Rooting of bamboo cuttings (Bambusa blumeana) as affected by stem maturity and application of IBA / by Jaime M. Aguinaldo.

By: Contributor(s): Material type: TextTextLanguage: English Publication details: Indang, Cavite : Don Severino Agricultural College, 1993.Description: 86 pages : illustrations ; 28 cmContent type:
  • text
Media type:
  • unmediated
Carrier type:
  • volume
Subject(s): DDC classification:
  • 635.934 Ag9 1993
Online resources: Production credits:
  • Science High School, College of Education (CED)
Abstract: AGUINALDO, JAIME M. Applied Research IV ( Agricultural Science Curriculum), Don Severino Agricultural College, Indang, Cavite, ROOTING OF BAMBOO CUTTINGS (Bambusa blumeana) AS AFFECTED BY STEM MATURITY AND APPLICATION¯ÖF IBA… Adviser: Mr. Epifanio Feraer The experiment was conducted at the researcher t s residence at Tambo Ilaya, Indang, Cavite from July 20 to Octo— bert10, 1992 to determine which part of the bamboo stem is best for planting and to identify which level of IBA could give better growth and root formation of bamboo cuttings. A total of 135 culms with different stem maturity were gathered and cut, then soaked to different levels of Indole Butyric Acid concentrations as follows: TO (Control) , TI (200 ppm), and T2 ( 1100 ppm). The 135 culms made up of SI (Tip), S2 (Middle), and S 3 (Base) were planted on the plastic bags at slanting position 0 A Split-Plot Design with three replications and five samples per treatment were used, Findings revealed that: ( 1) IBA Concentrations gave highly significant effect on the number of branchlets formed and length of roots. It produced significant effect on the number of roots formed, Percentage shoot formation, and percentage survival of the bamboo cuttings but insignificant effect on the number of days from planting to shoot formation and average height of stems Result shows that T2 (LOO ppm) produced more and longer roots but achieved lower percentage survival as compared to (Control). On the other hand, untreated cuttings promote earlier shoot formation, taller stems achieved more branchlets and achieved higher percentage survival. (2 ) Stem Maturity have highly significant effect on the number of roots formed on bamboo cuttings while significant effect was obtained on percentage shoot formation and percentage survival of the cuttings. However, it gave significant effect on number of days from planting to shoot formation, height of stems, number of branchlets formed, and average length of roots formed. Results also showed that S 3 (Base) was found to be the best part of the bamboo stem for planting where it proves to be the best under all IBA Concentrations in terms of number of days from planting to shoot formation, average height of stems, number of branchlets formed, percentage of shoot formation and percentage survival of the bamboo cuttings.
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Theses / Manuscripts Theses / Manuscripts Ladislao N. Diwa Memorial Library Theses Section Non-fiction 635.934 Ag9 1993 (Browse shelf(Opens below)) Link to resource Room use only R-168 00000664

Applied Research IV (Agri-Science Curriculum) Don Severino Agricultural College.

Includes bibliographical references.

Science High School, College of Education (CED)

AGUINALDO, JAIME M. Applied Research IV ( Agricultural Science Curriculum), Don Severino Agricultural College, Indang, Cavite, ROOTING OF BAMBOO CUTTINGS (Bambusa blumeana) AS AFFECTED BY STEM MATURITY AND APPLICATION¯ÖF IBA… Adviser: Mr. Epifanio Feraer
The experiment was conducted at the researcher t s residence at Tambo Ilaya, Indang, Cavite from July 20 to Octo— bert10, 1992 to determine which part of the bamboo stem is best for planting and to identify which level of IBA could give better growth and root formation of bamboo cuttings.
A total of 135 culms with different stem maturity were gathered and cut, then soaked to different levels of Indole Butyric Acid concentrations as follows: TO (Control) ,
TI (200 ppm), and T2 ( 1100 ppm). The 135 culms made up of SI (Tip), S2 (Middle), and S 3 (Base) were planted on the plastic bags at slanting position 0 A Split-Plot Design with three replications and five samples per treatment were used,
Findings revealed that:
( 1) IBA Concentrations gave highly significant effect on the number of branchlets formed and length of roots.
It produced significant effect on the number of roots formed, Percentage shoot formation, and percentage survival of the bamboo cuttings but insignificant effect on the number of days from planting to shoot formation and average height of
stems
Result shows that T2 (LOO ppm) produced more and longer roots but achieved lower percentage survival as compared to (Control). On the other hand, untreated cuttings promote earlier shoot formation, taller stems achieved more branchlets and achieved higher percentage survival.
(2 ) Stem Maturity have highly significant effect on the number of roots formed on bamboo cuttings while significant effect was obtained on percentage shoot formation and percentage survival of the cuttings. However, it gave significant effect on number of days from planting to shoot formation, height of stems, number of branchlets formed, and average length of roots formed.
Results also showed that S 3 (Base) was found to be the best part of the bamboo stem for planting where it proves to be the best under all IBA Concentrations in terms of number of days from planting to shoot formation, average height of stems, number of branchlets formed, percentage of shoot formation and percentage survival of the bamboo cuttings.

Submitted to the University Library R-168

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