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Application of sagana 100 to mungbean / by Leticia B. Ravelo.

By:

Ravelo, Leticia B [author]

Material type: Text

TextLanguage: English Publication details: Indang, Cavite, 1977. Cavite State University- Main Campus,Description: 34p. illustrations ; cmContent type:

text

Media type:

unmediated

Carrier type:

volume

Subject(s):

DDC classification:

635.65 R19 1977

Online resources:

Click here to view thesis abstract and table of contents

Abstract: An experiment on the "Application of Sagana 100 to Mungbean" was conducted in the experimental lot of Don Seve rino Agricultural College, Indang, Cavite from August 28 to November 24, 1976. The purpose of this was to find out if the application of Sagana 100 to Mungbean will give good result to the crop. A field of 316 square meters was prepared thoroughly ith a native plow. The area was divided into four blocks which were further subdivided into six plots. There were five treatments and a control in the study. The different treatments were distributed at random on the plants. The different amount of Sagana 100 fertilizer were mixed with the soil following the randomized design in the field layout (See Figure 1) The entire plantation was carefully observed from the time of planting to maturity. Only one insect pest at-tacked the plants, and this was the black bean aphids. How-ever, this pest did not affect the plants seriously. Neces-sary control measure was done by spraying the plants with Basudin. Leaf spot was the disease found at the later growth of the plants. No control measure was being employed for the infestation was not serious. Harvesting was done on November 4, 1976 when the plants were already about two months old after planting. At this stage the pods were already fully developed, and around 85 per cent of them had ripened. Fertilized plants grow vigorously than the unferti-lized ones. Plants fertilized with 12,500 kilograms of Sagana 100 fertilizer applied in one hectare produced the tallest plants with the average of 67.76 centimeters. The lowest was obtained from the untreated plants with an aver-age of 50.03 centimeters. This showed that as the rate of fertilizer application was increased, the rate of growth also increased. Generally, fertilized plants with a rate of 7,500 kilograms Sagana 100 fertilizer per hectare produced the greatest weight of 1,746 kilograms of mungbean per square meter of harvest than all the other treatments in the expe-riment, The control or untreated plants gave the smallest average weight of mungbean per hectare. This indicated that plants treated with the right amount of Sagana 100 fertilizer yielded more, but the harvest declined when the maximum fertilizer level requirement was reached.

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Holdings ( 1 )
Title notes ( 4 )

Holdings
Item type	Current library	Collection	Call number	Materials specified	URL	Status	Notes	Date due	Barcode
Theses / Manuscripts	Ladislao N. Diwa Memorial Library Theses Section	Non-fiction	635.65 R19 1977 (Browse shelf(Opens below))		Link to resource	Room use only	SP-95		00006764

Special Problem (BSA--Agronomy) Don Severino Agricultural College

Includes bibliographical references.

An experiment on the "Application of Sagana 100 to Mungbean" was conducted in the experimental lot of Don Seve rino Agricultural College, Indang, Cavite from August 28 to November 24, 1976.

The purpose of this was to find out if the application of Sagana 100 to Mungbean will give good result to the crop. A field of 316 square meters was prepared thoroughly ith a native plow. The area was divided into four blocks which were further subdivided into six plots. There were five treatments and a control in the study. The different treatments were distributed at random on the plants. The different amount of Sagana 100 fertilizer were mixed with the soil following the randomized design in the field layout (See Figure 1) The entire plantation was carefully observed from the time of planting to maturity. Only one insect pest at-tacked the plants, and this was the black bean aphids.

How-ever, this pest did not affect the plants seriously. Neces-sary control measure was done by spraying the plants with Basudin. Leaf spot was the disease found at the later growth of the plants. No control measure was being employed for the infestation was not serious. Harvesting was done on November 4, 1976 when the plants were already about two months old after planting. At this stage the pods were already fully developed, and around 85 per cent of them had ripened. Fertilized plants grow vigorously than the unferti-lized ones.

Plants fertilized with 12,500 kilograms of Sagana 100 fertilizer applied in one hectare produced the tallest plants with the average of 67.76 centimeters. The lowest was obtained from the untreated plants with an aver-age of 50.03 centimeters. This showed that as the rate of fertilizer application was increased, the rate of growth also increased. Generally, fertilized plants with a rate of 7,500 kilograms Sagana 100 fertilizer per hectare produced the greatest weight of 1,746 kilograms of mungbean per square meter of harvest than all the other treatments in the expe-riment, The control or untreated plants gave the smallest average weight of mungbean per hectare. This indicated that plants treated with the right amount of Sagana 100 fertilizer yielded more, but the harvest declined when the maximum fertilizer level requirement was reached.

Submitted to the University Library 03/10/1980 SP-95