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Use Of Halophytes To Manage Soil Characteristics In Joint Use Environments

Picture for Use Of Halophytes To Manage Soil Characteristics In Joint Use Environments
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Product Number: 51321-16550-SG
Author: Jon H. Brasher/ Evelyn Boone/Dr. Dennis Delaney/ Dr. Audrey Gamble/ Dr. Dale Monks/ Selina Bruckner
Publication Date: 2021
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This paper focuses on a preliminary study of the use of halophytes to manage the characteristics of soil. Halophytes, such as switchgrass and salt bush, are capable of altering the characteristics of the soil over time, possibly reducing conductivity and corrosivity. These types of plants have environmental benefits as well. Switchgrass (Panicum virgatum) is a noninvasive biomass that can be converted to biofuels after cutting. The root system of switchgrass can reach depths of six feet or more. It can also serve as a forage for wildlife. Plants such as salt bush (Atriplex canascens) are also forages as well as a food source for bees and other pollinators.

Keywords: Halophytes, Conductivity, Soil, Cation Exchange Capacity

This paper focuses on a preliminary study of the use of halophytes to manage the characteristics of soil. Halophytes, such as switchgrass and salt bush, are capable of altering the characteristics of the soil over time, possibly reducing conductivity and corrosivity. These types of plants have environmental benefits as well. Switchgrass (Panicum virgatum) is a noninvasive biomass that can be converted to biofuels after cutting. The root system of switchgrass can reach depths of six feet or more. It can also serve as a forage for wildlife. Plants such as salt bush (Atriplex canascens) are also forages as well as a food source for bees and other pollinators.

Keywords: Halophytes, Conductivity, Soil, Cation Exchange Capacity

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