Proceedings :: North Central Soil Fertility Conference

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Lindsey, L.E

Hergert, G.W

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Authors

Hankinson, M

Lindsey, L.E

Barker, D

Culman, S

Shapiro, C.A

Blumenthal, J.M

Benham, B.L

Ferguson, R.B

Hergert, G.W

Kranz, W.L

Stevens, W.B

Yonts, C.D

Shapiro, C.A

Kranz, W.L

Blumenthal, J

Yonts, C.D

Benham, B.L

Ferguson, R.B

Hergert, G.W

Waltman, W.J

Tarkalson, D.D

Hergert, G.W

Stevens, W.B

Petersen, J.L

McCallister, D.L

Topics

Type

Oral

Year

2014

1999

2000

2002

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Filter results4 paper(s) found.
1. Effect of Starter Fertilizer and Plant Date on Soybean Growth, Nodulation, and Yield Environmental conditions at the time of planting are a crucial determinant to soybean (Glycine max) yield potential. In recent years, it has become common in Ohio to begin planting earlier in the growing season, as soon as mid- or late-April in some cases. However, soil conditions are typically cooler and wetter at this time as opposed to later planting dates, and nutrient availability may be limited. When planting soybeans into cool and wet soil, the application of a starter fertilizer may be beneficial... Download paper
2. Site Specific Nitrogen and Irrigation Management Across Nebraska Agro-ecological Zones Nitrogen leaching below hrrow irrigated ground has caused nitrate contamination in Nebraska's groundwater. Alternate row irrigation and alternate row nitrogen fertilization is proposed as a method to decrease water use and decrease nitrogen leaching. Nitrogen was applied at a uniform and variable rates based on spring grid sampling for nitrate and soil organic matter. The experiment was conducted at three sites in Nebraska that represent a range of growing conditions. At these sites the average growing... Download paper
3. Site-Specific Nitrogen and Irrigation Management Across Nebraska Agro-Ecological Zones Nitrogen leaching below hrrow-irrigated ground has caused nitrate contamination in Nebraska's groundwater. Alternate row hrrow irrigation and alternate row nitrogen fertilization is proposed as a method to decrease water use and decrease nitrogen leaching. Nitrogen (N) was applied at a uniform and variable rate based on spring grid sampling for nitrate. The experiment was conducted at three sites in Nebraska that represent a range of growing conditions. At these sites, the average growing degree-days... Download paper
4. Use of Fly Ash as as Alternative Liming Source for Irrigated Corn Production Fly ash from the Gerald Gentleman Power Station in west central Nebraska can potentially serve as an alternative liming source without reducing corn grain yields. A study was conducted to assess the use of fly ash as an alternative liming source on three acid sandy soils of west central Nebraska where conventional limmg sources can be uneconomical due to transportation costs. Corn grain yield, and soil pH change over time were assessed. Lime sources failed to raise the soil pH in the upper 8 inches... Download paper

Filter results4 paper(s) found.

1. Effect of Starter Fertilizer and Plant Date on Soybean Growth, Nodulation, and Yield

Environmental conditions at the time of planting are a crucial determinant to soybean (Glycine max) yield potential. In recent years, it has become common in Ohio to begin planting earlier in the growing season, as soon as mid- or late-April in some cases. However, soil conditions are typically cooler and wetter at this time as opposed to later planting dates, and nutrient availability may be limited. When planting soybeans into cool and wet soil, the application of a starter fertilizer may be beneficial...

Download paper

2. Site Specific Nitrogen and Irrigation Management Across Nebraska Agro-ecological Zones

Nitrogen leaching below hrrow irrigated ground has caused nitrate contamination in Nebraska's groundwater. Alternate row irrigation and alternate row nitrogen fertilization is proposed as a method to decrease water use and decrease nitrogen leaching. Nitrogen was applied at a uniform and variable rates based on spring grid sampling for nitrate and soil organic matter. The experiment was conducted at three sites in Nebraska that represent a range of growing conditions. At these sites the average growing...

Download paper

3. Site-Specific Nitrogen and Irrigation Management Across Nebraska Agro-Ecological Zones

Nitrogen leaching below hrrow-irrigated ground has caused nitrate contamination in Nebraska's groundwater. Alternate row hrrow irrigation and alternate row nitrogen fertilization is proposed as a method to decrease water use and decrease nitrogen leaching. Nitrogen (N) was applied at a uniform and variable rate based on spring grid sampling for nitrate. The experiment was conducted at three sites in Nebraska that represent a range of growing conditions. At these sites, the average growing degree-days...

Download paper

4. Use of Fly Ash as as Alternative Liming Source for Irrigated Corn Production

Fly ash from the Gerald Gentleman Power Station in west central Nebraska can potentially serve as an alternative liming source without reducing corn grain yields. A study was conducted to assess the use of fly ash as an alternative liming source on three acid sandy soils of west central Nebraska where conventional limmg sources can be uneconomical due to transportation costs. Corn grain yield, and soil pH change over time were assessed. Lime sources failed to raise the soil pH in the upper 8 inches...

Download paper