Development of clonal matrices of australian red cedar in different substrates under fertilizer doses
In order to evaluate fertilizers doses in different substrates for growth and development of clonal matrices of Australian Red Cedar [Toona ciliata var. australis (F. Muell.) Bahadur], an experiment was conducted in a greenhouse. Five substrates were evaluate, with proportions by volume, the first consisting of 100% of Multiplant florestal®, the second of 50% vermiculite, 20% carbonized rice hulls, 20% soil and 10% coconut fiber, the third with 50% soil and 50% sand, the fourth was composed by 50% Multiplant florestal®, 10% soil and 40% coconut fiber and the fifth with 65% of Multiplant florestal®, 25% vermiculite and 10% carbonized rice hulls. The fertilizers doses applied were 0.0; 0.3; 0.6; 1.2; 2.4 of fertilization suggested by Malavolta (1980) for vases. The characteristics evaluated were: collar diameter of the matrices, production of dry mater by shoots, root system and total and accumulation of nutrients by shoot at the end of the experimental period of 150 days. The Australian Red Cedar plants have high nutritional requirements, as showed by the better development obtained with higher fertilizer doses than those suggested by Malavolta (1980). The substrate three provided the worst development to clonal matrices while the substrates 1, 4 and 5 provided the best environment for the development considering all the fertilizer doses and all variables.
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oai:scielo:S1413-705420120003000032012-07-02Development of clonal matrices of australian red cedar in different substrates under fertilizer dosesBenatti,Bruno PeresFurtini Neto,Antonio EduardoMoretti,Bruno da SilvaStehling,Eduardo de CastroSousa,Thaiana Marinha Almeida de Toona ciliata plant nutrition fertilization In order to evaluate fertilizers doses in different substrates for growth and development of clonal matrices of Australian Red Cedar [Toona ciliata var. australis (F. Muell.) Bahadur], an experiment was conducted in a greenhouse. Five substrates were evaluate, with proportions by volume, the first consisting of 100% of Multiplant florestal®, the second of 50% vermiculite, 20% carbonized rice hulls, 20% soil and 10% coconut fiber, the third with 50% soil and 50% sand, the fourth was composed by 50% Multiplant florestal®, 10% soil and 40% coconut fiber and the fifth with 65% of Multiplant florestal®, 25% vermiculite and 10% carbonized rice hulls. The fertilizers doses applied were 0.0; 0.3; 0.6; 1.2; 2.4 of fertilization suggested by Malavolta (1980) for vases. The characteristics evaluated were: collar diameter of the matrices, production of dry mater by shoots, root system and total and accumulation of nutrients by shoot at the end of the experimental period of 150 days. The Australian Red Cedar plants have high nutritional requirements, as showed by the better development obtained with higher fertilizer doses than those suggested by Malavolta (1980). The substrate three provided the worst development to clonal matrices while the substrates 1, 4 and 5 provided the best environment for the development considering all the fertilizer doses and all variables.info:eu-repo/semantics/openAccessEditora da UFLACiência e Agrotecnologia v.36 n.3 20122012-06-01info:eu-repo/semantics/articletext/htmlhttp://old.scielo.br/scielo.php?script=sci_arttext&pid=S1413-70542012000300003en10.1590/S1413-70542012000300003 |
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Benatti,Bruno Peres Furtini Neto,Antonio Eduardo Moretti,Bruno da Silva Stehling,Eduardo de Castro Sousa,Thaiana Marinha Almeida de |
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Benatti,Bruno Peres Furtini Neto,Antonio Eduardo Moretti,Bruno da Silva Stehling,Eduardo de Castro Sousa,Thaiana Marinha Almeida de Development of clonal matrices of australian red cedar in different substrates under fertilizer doses |
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Benatti,Bruno Peres Furtini Neto,Antonio Eduardo Moretti,Bruno da Silva Stehling,Eduardo de Castro Sousa,Thaiana Marinha Almeida de |
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Benatti,Bruno Peres |
title |
Development of clonal matrices of australian red cedar in different substrates under fertilizer doses |
title_short |
Development of clonal matrices of australian red cedar in different substrates under fertilizer doses |
title_full |
Development of clonal matrices of australian red cedar in different substrates under fertilizer doses |
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Development of clonal matrices of australian red cedar in different substrates under fertilizer doses |
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Development of clonal matrices of australian red cedar in different substrates under fertilizer doses |
title_sort |
development of clonal matrices of australian red cedar in different substrates under fertilizer doses |
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In order to evaluate fertilizers doses in different substrates for growth and development of clonal matrices of Australian Red Cedar [Toona ciliata var. australis (F. Muell.) Bahadur], an experiment was conducted in a greenhouse. Five substrates were evaluate, with proportions by volume, the first consisting of 100% of Multiplant florestal®, the second of 50% vermiculite, 20% carbonized rice hulls, 20% soil and 10% coconut fiber, the third with 50% soil and 50% sand, the fourth was composed by 50% Multiplant florestal®, 10% soil and 40% coconut fiber and the fifth with 65% of Multiplant florestal®, 25% vermiculite and 10% carbonized rice hulls. The fertilizers doses applied were 0.0; 0.3; 0.6; 1.2; 2.4 of fertilization suggested by Malavolta (1980) for vases. The characteristics evaluated were: collar diameter of the matrices, production of dry mater by shoots, root system and total and accumulation of nutrients by shoot at the end of the experimental period of 150 days. The Australian Red Cedar plants have high nutritional requirements, as showed by the better development obtained with higher fertilizer doses than those suggested by Malavolta (1980). The substrate three provided the worst development to clonal matrices while the substrates 1, 4 and 5 provided the best environment for the development considering all the fertilizer doses and all variables. |
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Editora da UFLA |
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2012 |
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http://old.scielo.br/scielo.php?script=sci_arttext&pid=S1413-70542012000300003 |
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