Evaluating Soil Properties Under Hemp Production in Western Kentucky
Academic Level at Time of Presentation
Senior
Major
Horticulture
2nd Student Academic Level at Time of Presentation
Junior
2nd Student Major
Horticulture
2nd Student Minor
Biology
3rd Student Academic Level at Time of Presentation
Senior
3rd Student Major
Horticulture
List all Project Mentors & Advisor(s)
Iin Handayani
Presentation Format
Poster Presentation
Abstract/Description
Evaluating Soil Properties Under Hemp Production
in Western Kentucky
Abigail Keairns, Skye Drane, Madison Carmichael
Mentor: Dr. Iin Handayani
Hutson School of Agriculture, Murray State University
ABSTRACT
Hemp production was banned in the United States in 1937 and then legalized almost 80 years later in 2018. Hemp is presenting itself as a popular and healthier alternative to tobacco farming, thus it is imperative that soil properties are examined in various hemp crop rotations. This study was conducted to evaluate soil properties, such as water holding capacity (SWHC), soil water content at field capacity (SWCFC), bulk density (BD), soil organic matter (SOM), and the level of acidity. The study site was in Calloway County, Kentucky. The soil samples were taken at a 0 to 8 cm depth from five fields: four short-term (one year) crop-rotated fields including tobacco-hemp, corn-hemp, soybean-hemp, and sunflower-hemp as well as a monocrop field of hemp-hemp. The majority of the soil textural class in this study was silt loam and generally was eroded. The data shows that the highest SWHC and SWCFC was found in the sunflower-hemp field and the lowest was in the tobacco-hemp field. The highest soil compaction was observed in tobacco-hemp and hemp-hemp rotations. However, the magnitudes of SOM content was relatively similar among the fields, ranging from 2.8-3.6%. Further monitoring of soil changes due to hemp production needs to continue because current research is limited. The results of this study will provide quality information on this relatively under-researched plant as well as promote hemp production in crop rotation systems.
Keywords: acidity, bulk density, hemp, organic matter, soil water retention.
Fall Scholars Week 2019 Event
Earth and Environmental Sciences Poster Session
Evaluating Soil Properties Under Hemp Production in Western Kentucky
Evaluating Soil Properties Under Hemp Production
in Western Kentucky
Abigail Keairns, Skye Drane, Madison Carmichael
Mentor: Dr. Iin Handayani
Hutson School of Agriculture, Murray State University
ABSTRACT
Hemp production was banned in the United States in 1937 and then legalized almost 80 years later in 2018. Hemp is presenting itself as a popular and healthier alternative to tobacco farming, thus it is imperative that soil properties are examined in various hemp crop rotations. This study was conducted to evaluate soil properties, such as water holding capacity (SWHC), soil water content at field capacity (SWCFC), bulk density (BD), soil organic matter (SOM), and the level of acidity. The study site was in Calloway County, Kentucky. The soil samples were taken at a 0 to 8 cm depth from five fields: four short-term (one year) crop-rotated fields including tobacco-hemp, corn-hemp, soybean-hemp, and sunflower-hemp as well as a monocrop field of hemp-hemp. The majority of the soil textural class in this study was silt loam and generally was eroded. The data shows that the highest SWHC and SWCFC was found in the sunflower-hemp field and the lowest was in the tobacco-hemp field. The highest soil compaction was observed in tobacco-hemp and hemp-hemp rotations. However, the magnitudes of SOM content was relatively similar among the fields, ranging from 2.8-3.6%. Further monitoring of soil changes due to hemp production needs to continue because current research is limited. The results of this study will provide quality information on this relatively under-researched plant as well as promote hemp production in crop rotation systems.
Keywords: acidity, bulk density, hemp, organic matter, soil water retention.