile drain monitoring programs are being explored by numerous public and private organizations interested in encouraging BMPYs for nitrogen and/or implementation of TMDL policy. Our objective was to determine if nitrate concentrations in water collected from individual tile lines could be interpreted independent of information...

Download paper

2. Evaluation of Crop Canopy Sensors as a Tool for Soybean Research and Production

Determining the variables that consistently increase yields in soybean Â [Glycine max (L.) Merr.] continues to challenge researchers, agronomists and growers alike. Crop canopy sensors have emerged as a technology used in other cropping systems to monitor and manage agricultural inputs. The sensors measure reflectance in selected wavebands that are used to calculate vegetation indices that relate to unique leaf or canopy characteristics. The objectives of this study were to determine if a commercially...

Download paper