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Genetic Load in Plant Populations

Genetic Load in Plant Populations

Genetic load refers to the presence of deleterious alleles within a population, reducing its overall fitness. In plant populations, genetic load can accumulate due to inbreeding, genetic drift, or bottleneck events. While some level of genetic load is typical, high levels can lead to decreased fertility, stunted growth, and increased susceptibility to diseases. Breeding programs aim to manage genetic load by introducing genetic diversity, often through hybridization or outcrossing. Understanding genetic load is essential in conservation genetics and agriculture to ensure resilient plant populations with high adaptability and productivity.

Committee Members
Speaker at Plant Biology and Biotechnology 2025 - Mohammad Babadoost

Mohammad Babadoost

University of Illinois, United States
Speaker at Plant Biology and Biotechnology 2025 - Edward Curry Owner

Edward Curry Owner

Curry Farms, United States
Speaker at Plant Biology and Biotechnology 2025 - Mary Cole

Mary Cole

The University of Melbourne, Australia
GPB 2025 Speakers
Speaker at Plant Biology and Biotechnology 2025 - Vasilia A Fasoula
Vasilia A Fasoula
Adjunct Research Scientist and Consultant, United States
Speaker at Plant Biology and Biotechnology 2025 - Edgar Omar Rueda Puente
Edgar Omar Rueda Puente
Universidad de Sonora, Mexico
Speaker at Plant Biology and Biotechnology 2025 - Bijayalaxmi Mohanty
Bijayalaxmi Mohanty
National University of Singapore, Singapore
Speaker at Plant Biology and Biotechnology 2025 - Rameshkumar K B
Rameshkumar K B
Jawaharlal Nehru Tropical Botanic Garden and Research Institute, India
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