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About GPC

Mission

  • To facilitate the development of plant science for global challenges.

  • To foster international collaborations and enable the effective use of knowledge and resources.

  • To provide an independent and inclusive forum to bring together all those involved in plant and crop research, education and training.

Core Values

  • To be an organization that is based in plant and crop science.

  • To facilitate collaboration across geographic and scientific borders.

  • Inclusion and equity.

  • To speak with a single, strong voice for all those working in plant, crop, agricultural and environmental science across the globe.

Vision 2015–2018

  • To act as a “catalyst” within the global plant science community, and between scientists and other influencers, to promote collaborations and increase awareness of the key role plant science plays in all of our lives.

  • To provide a knowledgeable, curated source of relevant and useful plant science information on a global basis.

  • To facilitate science-based initiatives that will help close the gap between basic research and applied innovations.

  • To deliver increased value to the GPC member organizations and affiliates.

Priorities

To help identify and coordinate strategic solutions to global challenges, GPC is focusing on the following priority areas:

Initiatives

Within these areas the Global Plant Council focuses on specific initiatives to identify key challenges, evaluate ongoing research programs, identify gaps, prevent duplication of efforts and funding, and facilitate urgently required global strategic programs.

Constitution and Bylaws

If you'd like to read more about the structure and workings of the GPC, please find our Constitution and Bylaws below:

Constitution and Bylaws (updated 2018)

News

‘Exotic’ genes may improve cotton yield and quality

Cotton breeders face a “Catch-22.” Yield from cotton crops is inversely related to fiber quality. In general, as yield improves, fiber quality decreases, and vice-versa. “This is one of the most significant challenges for cotton breeders,” says Peng Chee, a researcher at the University of Georgia.


Excessive rainfall as damaging to corn yield as extreme heat, drought

Recent flooding in the Midwest has brought attention to the complex agricultural problems associated with too much rain. Data from the past three decades suggest that excessive rainfall can affect crop yield as much as excessive heat and drought. In a new study, an interdisciplinary team from the University of Illinois linked crop insurance, climate, soil and corn yield data from 1981 through 2016.


Scientists Reveal the Relationship Between Root Microbiome and Nitrogen Use Efficiency in Rice

A collaborative team led by Prof. BAI Yang and Prof. CHU Chengcai from the Institute of Genetics and Developmental Biology, Chinese Academy of Sciences (CAS), recently examined the variation in root microbiota within 68 indica and 27 japonica rice varieties grown in field conditions. They revealed that the indica and japonica varieties recruited distinct root microbiota.