Journal of Plant Genetics and Crop Research

Aims and Scope

Journal of Plant Genetics and Crop Research (JGRC) is a peer-reviewed, open-access, interdisciplinary journal dedicated to advancing research in molecular genetics, breeding, and crop production. It serves as an essential platform for discussing innovations in plant systems biology, and crop management. 

Submission and Contact: Manuscripts can be submitted via our Online Manuscript Submission System, or alternatively, authors may email their submissions to [email protected] 

Scope & Focus Areas:

JGRC covers a broad spectrum of topics, including but not limited to:

• Plant Genetics and Molecular Biology: Insights into genetic mechanisms, genome sequencing, and functional genomics.
• Plant Breeding and Crop Improvement: Traditional and modern breeding techniques, genetic modifications, and hybrid development.
• Biotechnology and Genetic Engineering: CRISPR applications, transgenic crops, and molecular tools for crop enhancement.
• Agronomy and Soil Science: Sustainable farming practices, soil-plant interactions, and precision agriculture.
• Crop Production and Management: Advances in cultivation techniques, yield optimization, and resource-efficient practices.
• Plant Biosecurity and Conservation: Strategies to protect plant diversity, combat invasive species, and ensure ecosystem sustainability.
• Plant Pathology and Disease Management: Studies on plant diseases, pest control, and integrated disease management.
• Physiology and Biochemistry of Plant Systems: Metabolic pathways, stress responses, and adaptive mechanisms in plants.
• Evolutionary Biology and Ecology: Genetic diversity, plant adaptation, and interactions with the environment.
   

Articles focusing on artificial intelligence (AI) driven innovations in genome sequencing, trait prediction, and crop yield optimization are particularly encouraged. The list of keywords is updated here, belong to the scope of our journal, but not strictly limited:

• RNA-seq
• Genetically modified crops
• Triticum aestivum
• Bambara groundnut
• Radiosensitivity
• Genome mapping
• Crop physiology
• Plant nutrition
• Crop nutrition
• Association analysis
• Phylogenomics
• Molecular analysis
• Intraspecific variation
• Crop diversity
• Genetic resources conservation
• Crop evolution
• Crop improvement
• Plant genetics
• Plant genomics
• Plant molecular biology
• Plant biotechnology
• Genetic structure
• Crop genomics
• Crop genetics
• Plant germplasm
• Crop germplasm
• Plant biodiversity
• Crop biodiversity
• Plant physiology
• Plant growth and development
• Crop growth and development
• Plant epigenetics
• Crop epigenetics
• Plant transcriptomics
• Crop transcriptomics
• Plant proteomics
• Crop proteomics
• Plant metabolomics
• Crop metabolomics
• Plant bioinformatics
• Crop bioinformatics
• Plant stress physiology
• Crop stress physiology
• Plant abiotic stress
• Crop abiotic stress
• Plant biotic stress
• Crop biotic stress
• Plant disease resistance
• Crop disease resistance
• Plant pathogen interactions
• Crop pathogen interactions
• Plant molecular markers
• Crop molecular markers
• Plant genotyping
• Crop genotyping
• Plant phenotyping
• Crop phenotyping
• Plant population genetics
• Crop population genetics
• Plant breeding for sustainability