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Solution Ammonium: Nitrate ratio and cation/anion uptake affect acidity or basicity with floriculture species in hydroponics

Scientia horticulturae, 2016-03, Vol.200, p.36-44

2016

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Effect of fertilizer potential acidity and nitrogen form on the pH response in a peat-based substrate with three floricultural species

Scientia horticulturae, 2013-10, Vol.162, p.135-143

2013

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Root medium physical properties

HortTechnology (Alexandria, Va.), 1998-10, Vol.8 (4), p.481-485

Argo, W.R. (Blackmore Company, Belleville, MI.)

1998

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Survey of Tissue Nutrient Levels in Vegetative Cuttings

Communications in soil science and plant analysis, 2011-01, Vol.42 (5-8), p.669-693

2011

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A Gasometric Procedure to Measure Residual Lime in Container Substrates

HortScience, 2007-12, Vol.42 (7), p.1685-1689

2007

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Quantifying the Acidity of an Ammonium-based Fertilizer in Containerized Plant Production

HortScience, 2010-07, Vol.45 (7), p.1099-1105

2010

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Timing of Macronutrient Supply during Cutting Propagation of Petunia

HortScience, 2011-03, Vol.46 (3), p.475-480

2011

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Limestone particle size and residual lime concentration affect pH buffering in container substrates

Journal of plant nutrition, 2010-04, Vol.33 (5-8), p.846-858

2010

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Effect of petunia stock plant nutritional status on fertilizer response during propagation

Journal of plant nutrition, 2011-07, Vol.34 (10), p.1424-1436

2011

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Container Substrate-pH Response to Differing Limestone Type and Particle Size

HortScience, 2007-08, Vol.42 (5), p.1268-1273

2007

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Survey of Water and Fertilizer Management During Cutting Propagation

HortTechnology (Alexandria, Va.), 2008, Vol.18 (4), p.597-604

2008

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Growth and Pigment Content of Container-grown Impatiens and Petunia in Relation to Root Substrate pH and Applied Micronutrient Concentration

HortScience, 2004-10, Vol.39 (6), p.1421-1425

2004

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Protocol to Quantify the Reactivity of Carbonate Limestone for Horticultural Substrates

Communications in soil science and plant analysis, 2007-03, Vol.38 (5-6), p.719-737

2007

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Quantifying the Acidic and Basic Effects of Fifteen Floriculture Species Grown in Peat-based Substrate

HortScience, 2017-08, Vol.52 (8), p.1065-1072

2017

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Iron Form and Concentration Affect Nutrition of Container-grown Pelargonium and Calibrachoa

HortScience, 2006-02, Vol.41 (1), p.244-251

2006

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Water-soluble fertilizer concentration and pH of a peat-based substrate affect growth, nutrient uptake, and chlorosis of container-grown seed geraniums

Journal of plant nutrition, 2004-01, Vol.27 (3), p.497-524

2004

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(66) Modeling Lime Reaction in Horticultural Substrates

HortScience, 2006-07, Vol.41 (4), p.1072-1072

2006

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(70) Improved Reactivity Indices for Horticultural Limes

HortScience, 2006-07, Vol.41 (4), p.1019-1019

2006

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Nutrient Uptake in Container-grown Impatiens and Petunia in Response to Root Substrate pH and Applied Micronutrient Concentration

HortScience, 2004-10, Vol.39 (6), p.1426-1431

2004

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A Protocol to Quantify the Reactivity of Carbonate Lime for Horticultural Substrates

HortScience, 2005-07, Vol.40 (4), p.1124-1125

2005

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Validation of a Fertilizer Potential Acidity Model to Predict the Effects of Water-soluble Fertilizer on Substrate pH

HortScience, 2014-08, Vol.49 (8), p.1061-1066

2014

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Evaluating Calibrachoa (Calibrachoa ×hybrida Cerv.) Genotype Sensitivity to Iron Deficiency at High Substrate pH

HortScience, 2016-12, Vol.51 (12), p.1452-1457

2016

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The pH-Response of a Peat-based Medium to Application of Acid-reaction Chemicals

HortScience, 2003-02, Vol.38 (1), p.26-31

2003

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Correcting iron deficiency in calibrachoa grown in a container medium at high pH

HortTechnology (Alexandria, Va.), 2003, Vol.13 (2), p.308-313

2003

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The Effect of Lime, Irrigation-water Source, and Water-soluble Fertilizer on Root-zone pH, Electrical Conductivity, and Macronutrient Management of Container Root Media with Impatiens

Journal of the American Society for Horticultural Science, 1996-05, Vol.121 (3), p.442-452

1996

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Fundamental And Applied Biological Sciences. Psychology
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Peat
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Solution Ammonium: Nitrate ratio and cation/anion uptake affect acidity or basicity with floriculture species in hydroponics

Effect of fertilizer potential acidity and nitrogen form on the pH response in a peat-based substrate with three floricultural species

Root medium physical properties

Survey of Tissue Nutrient Levels in Vegetative Cuttings

A Gasometric Procedure to Measure Residual Lime in Container Substrates

Quantifying the Acidity of an Ammonium-based Fertilizer in Containerized Plant Production

Timing of Macronutrient Supply during Cutting Propagation of Petunia

Limestone particle size and residual lime concentration affect pH buffering in container substrates

Effect of petunia stock plant nutritional status on fertilizer response during propagation

Container Substrate-pH Response to Differing Limestone Type and Particle Size

Survey of Water and Fertilizer Management During Cutting Propagation

Growth and Pigment Content of Container-grown Impatiens and Petunia in Relation to Root Substrate pH and Applied Micronutrient Concentration

Protocol to Quantify the Reactivity of Carbonate Limestone for Horticultural Substrates

Quantifying the Acidic and Basic Effects of Fifteen Floriculture Species Grown in Peat-based Substrate

Iron Form and Concentration Affect Nutrition of Container-grown Pelargonium and Calibrachoa

Water-soluble fertilizer concentration and pH of a peat-based substrate affect growth, nutrient uptake, and chlorosis of container-grown seed geraniums

(66) Modeling Lime Reaction in Horticultural Substrates

(70) Improved Reactivity Indices for Horticultural Limes

Nutrient Uptake in Container-grown Impatiens and Petunia in Response to Root Substrate pH and Applied Micronutrient Concentration

A Protocol to Quantify the Reactivity of Carbonate Lime for Horticultural Substrates

Validation of a Fertilizer Potential Acidity Model to Predict the Effects of Water-soluble Fertilizer on Substrate pH

Evaluating Calibrachoa (Calibrachoa ×hybrida Cerv.) Genotype Sensitivity to Iron Deficiency at High Substrate pH

The pH-Response of a Peat-based Medium to Application of Acid-reaction Chemicals

Correcting iron deficiency in calibrachoa grown in a container medium at high pH

The Effect of Lime, Irrigation-water Source, and Water-soluble Fertilizer on Root-zone pH, Electrical Conductivity, and Macronutrient Management of Container Root Media with Impatiens

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