Sugarbeet

Figure 1. Representatives of the USDA Foreign Agricultural Service view sugarbeet harvest in the Nebraska Panhandle near Morrill. (Photo by Gary Stone)
Figure 1. Representatives of the USDA Foreign Agricultural Service observe sugarbeet harvest at a farm in the Nebraska Panhandle near Morrill. (Photo by Gary Stone)

Foreign Ag Representatives View Nebraska Farms First-Hand September 27, 2018

A group of 27 foreign agriculture attachés from 23 countries recently visited several ag production sites in Nebraska, including a farm near Morrill where sugarbeet harvest was underway.

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Composite photo of corn, soybean, and sorghum plants at harvest
Figure 1. USDA NASS forecasts record corn, soybean, sorghum, and sugarbeet yields for Nebraska.

Corn and Soybean Forecast for Record Yields, Production September 12, 2018

USDA forecasts record yields for Nebraska corn, soybean, sorghum and sugarbeet and record production for corn and soybean. Nationally, corn is forecast up 2% from 2017 and soybean, up 7%.

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Dry rot canker in sugarbeet
Figure 1. Surface tissues of the dry rot canker rhizoctonia disease first identified in sugarbeet in 1920 are marked by a distinctive series of concentric circles. (Photos by Bob Harveson)

Dry Rot Canker – Obscure, but Returning Rhizoctonia Disease May 23, 2018

Dry rot canker, one of several rhizoctonia diseaes of sugarbeet, has been relatively obscure since first being identified almost a century ago. New technologies, however, have helped to differentiate it from the more common Rhizoctonia root and crown rot disease.

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Figure 1. Aerial imagery was collected at bean emergence using a drone. All dark green rows correspond to plots with different rates of char (10, 20, 30, 40, and 60 tons/acre).
Figure 1. Aerial imagery was collected at bean emergence using a drone. All dark green rows correspond to plots with different rates of char (10, 20, 30, 40, and 60 tons/acre).

Coal Combustion Residue: A Potential Soil Amendment February 22, 2018

University of Nebraska researchers applied char, a by-product of sugar beet processing, at three sites to study its effect on soil properties.

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Figure 1. Complete and permanent collapse of sugarbeet petioles and leaves caused by Rhizoctonia Root and Crown Rot.
Figure 1. Complete and permanent collapse of sugarbeet petioles and leaves caused by Rhizoctonia Root and Crown Rot.

Exploring the Rhizoctonia Pathogens of Sugarbeet February 16, 2018

This is the first article in a series on distinct sugarbeet root rot diseases caused by the genus Rhizoctonia.

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Sugarbeet replanting field trial

When To Replant Sugarbeets: The Relationship Between Population, Yield, And Replant Timing January 8, 2018

An article from the Proceedings of the 2018 Nebraska Extension Crop Production Clinics: Early season stand loss from wind or frost can be severe enough to require replanting of a sugarbeet crop. Three years of field trials at the Panhandle Research and Extension Center were conducted to determine just how much stands need to be reduced to justify replanting.

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Spreader spreading sugar beet char
Spreader spreading sugar beet char

UNL Studying Whether Sugarbeet Char Can Improve Soil June 9, 2016

Scientists from the University of Nebraska-Lincoln (UNL) have begun a multi-year study into whether high-carbon char, a fine, powdery coal dust left over from sugarbeet processing, can improve crop fields.

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