New substrate for the acclimatization of sugarcane vitroplants
The substrate used in the phase of acclimatization is determinant to reach quality plants. They can be solid and porous materials of natural or synthetic origin that alone or mixture guarantee a suitable growth of the plants under environmental controlled conditions. The aim of this work takes root...
| Main Authors: | , , , , , , , , , |
|---|---|
| Format: | Article |
| Language: | Spanish |
| Published: |
Universidad Central "Marta Abreu" de Las Villas
2018-07-01
|
| Series: | Centro Agrícola |
| Subjects: | |
| Online Access: | http://cagricola.uclv.edu.cu/index.php/en/volume-45-2018/issue-3-jul-sep-2018/1068-new-substrate-for-the-acclimatization-of-sugarcane-vitroplants |
| _version_ | 1811277077943418880 |
|---|---|
| author | Emma Pineda Ruiz, Fidel Acosta Hernández Irenaldo Fernández Denis Dunia Núñez Jaramillo Ana Rosa Hernández Freires Osmany de la C. Aday Díaz Zenaida Occeguera Águila, Pablo Machado Armas Mayra Jiménez Vázquez Edel Toledo Rodriguez Rafael Más Martínez |
| author_facet | Emma Pineda Ruiz, Fidel Acosta Hernández Irenaldo Fernández Denis Dunia Núñez Jaramillo Ana Rosa Hernández Freires Osmany de la C. Aday Díaz Zenaida Occeguera Águila, Pablo Machado Armas Mayra Jiménez Vázquez Edel Toledo Rodriguez Rafael Más Martínez |
| author_sort | Emma Pineda Ruiz, Fidel Acosta Hernández |
| collection | DOAJ |
| description | The substrate used in the phase of acclimatization is determinant to reach quality plants. They can be solid and porous materials of natural or synthetic origin that alone or mixture guarantee a suitable growth of the plants under environmental controlled conditions. The aim of this work takes root in the evaluation of three variants of substrate for this phase: 80 % of compost and 20 % of zeolite (I); 50 % of the treatment I more 50 % of solid residue obtained of the biogas from vinaza (II) and 100 % of the solid residue of the biogas (III). There was characterized the chemical composition of the substrate. The following evaluations were made: survival, number of dead plants and number of leaves, to the last evaluation were added: root length, stem height and diameter, leaf length +1, number of total leaves, pests and diseases present. The solid residue of the biogas formed from vinaza, presented a top content of organic matter and total macroelements. This residue allows the growth of the in vitro plants and is feasible to use it as substrate only or mixed with the compost. |
| first_indexed | 2024-04-13T00:09:17Z |
| format | Article |
| id | doaj.art-8d253f67ab774a448de0f0daf5fbb040 |
| institution | Directory Open Access Journal |
| issn | 0253-5785 2072-2001 |
| language | Spanish |
| last_indexed | 2024-04-13T00:09:17Z |
| publishDate | 2018-07-01 |
| publisher | Universidad Central "Marta Abreu" de Las Villas |
| record_format | Article |
| series | Centro Agrícola |
| spelling | doaj.art-8d253f67ab774a448de0f0daf5fbb0402022-12-22T03:11:08ZspaUniversidad Central "Marta Abreu" de Las VillasCentro Agrícola0253-57852072-20012018-07-014533236New substrate for the acclimatization of sugarcane vitroplantsEmma Pineda Ruiz, Fidel Acosta Hernández0Irenaldo Fernández Denis1Dunia Núñez Jaramillo2Ana Rosa Hernández Freires3Osmany de la C. Aday Díaz4Zenaida Occeguera Águila,5Pablo Machado Armas6 Mayra Jiménez Vázquez7Edel Toledo Rodriguez 8Rafael Más Martínez9ETICA Centro Villa ClaraETICA Centro Villa ClaraETICA Centro Villa ClaraETICA Centro Villa ClaraETICA Centro Villa ClaraETICA Centro Villa ClaraETICA Centro Villa ClaraETICA Centro Villa ClaraETICA Centro Villa ClaraETICA Centro Villa ClaraThe substrate used in the phase of acclimatization is determinant to reach quality plants. They can be solid and porous materials of natural or synthetic origin that alone or mixture guarantee a suitable growth of the plants under environmental controlled conditions. The aim of this work takes root in the evaluation of three variants of substrate for this phase: 80 % of compost and 20 % of zeolite (I); 50 % of the treatment I more 50 % of solid residue obtained of the biogas from vinaza (II) and 100 % of the solid residue of the biogas (III). There was characterized the chemical composition of the substrate. The following evaluations were made: survival, number of dead plants and number of leaves, to the last evaluation were added: root length, stem height and diameter, leaf length +1, number of total leaves, pests and diseases present. The solid residue of the biogas formed from vinaza, presented a top content of organic matter and total macroelements. This residue allows the growth of the in vitro plants and is feasible to use it as substrate only or mixed with the compost.http://cagricola.uclv.edu.cu/index.php/en/volume-45-2018/issue-3-jul-sep-2018/1068-new-substrate-for-the-acclimatization-of-sugarcane-vitroplantsacclimatization phasein vitro plantssubstratevinaza |
| spellingShingle | Emma Pineda Ruiz, Fidel Acosta Hernández Irenaldo Fernández Denis Dunia Núñez Jaramillo Ana Rosa Hernández Freires Osmany de la C. Aday Díaz Zenaida Occeguera Águila, Pablo Machado Armas Mayra Jiménez Vázquez Edel Toledo Rodriguez Rafael Más Martínez New substrate for the acclimatization of sugarcane vitroplants Centro Agrícola acclimatization phase in vitro plants substrate vinaza |
| title | New substrate for the acclimatization of sugarcane vitroplants |
| title_full | New substrate for the acclimatization of sugarcane vitroplants |
| title_fullStr | New substrate for the acclimatization of sugarcane vitroplants |
| title_full_unstemmed | New substrate for the acclimatization of sugarcane vitroplants |
| title_short | New substrate for the acclimatization of sugarcane vitroplants |
| title_sort | new substrate for the acclimatization of sugarcane vitroplants |
| topic | acclimatization phase in vitro plants substrate vinaza |
| url | http://cagricola.uclv.edu.cu/index.php/en/volume-45-2018/issue-3-jul-sep-2018/1068-new-substrate-for-the-acclimatization-of-sugarcane-vitroplants |
| work_keys_str_mv | AT emmapinedaruizfidelacostahernandez newsubstratefortheacclimatizationofsugarcanevitroplants AT irenaldofernandezdenis newsubstratefortheacclimatizationofsugarcanevitroplants AT dunianunezjaramillo newsubstratefortheacclimatizationofsugarcanevitroplants AT anarosahernandezfreires newsubstratefortheacclimatizationofsugarcanevitroplants AT osmanydelacadaydiaz newsubstratefortheacclimatizationofsugarcanevitroplants AT zenaidaoccegueraaguila newsubstratefortheacclimatizationofsugarcanevitroplants AT pablomachadoarmas newsubstratefortheacclimatizationofsugarcanevitroplants AT mayrajimenezvazquez newsubstratefortheacclimatizationofsugarcanevitroplants AT edeltoledorodriguez newsubstratefortheacclimatizationofsugarcanevitroplants AT rafaelmasmartinez newsubstratefortheacclimatizationofsugarcanevitroplants |