Open AccessLatex Harvesting Technologies Adapted to Hevea brasiliensis Muell Clones GT 1; RRIC 100 and BPM 24 Arg. (Euphorbiaceae) belonging to the Moderate Metabolism Class in the Socio-economic Context of Côte d'Ivoire
Author(s) -
Diarrassouba Moussa,
Souleymane Sanogo,
Camara Brahima,
N’guessan Samuel Obouayeba
Publication year - 2021
Publication title -
european journal of biology and biotechnology
Language(s) - English
Resource type - Journals
ISSN - 2684-5199
DOI - 10.24018/ejbio.2021.2.6.301
Subject(s) - hevea brasiliensis , natural rubber , context (archaeology) , tapping , horticulture , dryness , euphorbiaceae , production (economics) , biology , botany , microbiology and biotechnology , engineering , chemistry , economics , paleontology , macroeconomics , organic chemistry , immunology , mechanical engineering
Improving the productivity of rubber trees has always been a major concern for rubber farmers. The majority of growers opt for overexploitation of the trees. This disturbs the physiological balance of the rubber trees, which leads to the recrudescence of tapping panel dryness and rather to a drop in production. To solve this problem, the present study proposes to define a latex harvesting technology (or technologies) for the moderate metabolism clone class that will allow the improvement of plantation yield and the increase of the economic life of the trees. To achieve this, the GT 1, RRIC 100 and BPM 24 clones of the moderate metabolism class were used as plant material. The results showed that the reduction in tapping frequency had no negative effect on the vegetative state of the trees. This reduction was compensated by a high number of annual stimulations, which resulted in high dry rubber production. Analysis of dry rubber production, radial rubber growth and tapping panel dryness rate indicates that the moderate metabolic class clones performed better with the latex harvesting technologies S/2 d3 6d/7 ET2.5% Pa1(1) 6/y; S/2 d4 6d/7 ET2.5% Pa1(1) 6/y and S/2 d5 6d/7 ET2.5% Pa1(1) 1.