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Julián Miralles, Raquel Valdes, Juan J. Martínez-Sánchez and Sebastián Bañón

treatments. Table 1. Effect of salinity (S) and crop system (CS) on Euonymus japonicus biomass, leaf plant parameters, shoot:root ratio (S:R), leaf dry weight (DW)/total DW, height, compactness index, and pore water electrical conductivity (EC) at the end

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Amanda Bayer, John Ruter and Marc W. van Iersel

collection period. At the 100% fertilizer rate, average pore water EC was greatest during the second and fourth collection periods (1.5 dS·m −1 ) and decreased from the fourth to ninth collection periods from 1.5 to 0.5 dS·m −1 . Fig. 6. Pore water electrical

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Jong-Goo Kang, Rhuanito Soranz Ferrarezi, Sue K. Dove, Geoffrey M. Weaver and Marc W. van Iersel

, pore water electrical conductivity (EC) was measured at four different times during the study, using a sensor that measures the temperature, dielectric, and bulk EC of the substrate (WET-2; Delta-T Devices, Burwell, Cambridge, UK). Those data are used

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Peter Alem, Paul A. Thomas and Marc W. van Iersel

in pore water EC could be explained based on the effects of CRF rate, whereas the decrease in EC over time accounted for an additional 13% of the variation. Fig. 2. Pore water electrical conductivity (EC) as a function of the amount of controlled

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Jacob H. Shreckhise, James S. Owen Jr. and Alex X. Niemiera

micronutrients and either 4.75 kg·m −3 (hydrangea and holly) or 1.19 kg·m −3 (azalea) of dolomitic limestone and fertilized with controlled-release fertilizer (CRF; control; n = 3) or liquid fertilizer (LF; n = 14). Fig. 2. Substrate pore-water electrical