IRRI-India's success began with the introduction of high-yielding rice variety IR8 dubbed "miracle rice," which helped save India from a massive famine in the 1960s. This was only the beginning of a productive partnership that has led to more than 400 improved rice varieties with resistance to pests and diseases, streamlined rice production practices, extensive information exchange with Indian scientists, and strong capacity building activities.
IRRI and India have been successfully collaborating for more than four decades. India has been actively involved in IRRI's priority setting, strategic planning, scientific advising, and implementation of research across South Asia. The results of this collaboration have been outstanding and have set an example in international research collaboration.
India began its partnership with IRRI through the Indian Council of Agricultural Research (ICAR) in 1967 when Indian scientists from ICAR's two main rice research centers — the Central Rice Research Institute (CRRI) in Cuttack and the Directorate of Rice Research (DRR) in Hyderabad— began regularly visiting IRRI.
In 1974, director generals M.S. Swaminathan and N.C. Brady of ICAR and IRRI, respectively, signed their first memorandum of understanding (MOU) for cooperation in research and training. This paved the way for the two institutions to sign work plans every 4 years reviewing the progress of research and identifying opportunities and areas for collaboration.
The synergy of the partnership resulted in advances in developing disease- and insect-resistant varieties suited to various rice environments, developing and releasing hybrid rice varieties bred through government and private sector programs, streamlining rice production practices, and improving postharvest technologies for improved sustainability and productivity. Both institutions trained scientists, conducted socioeconomic research, and provided equitable access to information. From 2009 to 2012, ICAR and IRRI worked together on 37 research projects including two major regional initiatives— Stress-Tolerant Rice for Africa and South Asia (STRASA), and the Cereal Systems Initiative for South Asia (CSISA) projects.
India's extensive partnership with IRRI involves about 250 institutions all over the country. Under the Global Rice Science Partnership (GRiSP), the collaboration between India and IRRI is further expanded and strengthened. Opportunities to widen the focus of partnership with India in upstream and innovative research have opened up and will facilitate the transfer of new technologies to farmers and other stakeholders along the rice value chain. A new regional rice breeding hub has also been established in India and operates in close collaboration with ICAR, the International Crops Research Institute for the Semi-Arid Tropics (ICRISAT), the Department of Agriculture and Cooperation (DAC), Department of Biotechnology (DBT) and other public and private sector institutions. The hub will help strengthen the rice breeding programs of rice-growing countries in South Asia and Africa.
ICAR and IRRI have developed an exciting and forward-looking research and development agenda for 2013-2016, which was drafted in consultation with various institutions in India. Sixteen projects have been formed under this agenda,with a focus on upstream research for crop improvement, future intensive rice systems, and others. In addition, eight new strategic projects have been proposed under GRiSP. These projects are led by Indian research institutions, with additional funding sought from the government of India.
IRRI’s work in India is supported by contributions from ICAR, the DAC; state agricultural universities (SAUs); the Government of India and its Department of Biotechnology; state agriculture departments (MOA); Asian Development Bank (ADB); United States Agency for International Development (USAID); International Fund for Agricultural Development (IFAD); Bill & Melinda Gates Foundation (BMGF); Australian Centre for International Agricultural Research (ACIAR); Swiss Agency for Development and Cooperation (SDC); International Initiative for Impact Evaluation; SARMAP; German Federal Ministry of Economic Cooperation and Development (BMZ); CGIAR Challenge Program on Water and Food (CPWF); CGIAR Climate Change, Agriculture, and Food Security Research Program (CCAFS); Generation Challenge Programme (GCP); Japan's Ministry of Finance; the Biotechnology and Biological Sciences Research Council of the UK (BBSRC), the Department for International Development (DFID); and the European Commission (EC).
India strengthened its rice production capacity through concerted efforts by India and IRRI to develop rice varieties with resistance to pests and diseases and stresses such as drought and flooding; to commercialize hybrid rice; to streamline production practices so they would be profitable, sustainable, and environment-friendly; and to extensively exchange information with Indian scientists and researchers along with capacity building.
Current research and development with India
Breeding better rice varieties
IRRI is developing new rice varieties for India that are tolerant of drought, flooding, salinity, and other stresses.
Exploring rice genes
IRRI is identifying rice genes that are responsible for agronomically useful traits such as reproductive stage drought tolerance to help breed improved rice varieties.
Improving grain quality
Under the International Network for Quality Rice (INQR), IRRI is helping Indian partners and industry players improve texture, amylose content, and other rice grain qualities.
Fine-tuning rice farming systems
IRRI aims to raise the productivity, profitability, and resilience of Indian rice farming systems while ensuring their environmental sustainability. IRRI works with Indian farmers on various crop management options such as resource-conserving technologies, direct seeding, mechanization, and postharvest to streamline production practices for both rainfed and irrigated systems.
Using socioeconomic data to reduce poverty
To better understand poverty dynamics, IRRI is collecting household, individual, and field data over the next four years in 42 Indian villages to help ensure the success of future poverty-reducing interventions.
Coping with climate change
Through the CGIAR Climate Change, Agriculture, and Food Security Research Program, diverse rice lines are being tested in three locations in India to establish a systematic high-temperature breeding program. Breeding lines tolerant of heat stress are being developed and tested. Genes associated with tolerance are being identified for use in breeding. This will build on knowledge obtained from household surveys undertaken with the Nand Educational Foundation for Rural Development (NEFORD) to study the consequences of extreme climate variability on men and women farmers in Eastern Uttar Pradesh, India.
Conservation and exchange of rice germplasm
Institutions across India have deposited at IRRI duplicate samples of their rice collections. Nearly 16,400 types of rice at the International Rice Genebank are from India. Many of these have contributed to rice breeding programs, such as Pokkali for salinity tolerance, N22 for drought and heat tolerance, FR13A for submergence tolerance, and Oryza nivara for resistance to grassy stunt virus.
Delivery of new rice varieties, practices, and technologies
The success of the partnership between India and IRRI began with the introduction of the high-yielding rice variety IR8, dubbed miracle rice. This helped save India from a massive famine in the 1970s. This was only the beginning of a partnership that has led to more than 400 improved rice varieties that have resistance to pests and diseases, streamlined rice production practices, and extensive information exchange with Indian scientists, and capacity building.
Breeding of stress-proof rice
India was the first country to get the submergence-tolerant trait bred into local mega-varieties, through collaborative programs with IRRI. Many single and multiple stress-tolerant lines (flash flood, stagnant flood, drought, salinity, etc.) introduced by IRRI in India are now being evaluated or promoted nationally. These varieties are helping enhance and stabilize rice productivity under the ever-changing climate in the region. The first flood-tolerant rice variety, Swarna-Sub1, was released in India in August 2009. It reached more than 1 million farmers during the wet season of 2011 and more than 3 million farmers during the wet season of 2012. Swarna-Sub1 is estimated to have covered approximately 1 million hectares of rice land during the wet season of 2012, contributing an additional 1 million tons of paddy.
Improved roll-out of hybrid rice
Hybrid rice research made a significant advance, thanks to partnership between India and IRRI. With IRRI's support, India now ranks second only to China in the commercial production of hybrid rice.
Between 1965 and 2012, 276 Indian researchers participated in education and training programs at IRRI. Indian scholars who have undergone training and done research at IRRI includes 110 PhDs, 16 MScs, 136 interns, and 14 research fellows. More than 1,000 Indian scientists attended short-term courses run by IRRI.
Some 7,000 years ago present during India's oldest and most extensive civilization in the Indus Valley, rice farming began as a small but important part of culture. Though intensive farming may not have been possible in the areas of Mahagara, Chopani-Mando and the Vindhyan Hills, migrants in these areas likely spread rice farming down into the Ganges valley, the fertile plains of Bengal, and beyond Southeast Asia.
Apart from being widely used in a variety of dishes and as a form of sustenance, rice in India forms a significant part of the culture. During weddings, it is customary to throw rice at newlyweds or for the bride to offer rice as the first food to her husband in that rice is associated with prosperity and fertility. According to a popular Indian saying, "Two brothers should be like a grain of rice, close but not stuck together."
Early Sanskrit texts have also made references to rice. Those from the first millennium B.C. show that the god of weather, Indra, was asked for good monsoon rains and a bountiful harvest. It is believed that the scientific name of rice, Oryza, was derived from ''arisi,'' the Tamil word for rice.
India is considered to be one of the original centers of rice cultivation, covering 44 million hectares. Its rice harvesting area is the largest in the world. Around 65% of the total population in India eats rice and it accounts for 40% of the nation's food production. Rice-based production systems provide the main source of income and employment for more than 50 million households.
- Historical rice varieties of the International Rice Research Institute
- Stress-tolerant rice varieties for eastern India
- Recipe for Masala Dosa, by Sunita and Indira Jena
You may also view IRRI's YouTube playlist about India.
Media release and news items
- 28 new rice varieties released in 2014 as scientists ensure responsive breeding for the future
- Climate-smart rice now grown by 10 million farmers
- India: IRRI research head meets with research partners
- India’s basmati export increased by 50%
- India: IRRI-STRASA-NFSM conduct hands-on training on seed production and storage techniques for men and women farmers
- Bangladesh, India and Nepal sign historic agreement in the evaluation of rice varieties
- 44 new rice varieties in Asia and Africa