Physiological Performance of Common Bean Seeds Treated with Bioactivator with and without Moisture Restriction
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Author(s)
The commonbean (Phaseolus vulgaris L.) is an
important agricultural crop due to its nutritional properties.
Insecticides and fungicides employed to control pests and diseases in
the common bean may cause as yet unknown effects on the plant’s
morphology and metabolism. Bioactivators are complex organic substances,
capable of exerting modification upon growth patterns, plant DNA
transcription, gene expression, metabolic enzymes and mineral nutrition.
Thiamethoxam insecticide has shown positive action on the enhancement
of vigor expression, phytomass accretion and the promotion of deeper
root systems. The aim of this work was to evaluate the effect of
thiamethoxam on the physiological performance of common bean seeds.
Seeds from cultivars Pérola and IAPAR Siriri were treated to
thiamethoxam concentrations of 0, 100, 200, 300, 400 and 500 mL?kg?1
seed. Physiological quality was measured through tests for germination
value, first count, cold test, accelerated aging and seedling shoot and
root lengths, all undertaken in the presence and absence of moisture
stress. Thiamethoxam stimulated the physiological performance of common
bean seeds under moisture stress or in the absence of it, with levels
varying according to cultivar and seed lot. The best physiological seed
performance was obtained within the range of 200 mL?100kg?1 seed to 400
mL?100kg?1 seed.
KEYWORDS
Cite this paper
Almeida, A. , Villela, F. , Meneghello, G. , Deuner,
C. , Tunes, L. , Zimmer, P. and Jauer, A. (2014) Physiological
Performance of Common Bean Seeds Treated with Bioactivator with and
without Moisture Restriction. American Journal of Plant Sciences, 5, 3769-3776. doi: 10.4236/ajps.2014.526394.
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