Woody oil crops are perennial crops producing fruits or seeds with high oil contents, such as oil olive, oil Camellia, walnut et al. Woody oil crops usually distribute in lands not suitable for herbaceous oil crops and therefore serve as important supplement to herbaceous oil crop production. Many woody oil crops are famous for special fatty acid composition (e.g. high oleic acid content in olive and Camellia oil) and rich healthy components in fruits or seeds. Key traits of woody oil crops are essential for breeding and production, such as fruit/seed yield, size, weight, oil content, fatty acid and other valuable compositions, tolerance to drought, cold, and low nutrition stresses. Compared to herbaceous oil crops, key trait formation and regulation in woody oil crops are not well studied.
This research topic is aimed to summarize recent advances in key trait formation and regulation in woody oil crops and provides scientific bases for breeding and production.
In this Research Topic, we welcome all article types published by Frontiers in Plant Science that focus on the key trait formation and regulation in woody oil crops including recent advances in:
• Molecular bases and regulations of flower, fruit, and seed development in woody oil crops
• Oil synthesis and metabolism pathways and regulations in woody oil crops
• Secondary metabolite synthesis and regulation in woody oil crops
• Transport and distribution mechanisms of photosynthetic products and regulations in woody oil crops
• Molecular mechanisms of tolerance to abiotic stresses (e.g. drought, cold, low nutrition) in woody oil crops
Woody oil crops are perennial crops producing fruits or seeds with high oil contents, such as oil olive, oil Camellia, walnut et al. Woody oil crops usually distribute in lands not suitable for herbaceous oil crops and therefore serve as important supplement to herbaceous oil crop production. Many woody oil crops are famous for special fatty acid composition (e.g. high oleic acid content in olive and Camellia oil) and rich healthy components in fruits or seeds. Key traits of woody oil crops are essential for breeding and production, such as fruit/seed yield, size, weight, oil content, fatty acid and other valuable compositions, tolerance to drought, cold, and low nutrition stresses. Compared to herbaceous oil crops, key trait formation and regulation in woody oil crops are not well studied.
This research topic is aimed to summarize recent advances in key trait formation and regulation in woody oil crops and provides scientific bases for breeding and production.
In this Research Topic, we welcome all article types published by Frontiers in Plant Science that focus on the key trait formation and regulation in woody oil crops including recent advances in:
• Molecular bases and regulations of flower, fruit, and seed development in woody oil crops
• Oil synthesis and metabolism pathways and regulations in woody oil crops
• Secondary metabolite synthesis and regulation in woody oil crops
• Transport and distribution mechanisms of photosynthetic products and regulations in woody oil crops
• Molecular mechanisms of tolerance to abiotic stresses (e.g. drought, cold, low nutrition) in woody oil crops
