A) Na reduction in the soil (%) by wicking material (hydraulic

Download scientific diagram | (A) Na reduction in the soil (%) by wicking material (hydraulic mulch [HM], Humidi‐Wick [HW], wheat straw [S], and Super Wick [SW]) and water table depth. Upper and lowercase letters represent significant differences in Na reduction for Water Table 1 (5 cm) and Water Table 2 (15 cm), respectively. Ratios of evaporation rate between each combination of wicking/water table treatments, and the control are shown above each boxplot. (B) Relationship between Na reduction (%) and daily evaporation rate (mL d⁻¹). (C) Initial and final electrical conductivity (EC) and %Na for Super Wick and Water Table 1. † %Na was calculated using the method presented in DeSutter et al. (2015). from publication: Wicking Salts from Brine-Contaminated Soils: A Potential Method for In Situ Remediation | Core Ideas “Wicking” salts from brine‐impacted soils may be an effective means of remediation. Wicking materials reduced the mass of Na in brine‐impacted soil columns up to 88%. This method may expedite remediation of brine‐impacted soils with shallow water | Capillarity, Remediation and In Situ | ResearchGate, the professional network for scientists.

Applied Sciences, Free Full-Text

Water, Free Full-Text

Feed and ef uent values for (a) total organic carbon (TOC) and total

PPT - Evaluating Wick Drain Performance in Virginia Soils PowerPoint Presentation - ID:5480752

Abbey Wick, Ph.D. - Fargo, North Dakota, United States, Professional Profile

Frontiers Identifying major phases in the use of land, energy and changing landscapes by agrarian societies (7,000 cal BP-Present) in Cantabrian Spain, based on cultural changes and anthropogenic signals

Design & Engineering Information - LiveRoof Green Roof Systems

Abbey Wick, Ph.D. - Fargo, North Dakota, United States, Professional Profile

What is Hydraulic Cement? 9 Distinct Uses of This Material

vacuum consolidation - Cofra - Working worldwide with over 40 years of experience in this field

Miranda MEEHAN, Professor (Associate), PhD Natural Resource Management, North Dakota State University, ND, NDSU, Department of Animal Sciences

PDF) Wicking Salts from Brine-Contaminated Soils: A Potential Method for In Situ Remediation

/horticulturae/horticulturae-02-00013/