High-Carbon Char

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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High-C char residue after sugarbeet processing

Using High-Carbon Char as a Soil Amendment to Improve Soil Properties February 13, 2018

Can a residue from sugarbeet processing in western Nebraska be used to increase soil carbon? Researchers share the first year of data examining the effects on soil carbon and soil physical properties from using high-C char.

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