100+ Smart Farm Innovation Consortium

The consortium aims to meet the needs of modern agricultural science and technology socialization, gather innovative scientific and technological forces, build an open competition, diversified and complementary, collaborative and efficient agricultural science and technology innovation system, and contribute to the construction of agricultural and rural modernization, the implementation of Rural Revitalization Strategy, the promotion of agricultural and rural informatization development and the transformation of China from an agricultural giant to an agricultural power, Enable and make important contributions to promoting the development of China's agricultural modernization.

National Rice Molecular Breeding Center · Lishui demonstration base

The completion of the project is the country's first "national intelligent demonstration base for rice molecular breeding", which is not only a "golden card" of Liandu technology, but also a "sublimation" of Liandu as the only 19 national approved variety test sites in Zhejiang Province.

Higentec chain · Bihu Rice

The project undertakes the dual tasks of national new crop variety approval test and high-tech breeding, and makes every effort to create a scientific and technological "golden card" with national modern breeding demonstration significance for Liandu district.

Hunan agricultural germplasm resources database

The project comprehensively investigated the local germplasm resources in Hunan Province, strengthened the collection and protection, established a standard and unified resource information center, broke the "information island" and realized the safe sharing of resources.

Pan-genome analyses of cultivated pepper

The research results are of great significance for revealing the genetic diversity of inter species genome of pepper, and for phylogenetic research and GWAS analysis of main agronomic traits based on gene Pav.

Deciphering variation of 239 elite Japonica rice genomes for whole genome sequences-enabled breeding

This study laid the foundation for the whole genome selective breeding of rice in the future, revealed the genome variation of representative and diverse germplasm, and is the cornerstone of applying genomics information to the genetic improvement program of important agricultural species.