Philippines
Philippines
Philippines
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PHILIPPINES<br />
the operation of ‘buying stations’ who pool together products from small-scale farmers, to be sold in bulk. This system<br />
operates in the case of mango, vegetables and banana.<br />
4.4 Crop improvement programmes and food security<br />
The crop improvement programme in the <strong>Philippines</strong> is a well established formal-sector programme utilizing advanced<br />
methodologies and technologies. The following crops have benefited from improvement programmes:<br />
Cereals: rice, maize, sorghum<br />
Food legumes: mungbean, peanut, cowpea, soybean<br />
Vegetables: tomato, eggplant, pole and bush sitao, lima bean, bottle gourd, sweet pepper, hot pepper<br />
Root crops: cassava, sweetpotato, taro<br />
Fiber crops: cotton, Manila hemp<br />
Tobacco<br />
Sugarcane<br />
Plantation crops: coconut, cacao, coffee<br />
Fruit trees<br />
Ornamentals<br />
Contribution of crop improvement to food security in the philippines<br />
The products of crop improvement programs had boosted agricultural yields especially for the staples. The volume of<br />
production in rice and maize are mainly contributed by modern varieties. Modern varieties of staple crops are planted<br />
in more than 95% of the total area. Modern cultivars of sweetpotato, cassava, coconut, mungbean, peanut, eggplant,<br />
tomato, sweet pepper and sugarcane account for a significant proportion of varieties grown for food.<br />
Breeding programmes to increase crop resistance to pests and diseases<br />
The breeding programs have developed elite lines and varieties with increased resistance to pests and diseases. In rice,<br />
improved breeding lines named the Matatag series are widely grown in areas where the rice tungro virus is prevalent.<br />
Angelica is also an improved rice line with resistance to bacterial blight. Sweetpotato varieties, NSIC Sp 21 and NSIC Sp<br />
23 are resistant to scab and weevil. Taro variety, NSIC Gb 08 is resistant to leaf blight. IPB Var 1, 2, 3 and 4, and Improved<br />
Tiniguib are resistant to downy mildew. Tomato varieties Marikit, Marilag, Rica, Rossana, Ara and Allesandra are resistant<br />
to bacterial wilt.<br />
Participatory crop improvement programmes<br />
PhilRice has undertaken participatory plant breeding (PPB) in the development of rice varieties adapted to fragile<br />
environments, saline, cool-elevated, upland and rainfed ecosystems. In maize, vegetables, legumes and root crops,<br />
participatory varietal selection (PVS) is employed with the participation of farmers. Both PPB and PVS are employed in<br />
the development of farmers’ varieties and selections in rice and corn by farmer partners of SEARICE, and other NGOs.<br />
Changes in the use of plant genetic resources in the philippines<br />
It is expected that there will be changes in the use of plant genetic resources in response to changing needs, or as<br />
alternative to conventional sources of products. For example, the country expects to utilize renewable sources of energy<br />
through bio-fuels, e.g. sorghum, cassava, sugarcane and physic nut (Jatropha curcas); animal feeds, e.g. sweetpotato;<br />
medicinal plants.<br />
It is also expected that the production hectarage devoted to specific crops, especially annuals, will vary in response to<br />
market demand, especially for international markets, e.g. sugarcane, strawberry and asparagus; and import substitution,<br />
e.g. soybean and cotton.<br />
Methods being employed for plant breeding in the philippines<br />
54<br />
Conventional methods<br />
In some crops, especially those where crop improvement program is fairly recent, selection of outstanding genotypes<br />
from existing variability (populations, varieties) is practiced. This is true for fruit and plantation crops, some root crops<br />
and indigenous vegetables.