Latest Issue
ISSN : 2456-8643

Title:
PERFORMANCE OF LADIES FINGER OKRA (Hibiscus esculentus L.) AS AFFECTED BY DIFFERENT FREQUENCY OF ORGANIC FERTILIZER APPLICATION

Authors:
Jonathan L. Galindez , Fe L. Porciuncula , and Melchor P. Pascua

Abstract:
A number of organic vegetable farmers in Central Luzon, Philippines grow organic vegetables year round. However, most of these farmers usually apply the required amount of organic fertilizer only once during planting. Hence, nutrient requirement of vegetables during vegetative or reproductive stages are no longer available. This condition seriously affects the growth and development of vegetables and subsequently affecting the yield performance that may result to low yield. In order to reduce the potential effect of nutrient deficiency on organic vegetable production particularly ladies finger, the research aims to a) establish frequency of organic fertilizer application on ladies finger employing split application and b) determine the yield performance of ladies finger and net return based on the different treatments used. The research was conducted for two consecutive dry seasons (2014 and 2015) under full organic operation system. Results of the study showed that two split application of the recommended rate of organic fertilizer (T2) to ladies finger gave higher yield during the first and second trial (9.87 and 12.40t/ha, respectively) which is significantly higher by 11.40% and 14.76% from the yield obtained in plants applied with the recommended rate of organic fertilizer during planting (T1) and 14.76% and 3.22% higher to the yield obtained from the plants applied with the recommended rate of organic fertilizer split into three application (T3). Cost and return analysis showed that single application of organic fertilizer obtained the highest ROE of 33.45% and 49.45%, respectively during the first and second trial of the experiment. The result could be mainly attributed to the less labor incurred in T1 compared to the T2 and T3. In terms of yield, T2 Performed better compared to T1 and T3.

Keywords:

PDF Download