Effect of the use of hydrogel in a substrate formulated with Sphagnum peat and other with subtropical peat to produce seedlings of Impatiens walleriana

The incorporation of hydrogel in the substrate was evaluated for seedlingproduction Impatiens walleriana. The trials were performed in Autumn/Winter and Spring. Treatments : T1) substrate A + 0,5 g L-1, T2) substrate A + 1 g L-1, T3) substrate A + 1,5 g L-1, T4) substrate B without hydrogel, T5) sub...

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Detalles Bibliográficos
Autores principales: Barbaro, L.A., Karlanián, M.A., Leguizamón, D.S.
Formato: Artículo revista
Lenguaje:Español
Publicado: Facultad de Ciencias Agropecuarias 2015
Materias:
Hidrogel
sustrato
Impatiens walleriana.
hydrogel
substrate
Acceso en línea:https://revistas.unc.edu.ar/index.php/agris/article/view/16563
Aporte de:
AgriScientia de Universidad Nacional de Córdoba
id I10-R352-article-16563
record_format ojs
spelling I10-R352-article-165632020-02-13T17:57:06Z Effect of the use of hydrogel in a substrate formulated with Sphagnum peat and other with subtropical peat to produce seedlings of Impatiens walleriana Efecto del uso de hidrogel en un sustrato formulado con turba Sphagnum y otro con turba subtropical para la producción de plantines de Impatiens walleriana Barbaro, L.A. Karlanián, M.A. Leguizamón, D.S. Hidrogel sustrato Impatiens walleriana. hydrogel substrate Impatiens walleriana. The incorporation of hydrogel in the substrate was evaluated for seedlingproduction Impatiens walleriana. The trials were performed in Autumn/Winter and Spring. Treatments : T1) substrate A + 0,5 g L-1, T2) substrate A + 1 g L-1, T3) substrate A + 1,5 g L-1, T4) substrate B without hydrogel, T5) substrate B+ 0,5 g L-1, T6) substrate B + 1 g L-1, T7) substrate B + 1,5 g L-1, T8) substrate A without hydrogel. In every substrate it was analized the percentage with air pores, water holding capacity pores and total pores. Irrigation water in each treatment was recorded and it was measured the root dry mass (MSR), above ground dry mass (MSA) and the relationship MSA/MSR of each seedling. There were no differences in soil pores and water holding capacity pores between treatments of the same substrate. In the first trial, the irrigation water was lower in the T8, without differences between the other treatments and in the second trial it was lower in the T7. In both trials and treatments of the same substrate, there was higher MSA in seedlings of treatments with 1.5 g hydrogel, except the substrate B of the first trial. The incorporation of hydrogel did not significantly reduce the irrigation water needs but favored the increase of seedling MSA.   Se evaluó la incorporación de hidrogel al sustrato para la producción deplantines de Impatiens walleriana. Los ensayos se realizaron en otoño/invierno y en primavera. Tratamientos: T1) sustrato A + 0,5 g L-1, T2) sustrato A + 1g L-1, T3) sustrato A + 1,5 g L-1, T4) sustrato A sin hidrogel, T5) sustrato B + 0,5 g L-1, T6) sustrato B + 1 g L-1, T7) sustrato B + 1,5 g L-1, T8) sustrato B sin hidrogel. A cada sustrato se analizó el porcentaje de poros con aire, agua y total. Se contabilizó el agua de riego utilizada por tratamiento y al finalizar, se midió la masa seca radical (MSR), aérea (MSA) y la relación MSA/MSR de cada plantín. No hubo diferencias de poros con aire y agua entre tratamientos de un mismo sustrato. En el primer ensayo, el agua de riego fue inferior en elT8, sin diferencias entre los restantes tratamientos; en el segundo ensayo fue menor en el T7. En ambos ensayos, en tratamientos de un mismo sustrato, tuvieron mayor MSA los plantines de los tratamientos con 1,5 g de hidrogel, excepto el sustrato B del primer ensayo. La incorporación del hidrogel no disminuyó considerablemente el agua de riego, pero favoreció el desarrollo de los plantines.  Facultad de Ciencias Agropecuarias 2015-12-31 info:eu-repo/semantics/article info:eu-repo/semantics/publishedVersion application/pdf https://revistas.unc.edu.ar/index.php/agris/article/view/16563 10.31047/1668.298x.v32.n2.16563 AgriScientia; Vol. 32 No. 2 (2015); 123-129 AgriScientia; Vol. 32 Núm. 2 (2015); 123-129 1668-298X 10.31047/1668.298x.v32.n2 spa https://revistas.unc.edu.ar/index.php/agris/article/view/16563/16373
institution Universidad Nacional de Córdoba
institution_str I-10
repository_str R-352
container_title_str AgriScientia
language Español
format Artículo revista
topic Hidrogel
sustrato
Impatiens walleriana.
hydrogel
substrate
Impatiens walleriana.
spellingShingle Hidrogel
sustrato
Impatiens walleriana.
hydrogel
substrate
Impatiens walleriana.
Barbaro, L.A.
Karlanián, M.A.
Leguizamón, D.S.
Effect of the use of hydrogel in a substrate formulated with Sphagnum peat and other with subtropical peat to produce seedlings of Impatiens walleriana
topic_facet Hidrogel
sustrato
Impatiens walleriana.
hydrogel
substrate
Impatiens walleriana.
author Barbaro, L.A.
Karlanián, M.A.
Leguizamón, D.S.
author_facet Barbaro, L.A.
Karlanián, M.A.
Leguizamón, D.S.
author_sort Barbaro, L.A.
title Effect of the use of hydrogel in a substrate formulated with Sphagnum peat and other with subtropical peat to produce seedlings of Impatiens walleriana
title_short Effect of the use of hydrogel in a substrate formulated with Sphagnum peat and other with subtropical peat to produce seedlings of Impatiens walleriana
title_full Effect of the use of hydrogel in a substrate formulated with Sphagnum peat and other with subtropical peat to produce seedlings of Impatiens walleriana
title_fullStr Effect of the use of hydrogel in a substrate formulated with Sphagnum peat and other with subtropical peat to produce seedlings of Impatiens walleriana
title_full_unstemmed Effect of the use of hydrogel in a substrate formulated with Sphagnum peat and other with subtropical peat to produce seedlings of Impatiens walleriana
title_sort effect of the use of hydrogel in a substrate formulated with sphagnum peat and other with subtropical peat to produce seedlings of impatiens walleriana
description The incorporation of hydrogel in the substrate was evaluated for seedlingproduction Impatiens walleriana. The trials were performed in Autumn/Winter and Spring. Treatments : T1) substrate A + 0,5 g L-1, T2) substrate A + 1 g L-1, T3) substrate A + 1,5 g L-1, T4) substrate B without hydrogel, T5) substrate B+ 0,5 g L-1, T6) substrate B + 1 g L-1, T7) substrate B + 1,5 g L-1, T8) substrate A without hydrogel. In every substrate it was analized the percentage with air pores, water holding capacity pores and total pores. Irrigation water in each treatment was recorded and it was measured the root dry mass (MSR), above ground dry mass (MSA) and the relationship MSA/MSR of each seedling. There were no differences in soil pores and water holding capacity pores between treatments of the same substrate. In the first trial, the irrigation water was lower in the T8, without differences between the other treatments and in the second trial it was lower in the T7. In both trials and treatments of the same substrate, there was higher MSA in seedlings of treatments with 1.5 g hydrogel, except the substrate B of the first trial. The incorporation of hydrogel did not significantly reduce the irrigation water needs but favored the increase of seedling MSA.  
publisher Facultad de Ciencias Agropecuarias
publishDate 2015
url https://revistas.unc.edu.ar/index.php/agris/article/view/16563
work_keys_str_mv AT barbarola effectoftheuseofhydrogelinasubstrateformulatedwithsphagnumpeatandotherwithsubtropicalpeattoproduceseedlingsofimpatienswalleriana
AT karlanianma effectoftheuseofhydrogelinasubstrateformulatedwithsphagnumpeatandotherwithsubtropicalpeattoproduceseedlingsofimpatienswalleriana
AT leguizamonds effectoftheuseofhydrogelinasubstrateformulatedwithsphagnumpeatandotherwithsubtropicalpeattoproduceseedlingsofimpatienswalleriana
AT barbarola efectodelusodehidrogelenunsustratoformuladoconturbasphagnumyotroconturbasubtropicalparalaproducciondeplantinesdeimpatienswalleriana
AT karlanianma efectodelusodehidrogelenunsustratoformuladoconturbasphagnumyotroconturbasubtropicalparalaproducciondeplantinesdeimpatienswalleriana
AT leguizamonds efectodelusodehidrogelenunsustratoformuladoconturbasphagnumyotroconturbasubtropicalparalaproducciondeplantinesdeimpatienswalleriana
first_indexed 2024-09-03T21:44:37Z
last_indexed 2024-09-03T21:44:37Z
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