hamad, hassan sh. ghazy, mohamed i. bleih, eman m. gewaily, elsayed e. gaballah, mahmoud m. alqahtani, mesfer m. safhi, fatmah a. alshamrani, salha m. mansour, elsayed
Hybrid rice seed production predominantly relies on the pollen ability of restorer lines and the stigma properties of the cytoplasmic male sterile (CMS) lines. Improving the pollen ability and agronomic performance of restorer lines could be achieved using mutation to reinforce the outcrossing rate and seed set percentage of CMS lines. Two commerci...
Pannell, John R
Published in
Annals of botany
Baranzelli, Matias Cristian Benitez-Vieyra, Santiago Glinos, Evangelina Trenchi, Alejandra Córdoba, Silvina Camina, Julia Ashworth, Lorena Sérsic, Alicia Noemi Cocucci, Andrea Aristides Fornoni, Juan
...
Published in
Annals of Botany
Background Despite Stebbins’ principle of the most efficient pollinator being proposed decades ago, the most important pollinators are still mainly identified using the frequency of visits to flowers. This shortcoming results in a gap between the characterization of the flower visitors of a plant species and a reliable estimation of the plant fitne...
Griffin, A Rod Potts, Brad M Vaillancourt, René E Bell, J Charles
Published in
Annals of Botany
Background and Aims Many plants exhibit a mixed mating system. Published models suggest that this might be an evolutionarily stable rather than a transitional state despite the presence of inbreeding depression, but there is little empirical evidence. Through field experimentation, we studied the role of inbreeding depression in eliminating inbred ...
Voillemot, Marie Encinas-Viso, Francisco Pannell, John R
Published in
Evolution; international journal of organic evolution
Transitions from self-incompatibility to self-compatibility in angiosperms may be frequently driven by selection for reproductive assurance when mates or pollinators are rare, and are often succeeded by loss of inbreeding depression by purging. Here, we use experimental evolution to investigate the spread of self-compatibility from one such populat...
Barman, C Singh, V K Das, S Tandon, R
Published in
Plant biology (Stuttgart, Germany)
Reproductive success of a plant species is largely influenced by the outcome of mating pattern in a population. It is believed that a significantly larger proportion of animal-pollinated plants have evolved a mixed-mating strategy, the extent of which may vary among species. It is thus pertinent to investigate the key contributors to mating success...
Kuester, Adam Fall, Eva Chang, Shu-Mei Baucom, Regina S
Published in
Ecology letters
Human-mediated selection can strongly influence the evolutionary response of natural organisms within ecological timescales. But what traits allow for, or even facilitate, adaptation to the strong selection humans impose on natural systems? Using a combination of laboratory and greenhouse studies of 32 natural populations of the common agricultural...
Irwin, Judith A. Ashton, Paul A. Bretagnolle, François Abbott, Richard J.
Background: It has been reported that some plants of the self-compatible species Senecio vulgaris produce capitula containing long-styled florets which fail to set seed when left to self-pollinate, although readily set seed when self-pollinated by hand.Aims: To determine if production of long-styled florets is associated with higher outcrossing rat...
Fornoni, Juan Domínguez, César A
Published in
The New phytologist
Delmas, Chloé E. L. Escaravage, Nathalie Cheptou, Pierre Olivier Charrier, Olivia Ruzafa, Sophie Winterton, Peter Pornon, André
Plant mating systems are driven by several pre-pollination factors, including pollinator availability, mate availability and reproductive traits. We investigated the relative contributions of these factors to pollination and to realized outcrossing rates in the patchily distributed mass-flowering shrub Rhododendron ferrugineum. We jointly monitored...