Waiting for the snow to melt…
The purpose of the data package is to present the results of calculations of the following unsaturated-saturated hydraulic parameters of soils of the East River Watershed, Colorado: fully saturated water content (Qs), residual saturation (Qr), van genuchten parameters alpha and n, field capacity (FC), and saturated hydraulic conductivity (Ks). Calculations were conducted for the following soil texture types: sandy_loam, loam, silty_clay_loam, clay_loam, silt loam; the particle size distribution included the percentage of sand, silt, clay, and the bulk density (BD) of soils. Calculations were conducted for the following areas - Lower_Subalpine (6 samples), - Lower_Montane_lower_hillslope (7 samples), - Floodplain_at_base_of_lower_montane_hillslope, (11 samples), - PLM-0 (10 samples), - PLM-1 (10 samples), and - PLM-3 (13 samples) Calculations were conducted using the Pedotransfer Function Method developed by Tóth et al. (2014) with the application of the code ”euptf” in Rstudio. The data are being summarized in the Excel file ”Unsaturated_Saturated_Hydraulic_Parameters_PTF_calculated_EASt_EIver.xls" including two worksheets: “full_data_EAST_RIVER” which includes (a) the input data used for calculations, the soil texture triangle, and the plots of the water retention curves and unsaturated hydraulic conductivity for several types of soil texture, and (b) the summary table with the averaged parameters for each area. The the texture triangle was plotted using the Rstudio "soiltexture." Microsoft Excel software is required to open the Excel file. The metadata and a list of references to the Rstudio libraries used for calculations and data visualization are giving in the Word Readme file.
Knowledge graph centered on Unsaturated and Saturated Hydraulic Parameters of with 5 nodes and 5 connections. Top connected: soil grain size, hydraulic gradient, PFLOTRAN, Soil texture triangle plotting.
Items connected by shared entities, co-authorship, citations, or semantic similarity.