Print this newsprint this news, exclude masthead and left navigation
Philippines
FILIPINO FARMERS WELCOME NEW RICE VARIETIES
04-June-2009 IRRI Press Release
View source
 

Los Baños, Philippines – Three new rice varieties designed to help Filipino farmers grow more rice in difficult conditions have been officially recommended for approval for commercial cultivation in the Philippines and are expected to help the Philippines become less dependent on rice imports.

Bred by the International Rice Research Institute (IRRI), one variety is flood-tolerant, one is drought-tolerant, and one is salt-tolerant.

“In the Philippines about 400,000 hectares of rice-growing land is affected by salinity, and in any year up to 370,000 hectares can be flood-affected,” said Dr. David Mackill, program leader and plant breeder at IRRI. “Both these conditions can completely destroy a rice crop or decrease yield.

“Yield is also reduced by drought that occurs in upland and rain-fed areas where rice is not irrigated. Having rice varieties that can cope with difficult growing conditions such as flood, drought, and salinity will be particularly helpful for poor farmers who rely on marginal land to grow their rice.

“Rice-growing land that has limited productivity will become more productive when these new rice varieties are used – this will help Filipino farmers produce more rice,” he added.

According to the Food and Agriculture Organization of the United Nations, every year Filipinos eat an average of more than 100 kilograms of rice per person. With population increasing, demand for rice continues to grow in the Philippines, which is already the world’s biggest rice importer.

“The development of these rice varieties demonstrates how IRRI and its partners can increase the yield of rice through research,” said Dr. Mackill.

“Ongoing investment in rice research, breeding, and extension will help to increase rice yields and improve the sustainability of rice production to help avoid future rice price increases.”

The new rice varieties have been tested in field conditions and evaluated by the Rice Varietal Improvement Group through the National Cooperative Testing program of the Philippine Rice Research Institute (PhilRice).

“The Rice Technical Working Group of the National Seed Industry Council will now recommend the varieties for official approval, which is expected to occur sometime in late 2009,” said Ms. Thelma Padolina, NCT national coordinator at PhilRice.

As a nonprofit organization, IRRI provides the seed for these new varieties at no cost to PhilRice.

PhilRice has already started distributing small amounts of seed to farmers for further adaptation tests. Seed increase of breeder and foundation seeds is now being done by IRRI and PhilRice. When officially approved, basic seed will be available to seed growers and selected farmers that can cater to other farmers. It is also expected that seed exchange among farmers in the target areas will be active with the new technologies.

IRRI and PhilRice continue to work together and more new rice varieties especially designed for the Philippines are expected to be released soon.

This research is financially supported by the Federal Government of Germany, the CGIAR Generation Challenge Programme, Ministry of Foreign Affairs of Japan, and the Rockefeller Foundation.

Contact
Sophie Clayton: Tel. +63 2 580 5600 (ext. 2204), Mob. +63 917 552 6082, s.clayton@cgiar.org

Print this newsprint this news, exclude masthead and left navigation

SEAMEO SEARCA Biotechnology Information Center
http://www.bic.searca.org
Other News
   
  Brazil, RP ink biotech pacts
   
  3 new rice varieties up for commercial cultivation
   
  IRRI developing waterproof rice to ease climate-change effects
   
  GMO ban to stay
   
  Fingerprinting makes rice breeding easier
   
  Filipino farmers welcome new rice varieties
   
  Agri experts want anti-GMO ordinance
   
  Bacolod diocese against entry of GMO products
   
  This widow grew rich from growing corn
   
  Church vs entry of GMO products into Negros
   
  Filipino scientists developing virus-resistant 'kamote'
   
  More news...