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William C. Fonteno

North Carolina State University
152 Kilgore Hall
Raleigh, NC
USA 27695

Papers:
Using the Rhizometer and Root Analyzing Software to Measure Root Growth of Seedlings Wetting Agent Addition for Limiting Risks of Hydrophobicity of Peat Substrate Effects of Different Irrigation Strategies on the Evolution of Peat Hydraulic Properties during Cultivation Effect of Water Content on the Hydration Efficiency of Several Organic Substrates Toward a Better Irrigation Management in Soilless Culture by Considering the Influence of Root Development on the Evolution of Hydraulic Properties of Substrates Growing Media in France and Europe: Inventory and Current Perspectives Utilizing the Mini-Horhizotron as a Tool for Assessing Plant Root Disease Severity in Floriculture Crops The Effect of Hammer Mill Processing on Pine Bark Substrate Wettability The Effect of Moisture Adjustment Procedures on Substrate Hydration and Wettability Evolution and Potential of the Mini-Horhizotron as an Apparatus for Teaching and Research Investigations in the Plant Sciences Engineering Pine Wood Chip Aggregates for Greenhouse Substrates Comparison of Pine Bark Substrates from Multiple Suppliers: White Wood Percentage and Volume Comparison of Pine Bark from Multiple Suppliers: Variation in Substrate Physical Properties Influence of White Wood on Physical Properties of Pine Bark Substrates Wettability of Fresh and Aged Pine Bark Substrates from Different Sources Influence of Sand on Physical Properties of Pine Bark Substrates of Different Ages and from Different Sources Pine Bark Substrate Source and Age Affect Seedling Toxicities Comparison of Pine Bark from Multiple Suppliers: Variation in Available and Unavailable Water