Applied Sciences > Agriculture > F-145

Research Title Volatile organic chemical profile of eggplant (Solanum melongena), tagbak (Kolowratia elegans), and kakawate (Gliricidia sepium) with implications to pest management of selected major pests of rice, eggplant, and tomato
Research Personnel Leader:
Staff:
Dr. Susan May F. Calumpang

Research Duration Start:
End:
5 March 2012
4 March 2014
Research Location Los Baños, Laguna
Research Description A deeper understanding of the chemically-mediated behavior of insects leads to the development of an IPM component in crop production. Repellents emitted by plants in the ecosystem can be utilized to reduce insect pest populations. In as much as there is farmer knowledge on the usefulness of tagbak and kakawate for pest management, these are guides for chemical ecology studies to provide the basic information on the repellent volatile chemicals. The volatile organic chemicals which can affect behavior of insect pests, eggplant fruit and shoot borer in particular, has been identified as a research gap as the volatile chemicals of intact eggplant has not been analyzed and needs to be further studied. The identification of the chemical oviposition stimulants can be utilized in breeding efforts for eggplant where the gene responsible for the expression of stimulant or repellent chemical can be suppressed or enhanced, to increase of eggplant against eggplant fruit and shoot borer. Studies should be undertaken to identify the chemical responsible for the ovipositional non-preference and the controlling gene. Incorporation of the gene in eggplant varieties with antibiotic effects being developed would result in more durable resistance to EFSB.
Research Objectives This study aims to investigate the volatile organic chemical profile of various eggplant varieties with varying susceptibilities to eggplant fruit shoot borer and relate the presence of these chemicals to oviposition preference of this major insect pest. It will also determine the volatile organic chemical profile of tagbak and kakawate to validate farmer knowledge on the usefulness of these plants in insect pest management in rice and tomato production.
Research Beneficiary(ies)
Research Accoplishments
Total Research Cost
Research Agencies Funding:
Implementing:
Cooperating:
Monitoring:
NRCP
UP Los Baños

NRCP
Research Budget Breakdown Year:
Year Funded:
PS:
MOOE:
EO:
Total Cost
Date Released
Amount Released
2
2012 to 2013






Code F-145
KRA Code Integrity of the Environment/Climate Change Mitigation and Adaptation
Priority Thrust DOST
R&D
Create growth in the Countryside

Sector Applied Sciences
Actual Sector Agriculture
Related sectors Environmental, Soil Science, Water Analysis
Entry revision: January 2021