DOCUMENT
README_Nelson_FFPD.docx (23.45 kB)
DATASET
FFPD_Filter_Type.csv (0.88 kB)
DATASET
FFPD_Cover_Type.csv (0.92 kB)
DATASET
FFPD_Temp_Sensitivity.csv (0.77 kB)
DATASET
FFPD_Water_Type.csv (1.12 kB)
DATASET
FFPD_Data.csv (1.55 kB)
DATASET
FFPD_Time.csv (0.89 kB)
DATASET
Pressure_Cell_Data.csv (3.23 kB)
DATASET
PC_FFPD_CV_Chart -9.81.csv (0.54 kB)
DATASET
PC_FFPD_CV_Chart -2.45.csv (0.44 kB)
DOCUMENT
FFPD_SUPP_v11.pdf (559.44 kB)
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Validating the Funnel, Filter Paper, and Drainage Method for Maximum Water Holding Capacity Over a Wide Range of Soil Textures
dataset
posted on 2024-01-17, 21:55 authored by Jessica NelsonJessica Nelson, Toby A. Adjuik, Marshall McDanielMarshall McDaniel, E. Britt Moore, Andy D. VanLoocke, Alam Ramirez ReyesThe data provided includes the results of maximum water holding capacity using the funnel, filter paper, and drainage (FFPD) method, as well as soil water retention curves generated from the water desorption method (via pressure cells) for a full range of soil textures. It will also include data from sensitivity trials to test readily available materials and varying conditions the FFPD method could be expanded to use for more accessibility to community scientists. The format will be in data tables.
Funding
Center for Advanced Bioenergy and Bioproducts Innovation (CABBI)
Office of Biological and Environmental Research
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