Bayer CropScience and CNRRI sign agreements for rice research and development

Bayer CropScience and the China National Rice Research Institute (CNRRI) have today signed two agreements in the area of rice research and development. Both parties will begin collaborations in trait development and breeding.

The agreements build on a cooperation framework between Bayer CropScience and the Chinese Academy of Agricultural Sciences (CAAS) which was established in 2008. Under this framework, Bayer CropScience is engaged in dialogue with CAAS affiliated institutes such as the CNRRI in the areas of rice, cotton, canola, soybean and safety assessment.

"We want to intensify our research and development activities in Asia and we look forward to working with CNRRI. By introducing high-yielding hybrids, we intend to make a contribution to securing the world’s food supply in the 21st century”, said Professor Friedrich Berschauer, Chairman of the Board of Management of Bayer CropScience, at the signing ceremony in Beijing.

"CAAS attaches great importance to their collaboration and cooperation with Bayer CropScience in many fields and in different forms. Rice is the most important crop in Chinas agricultural production. Through the signing of the agreement, we are looking forward to promoting and boosting food security in China and the world at large”, said Dr. Huqu Zhai, President of Chinese Academy of Agricultural Sciences.

"Both parties formed a strong partnership based on joint participation for mutual benefits, which will enhance the development of rice science and technology”, added Dr. Xiyuan Liao, deputy director general of CNRRI, at the signing ceremony.

Bayer CropScience has extensive expertise in the field of breeding and development of hybrid rice. The company markets conventional hybrid rice varieties under the Arize brand in countries which together represent over half of the world’s rice cultivation area. They include major rice producers such as India, Indonesia and Vietnam. High-quality Arize seed combines excellent genetic purity and germination capacity with a very high yield.