Bar Today Home Editorial Archives Links Contact Us
Making Technology Work for Agriculture & People   Bureau of Agricultural Research
Bureau of Agricultural Research


Milking profits from the carabao
Industry Situationer
Featured Institution
Technology-Poultry
Technology-Livestock
Feature Story
Featured Scientist
Engineering
Success Story
Garlic


WWW BAR

Today is :


Archives (2001)

Smallholder rubber farming system
"no break" in farmers' income
by Mary Charlotte O. Fresco
July-September 2001
Volume 3 No. 3

Rubber planters in the Philippines are predominantly smallholders. It is estimated that a farmer owns an average of three to ten hectares of rubber farm. Unlike other crops, farmers consider rubber as potential crop that provides employment all year-round, since tapping the trees' latex or sap is done everyday. However, despite the viable and lucrative livelihood opportunities offered by rubber farming, there has been no substantial support given to smallholder farmers to generate high income during the years when rubber trees are too young to tap (ex. fourth to sixth year).

rubber tree
North Cotabato rubber trees (Photos from Nick Gonzaga, taken from his website, "The Rubber Tree"

In response to these needs, the Philippine Rubber R&D Center (PhilRubber) in Kabacan, North Cotabato implemented a project on "Sustainable Rubber-based Farming System for Smallholders in the Philippines" to ensure a "no break" in farmers' income. The project involved the adoption of appropriate cropping systems and crop combination to come up with technologies for continuous source of income for the local rubber farmers.

This sustainable cropping system shall maximize the use of land by simultaneously planting and raising some fruit trees, forest crops, cereals and upland rice, selected livestock during the early years of rubber establishment. It also helps prevent soil erosion and nutrient loss in the soil since intercropping is applied.

rubber sapThrough this farming system, a single farmer can generate an additional average income ranges from P45, 000 to P80, 000 annually. According to Dr. Gene Alcala, network leader of National Plantation Crops RDE, the most important consideration in adopting this farming system is the careful planning and designing of cropping system to adopt, the kind of crops and livestock to raise, and establishment of rubber as the dominant tree crop.

"Not all rubber smallholders can adopt rubber-based farming technology except those who are full time and committed farmers engaged in rubber production," he added.

Also, in selecting the areas for rubber-based farming, one should carefully evaluate the conditions like water system; soils/terrain/topography; kinds and volume of planting materials; crop suitability; and market channels.

But how do we equip the farmers with adequate knowledge for him to run such a strategic business enterprise? A series of formal and informal training program on the basic operations of rubber-based farming especially crop-husbandry management; care and maintenance of rubber-based areas; financing support system; and marketing scheme is conducted for the farmer-operators. The farmers are familiarized with different types of crop-livestock combination and cropping pattern that could give them outmost benefits and returns. The researcher concluded that cropping methods such as fertilizer application and tillage applied to food crops have positive effect on rubber growth. Leguminous crops intercropped with rubber significantly helped in the production of nitrogen in the soil.

With the full adoption of this kind of integrated cropping system sustained by continuous technical support from the government, the future of our smallholder rubber farmers will stay in top shape.

(For more information about the potentials of rubber please contact the Dr. Eugenio A. Alcala, National team Leader for Plantation Crops RDE Network, Philippine Rubber Research Center, University of Southern Mindanao, #9407 Kabacan, Cotabato, Philippines or contact telephone numbers (064) 248-2323 or 248-2517 or e-mail at e_alcala@itdp.usm.edu.ph)

More Articles:

Vol. 3 No. 3 July-September 2001

»» USM recommends high-yielding rubber clones
»» GMA okays P2B R&D Fund
»» New sciences to produce more food
»» Five cacao clones now ready for farmer use
»» NIRDEAP for rubber: stretching opportunities for rubber industry
»» Rubber: the oozing tree
»» Village processing technologies: approach to solve low production of rubber
»» Smallholder rubber farming system "no break" in farmers' income
»» NIRDEAP for coffee: perking up the coffee sector
»» Clonal propagation in coffee: a promising technology
»» How to raise healthy cacao seedlings
»» Earning more from canes
»» Coping with acidic soils
»» Muscovado: the promise of the 'other sugar'
»» Rock candy: a 'tasteful' example of a profitable home business
»» Propagating cacao by nodal grafting
»» Making vinegar a business venture
»» The Philippine coffee industry: a profile
»» Prospects in cocoa

[More 2001 Articles]

 
 
    Copyright © 2002 Bureau of Agricultural Research