Estacas de diferentes diâmetros na propagação de Lippia alba (Mill.) N.E.Br. - Verbenaceae

Marchese, José Abramo; Pissaia, E.; Bocchese, V.C.C.; Cambruzzi, E.; Colussi, G.; Hart, Vlastimil; Magiero, Emanuelle Cavazini

doi:10.1590/s1516-05722010000400015

Cited by 4 publications

(6 citation statements)

References 7 publications

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“…The lowest values were obtained in Aserrin as a substrate, attributing humidity as the main factor, observing that some shoots dried in all the cuttings (Table 2). These results agree with Pereira and Yuyama (2002) being that the length of shoots is greater in basal stakes due to their nutritive reversals, carbohydrates as an energy source for the production of new tissues and diameter of the stakes (Marchese et al, 2010;Biondi et al, 2008). Aserrin negatively influenced the length of shoots, a fact that is attributed to high humidity, can also be attributed to the genetic variability of the parent plants or the time of stalk collection (Abanto et al, 2014).…”

Section: Resultssupporting

confidence: 90%

Management of Propagation Techniques of the Specie Croton lechleri Muell.Arg

Amaya¹,

Yuyama²,

Chagas³

et al. 2019

JAS

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With the aim of increasing the production of Croton lechleri Mull.Arg plants due to its attributes as a medicinal plant, the effect of different types of stakes and substrates as root promoters under intermittent nebulization conditions was evaluated. The work was conducted through a randomized complete block scheme adapting a factorial of 4 × 3, being the factors types of stakes (apical with leaves, apical without leaves, medium and basal) and substrates (sand, sand + Aserrin (1:1) and Aserrin (100%) at the rate of 10 stakes per repetition totaling 360 stakes throughout the experiment. The percentage of root (%), dead stakes (%), sprouted stakes (%), dead stake diameter was evaluated. (mm), shoot length (cm) and root length (cm) The Aserrin provided the highest number of dead stakes and the smallest number of shoots in the species, with apical stakes with leaves and the combination of sand + Aserrin as a substrate providing the highest percentage of roots formed, therefore these two factors influence the production of plants in the dragon blood species.

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Section: Resultssupporting

confidence: 90%

Management of Propagation Techniques of the Specie Croton lechleri Muell.Arg

Amaya¹,

Yuyama²,

Chagas³

et al. 2019

JAS

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“…In the commercial propagation of L. alba, at 30 days after planting, a cutting shows at least six developed shoots and is suitable for planting (Marchese et al, 2010). The results of the present work show that the cuttings are not within the commercial standard only in the control treatment, therefore, the substrates used prove to be effective in the production of seedlings of this species.…”

Section: Causes Of Variationmentioning

confidence: 69%

Vegetative propagation of lemon balm on different substrates

et al. 2017

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The production of seedlings by cutting is influenced by several factors, among them the type of substrate. In this context, the objective of this work was to evaluate the effect of different substrates on the vegetative propagation of lemon balm (Lippia alba). The experiment was carried out during the period from August to October 2014, in the municipality of Redenção, Ceará. The experimental design was in randomized blocks, with five treatments: T1 = soil, T2 = soil + bovine manure (2:1, v:v), T3 = soil + earthworm humus (2:1, v:v), T4 = soil + plant organic matter (2:1, v:v), T5 = soil + bovine manure + earthworm humus + plant organic matter (2:1:1:1, v:v:v:v) and five replicates. Apical herbaceous branches were used to produce the cuttings, with the cutting being done in polystyrene trays. After a period of 35 days, the cuttings were removed from the trays and the number of leaves and shoots, length of root and shoot, fresh and dry mass of the cuttings were evaluated. The data obtained were submitted to analysis of variance and, subsequently, when significant by F test, to the Scott-Knott test at 5% probability for comparison of means. It was observed that all the evaluated variables had a significant influence of the types of substrates used, with emphasis on treatments soil + bovine manure + earthworm humus + plant organic matter and soil + bovine manure, in which the cuttings showed better responses. Since these substrates are efficient, they are indicated for the production of L. alba seedlings by cutting.

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“…A estaquia é considerada uma das metodologias mais importantes para a propagação de espécies que podem ser propagadas por estacas, esse método apresenta numerosas vantagens, como economia, rapidez e simplicidade (PEREIRA JÚNIOR et al, 2008). Para Marchese et al (2010), os carboidratos de reserva servem como fonte de energia e produção de carbônicos necessários para a produção de novos tecidos. Isso significa que sem um nível mínimo de carboidratos, o crescimento e desenvolvimento irão cessar.…”

Section: Resultsunclassified

Produção de mudas das leguminosas leucena, gliricídia e moringa em Redenção, Ceará

Carvalho

Salles

Pinto

et al. 2019

AGROPECUÁRIA NO SEMIÁRIDO

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O objetivo foi produzir mudas de leguminosas em diferentes substratos e períodos do ano. Utilizou-se três substratos (solo, solo + esterco bovino e solo + bagana de carnaúba) para as mudas de leucena por sementes e estacas (30 e 40 cm), gliricídia por estacas (40 cm) e de moringa por sementes em duas profundidades (1,5 e 3 cm). Usou-se um delineamento inteiramente casualizado em arranjo fatorial e cada repetição foi composta por quatros sacos. No período chuvoso, o IVE das sementes de leucena foi melhor nos substratos solo + esterco e solo; na altura de planta e número de folhas no substrato solo + bagana. Nas sementes de moringa, o IVE foi semelhante nos três substratos na profundidade de 3 cm. No período seco, a estaca de 40 cm da leucena teve maior número de brotações no substrato solo + esterco e de folhas no substrato solo + bagana. Na estaca de gliricídia o número de brotações e folhas foi melhor no substrato solo + bagana. Produzir mudas de leucena e moringa por sementes é viável em substratos adicionados de matéria orgânica animal e vegetal, na profundidade de 3 cm e, por estacas de 40 cm de leucena e gliricídia.

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Estacas de diferentes diâmetros na propagação de Lippia alba (Mill.) N.E.Br. - Verbenaceae

Cited by 4 publications

References 7 publications

Management of Propagation Techniques of the Specie Croton lechleri Muell.Arg

Management of Propagation Techniques of the Specie Croton lechleri Muell.Arg

Vegetative propagation of lemon balm on different substrates

Produção de mudas das leguminosas leucena, gliricídia e moringa em Redenção, Ceará

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