Citations (14)
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Marlon
Dutra Degli Esposti, Dalmo
Lopes de Siqueira, Paulo
Roberto Gomes Pereira, Victor
Hugo Alvarez Venegas, Luiz
Carlos Chamhum Salomão & José
Altino Machado Filho. (2003) Assessment of Nitrogenized Nutrition of Citrus Rootstocks Using Chlorophyll Concentrations in the Leaf. Journal of Plant Nutrition 26:6, pages 1287-1299.
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Peter Sexton & Jim Carroll. (2002) COMPARISON OF SPAD CHLOROPHYLL METER READINGS vs. PETIOLE NITRATE CONCENTRATION IN SUGARBEET. Journal of Plant Nutrition 25:9, pages 1975-1986.
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Carlos Costa, Lianne
M. Dwyer, Pierre Dutilleul, Doug
W. Stewart, Bao
Luo Ma & Donald
L. Smith. (2001) INTER-RELATIONSHIPS OF APPLIED NITROGEN, SPAD, AND YIELD OF LEAFY AND NON-LEAFY MAIZE GENOTYPES. Journal of Plant Nutrition 24:8, pages 1173-1194.
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M. Sandoval‐Villa, C. W. Wood & E. A. Guertal. (1999) Ammonium concentration in solution affects chlorophyll meter readings in tomato leaves. Journal of Plant Nutrition 22:11, pages 1717-1729.
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JasonK. Smesrud & JohnS. Selker. (1998) Field sampling considerations for the stem nitrate test in peppermint. Communications in Soil Science and Plant Analysis 29:19-20, pages 3073-3091.
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H. D. Sunderman, J. S. Pontius & J. R. Lawless. (1997) Variability in leaf chlorophyll concentration among fully‐fertilized corn hybrids. Communications in Soil Science and Plant Analysis 28:19-20, pages 1793-1803.
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Articles from other publishers (8)
Yao Zhang, Jian Hui, Qiming Qin, Yuanheng Sun, Tianyuan Zhang, Hong Sun & Minzan Li. (2021) Transfer-learning-based approach for leaf chlorophyll content estimation of winter wheat from hyperspectral data. Remote Sensing of Environment 267, pages 112724.
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GUISU ZHOU & XINHUA YIN. (2017) ASSESSING NITROGEN NUTRITIONAL STATUS, BIOMASS AND YIELD OF COTTON WITH NDVI, SPAD AND PETIOLE SAP NITRATE CONCENTRATION. Experimental Agriculture 54:4, pages 531-548.
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Anestis Karkanis, Christos Lykas, Vasiliki Liava, Anna Bezou, Spyridon Petropoulos & Nikolaos Tsiropoulos. (2018)
Weed interference with peppermint (
Mentha
x
piperita
L.) and spearmint (
Mentha spicata
L.) crops under different herbicide treatments: effects on biomass and essential oil yield
. Journal of the Science of Food and Agriculture 98:1, pages 43-50.
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Jwa-Kyung Sung, Su-Youn Lee, Seong-Soo Kang, Ye-Jin Lee, Ro-Gyoung Kim, Ju-Young Lee, Byoung-Choon Jang, Sang-Keun Ha & Jong-Sik Lee. (2011) Mineral N, Macro Elements Uptake and Physiological Parameters in Tomato Plants Affected by Different Nitrate Levels. Korean Journal of Soil Science and Fertilizer 44:4, pages 551-558.
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Giorgio Gianquinto, Marco Fecondini, Mirco Mezzetti & Francesco Orsini. (2010)
Steering nitrogen fertilisation by means of portable chlorophyll meter reduces nitrogen input and improves quality of fertigated cantaloupe (
Cucumis melo
L. var.
cantalupensis
Naud.)
. Journal of the Science of Food and Agriculture 90:3, pages 482-493.
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J.M. Choi & A. Latigui. (2008) Effect of Various Magnesium Concentrations on the Quantity of Chlorophyll
of 4 Varieties of Strawberry Plants (Fragaria ananassas D.) Cultivated
in Inert Media. Journal of Agronomy 7:3, pages 244-250.
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Yoshihito Sunaga, Hisatomi Harada, Tahei Kawachi, Tetsuya Hatanaka & Munehiro Ebato. (2006) Simple technique for estimating nitrate nitrogen concentration of Italian ryegrass (Lolium multiflorum Lam.) at the heading stage using a chlorophyll meter. Grassland Science 52:3, pages 133-140.
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G. Gianquinto, J. P. Goffart, M. Olivier, G. Guarda, M. Colauzzi, L. Dalla Costa, G. Delle Vedove, J. Vos & D. K. L. Mackerron. (2004) The use of hand-held chlorophyll meters as a tool to assess the nitrogen status and to guide nitrogen fertilization of potato crop. Potato Research 47:1-2, pages 35-80.
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