New Technology for Cultivating Super Hybrid Rice With a Yield of 900kg/Mu

Achieving a record-breaking yield of 13.5 tons per hectare (900kg/mu)... This book comprehensively organizes and presents the latest research achievements in the cultivation technology for super hybrid rice with a yield of 900 kg/mu, focusing on the characteristics of super hybrid rice varieties, techniques for nurturing strong seedlings of super hybrid rice, high-yielding fertilization technology for super hybrid rice, water management technology for achieving high yields, cultivation design for high-yielding populations of super hybrid rice, high-efficiency cultivation technology models for high yields in super hybrid rice, evaluation of the climatic and ecological adaptability of super hybrid rice, analysis of typical cases of high-yielding cultivation in super hybrid rice, and integrated control technology for major diseases and pests of super hybrid rice as well. The simple and clear-cut writing style makes the book highly readable, operable, and easy to understand.

Yuan Longping was an academician of the Chinese Academy of Engineering who worked at the Hunan Hybrid Rice Research Center. As a world-famous scientist engaged in the research of hybrid rice breeding and cultivation, he invented the three-line system for indica hybrid rice and successfully developed the two-line system. He established the technical system for super hybrid rice and proposed and implemented a high-yielding project— Planting Three to Produce Four Yield-Increasing Program of Super Hybrid Rice, with the great technical achievements he made in super hybrid rice. Ma Guohui is a senior Hunan Hybrid Rice Research Center research fellow. As a famous agricultural expert engaged in researching high-yielding and high-efficiency cultivation of hybrid rice, he has presided over and participated in more than 20 major national scientific research projects. He has created technical achievements and systems for the high-yielding cultivation of hybrid rice and double-cropping rice cultivation under a three-cropping system.