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Kathryn Dumschott authored
- /assays/MiniPam/Quinoaimage4.jpeg - /assays/MiniPam/README.md - /assays/MiniPam/dataset/.gitkeep - /assays/MiniPam/isa.assay.xlsx - /assays/MiniPam/protocols/.gitkeep - /assays/MiniPam/protocols/Chlorophyllfluoresenceprotocol.docx - /assays/Harvest_Data/README.md - /assays/Harvest_Data/dataset/.gitkeep - /assays/Harvest_Data/isa.assay.xlsx - /assays/Harvest_Data/protocols/.gitkeep - /assays/RelativeWaterContent/README.md - /assays/RelativeWaterContent/dataset/.gitkeep - /assays/RelativeWaterContent/dataset/RelativeWaterContent.xlsx - /assays/RelativeWaterContent/isa.assay.xlsx - /assays/RelativeWaterContent/protocols/.gitkeep - /assays/RelativeWaterContent/protocols/Protocol_RWC.docx - /assays/Chlorophyll_Fluorescence/dataset/.gitkeep - /assays/Chlorophyll_Fluorescence/protocols/Chlorophyllfluoresenceprotocol.docx - /assays/Chlorophyll_Fluorescence/protocols/.gitkeep - /assays/Chlorophyll_Fluorescence/isa.assay.xlsx - /assays/Chlorophyll_Fluorescence/README.md - /assays/Chlorophyll_Fluorescence/Quinoaimage4.jpeg - /assays/Harvesting/dataset/.gitkeep - /assays/Harvesting/protocols/.gitkeep - /assays/Harvesting/isa.assay.xlsx - /assays/Harvesting/README.md - /assays/Relative_Water_Content/dataset/.gitkeep - /assays/Relative_Water_Content/dataset/RelativeWaterContent.xlsx - /assays/Relative_Water_Content/protocols/Protocol_RWC.docx - /assays/Relative_Water_Content/protocols/.gitkeep - /assays/Relative_Water_Content/isa.assay.xlsx - /assays/Relative_Water_Content/README.md
Kathryn Dumschott authored- /assays/MiniPam/Quinoaimage4.jpeg - /assays/MiniPam/README.md - /assays/MiniPam/dataset/.gitkeep - /assays/MiniPam/isa.assay.xlsx - /assays/MiniPam/protocols/.gitkeep - /assays/MiniPam/protocols/Chlorophyllfluoresenceprotocol.docx - /assays/Harvest_Data/README.md - /assays/Harvest_Data/dataset/.gitkeep - /assays/Harvest_Data/isa.assay.xlsx - /assays/Harvest_Data/protocols/.gitkeep - /assays/RelativeWaterContent/README.md - /assays/RelativeWaterContent/dataset/.gitkeep - /assays/RelativeWaterContent/dataset/RelativeWaterContent.xlsx - /assays/RelativeWaterContent/isa.assay.xlsx - /assays/RelativeWaterContent/protocols/.gitkeep - /assays/RelativeWaterContent/protocols/Protocol_RWC.docx - /assays/Chlorophyll_Fluorescence/dataset/.gitkeep - /assays/Chlorophyll_Fluorescence/protocols/Chlorophyllfluoresenceprotocol.docx - /assays/Chlorophyll_Fluorescence/protocols/.gitkeep - /assays/Chlorophyll_Fluorescence/isa.assay.xlsx - /assays/Chlorophyll_Fluorescence/README.md - /assays/Chlorophyll_Fluorescence/Quinoaimage4.jpeg - /assays/Harvesting/dataset/.gitkeep - /assays/Harvesting/protocols/.gitkeep - /assays/Harvesting/isa.assay.xlsx - /assays/Harvesting/README.md - /assays/Relative_Water_Content/dataset/.gitkeep - /assays/Relative_Water_Content/dataset/RelativeWaterContent.xlsx - /assays/Relative_Water_Content/protocols/Protocol_RWC.docx - /assays/Relative_Water_Content/protocols/.gitkeep - /assays/Relative_Water_Content/isa.assay.xlsx - /assays/Relative_Water_Content/README.md
README.md 838 B
Leaf relative water content
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An approximately 1 cm 3 section of leaf was sampled from each plot and transferred to a pre-weighed Eppendorf tube.
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The tubes were then reweighed, filled with MilliQ water and left at 4 °C overnight.
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The following morning, the turgid leaf section was removed from the tube, carefully dried with a paper towel and reweighed.
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Samples were then placed back into the emptied Eppendorf tubes and placed in an oven at approximately 70 °C overnight.
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Once leaf sections were completely dry, the tubes containing the leaf samples were reweighed.
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The empty tube weight was subtracted from the fresh weight and dried weight measurements and relative water content (RWC, %) was calculated using the equation: