+ Translate

Pollen competition, nonrandom fertilization, and progeny fitness: a reply to Charlesworth

, : Pollen competition, nonrandom fertilization, and progeny fitness: a reply to Charlesworth. American Naturalist 132(2): 303-308

Pollen competition is briefly discussed in relation to a critique published by D. Charlesworth (see American Naturalist (1988) 132, 298-302).

(PDF same-day service: $19.90)

Accession: 001912452

DOI: 10.2307/2461874

Submit PDF Full Text: Here

Submit PDF Full Text

No spam - Every submission is manually reviewed

Due to poor quality, we do not accept files from Researchgate

Submitted PDF Full Texts will always be free for everyone
(We only charge for PDFs that we need to acquire)

Select a PDF file:

Related references

Bjorkman, Thomas, 1995: The effect of pollen load and pollen grain competition on fertilization success and progeny performance in Fagopyrum esculentum. Flowers of cultivated buckwheat (Fagopyrum esculentum Moench) often receive natural pollen loads of fewer than 10 pollen grains. The cultivated varieties also have high genetic variability. These observations raise the question of whether seed pro...

Charlesworth, D., 1988: Evidence for pollen competition in plants and its relationship to progeny fitness: a comment. A brief discussion is presented on the existence in natural populations of genetic differences in fertilization ability that can lead to heritable differences in the quality of progeny. Previous workers have suggested that high pollen loads give r...

Palmer, T., M.; Zimmerman, M., 1994: Pollen competition and sporophyte fitness in Brassica campestris: Does intense pollen competition result in individuals with better pollen?. In flowering plants, competition among pollen grains can result in positively correlated responses in sporophytic vigor. Whether this indirect selection on the sporophyte can drive the evolution of sporophytic traits depends in part upon whether t...

Kalla, S.E.; Ashman, T.L., 2002: The effects of pollen competition on progeny vigor in Fragaria virginiana (Rosaceae) depend on progeny growth environment. Competition among pollen grains to fertilize ovules is expected to lead to increased vigor of the resulting progeny. Tests of this "pollen-competition hypothesis," however, have been equivocal, and this may, in part, result from the leve...

Pélabon, C.; Hennet, L.; Bolstad, G.H.; Albertsen, E.; Opedal, Øystein.H.; Ekrem, R.K.; Armbruster, W.Scott., 2015: Does stronger pollen competition improve offspring fitness when pollen load does not vary?. Competition among pollen grains from a single donor is expected to increase the quality of the offspring produced because of the recessive deleterious alleles expressed during pollen-tube growth. However, evidence for such an effect is inconclusiv...

Swanson, R.J.; Hammond, A.T.; Carlson, A.L.; Gong, H.; Donovan, T.K., 2016: Pollen performance traits reveal prezygotic nonrandom mating and interference competition in Arabidopsis thaliana. The lack of ability to measure pollen performance traits in mixed pollinations has been a major hurdle in understanding the mechanisms of differential success of compatible pollen donors. In previous work, we demonstrated that nonrandom mating bet...

Snow, A.A.; Spira, T.P., 1991: Differential pollen-tube growth rates and nonrandom fertilization in Hibiscus moscheutos (Malvaceae). The prevalence of nonrandom fertilization due to postpollination events has rarely been studied in natural populations, despite important implications for outcrossing rates, mate choice, and plant fitness. Nonrandom paternity within fruits can be...

Barnes, D.K.; Cleveland, R.W., 1963: Genetic evidence for nonrandom fertilization in alfalfa as influenced by differential pollen tube growth. The relationship of pollen tube growth in vitro and pollen tube growth in situ was studied for several tetra-ploid alfalfa clones. It was demonstrated that a pollen parent with long pollen tubes could fertilize a greater proportion of the ovules i...

Uthus, K.L.; Snow, A.A., 2001: The effect of competition on the fitness of hybrid and BC1 progeny of wild and cultivated radish,. Ecological Society of America Annual Meeting Abstracts 86: 224

Slatkin, Montgomery, 1997: Reply to Charlesworth. American Naturalist 149(3): 604-605