Effects of Salinity Stress from Deicing Salts on Brandywine Tomato Plants
Item
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Title
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Effects of Salinity Stress from Deicing Salts on Brandywine Tomato Plants
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Author
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Stephani Symanowicz
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Ava Howard
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Date
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26 May 2022
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Type
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Text; Image; StillImage
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Identifier
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aes/331
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Language
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eng
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Abstract
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Effects of Salinity Stress from Deicing Salts on Brandywine Tomato Plants
Stephani Symanowicz
Tomatoes, Solanum lycopersicum, are glycophytic and lack adaptations to easily combat salinity stress. Under salinity stress internally the metabolism is impacted by biomolecule destabilization and protein conformational changes. Externally it causes physiological drought due to water being energetically unavailable, which leads to structural changes and decreased transpiration. Due to climate change increasing severe weather patterns and the possibility of deicing salts
being used by counties as road management solutions, we wanted to investigate how deicing
salts impact a crop plant. We studied growth, metabolic processes, and anatomy of six tomato plants under salinity stress using deicing salts and six tomato plants under normal conditions over six weeks. Salinity negatively impacted all growth measures (biomass, stem height and diameter) and leaf gas exchange rates (conductance, transpiration). Single leaf photosynthesis rate was not impacted, and salinity plants had greater specific leaf area (SLA) and a much darker green coloration. The higher SLA and coloration may be an adaptive stress response that minimizes whole plant loss of sugar production. These results could impact how farmers of the Willamette Valley advocate to county officials about road management solutions to snow and ice.
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Rights
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Western Oregon University Library has determined, as of 4/14/2023, this item is in copyright, which is held by the author. Users may use the item in accordance with copyright limitations and exceptions, including fair use. For other uses, please ask permission from the author at the email address listed above.
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http://rightsstatements.org/vocab/InC/1.0/
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Department
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Biology
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Faculty Sponsor
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Ava Howard
