Results 261 to 270 of about 3,187,628 (306)

Chemical Fertilizer Reduction Combined with Microbial Fertilizer Improved Vegetation and Soil Characteristics in Degraded Alpine Meadows. [PDF]

Plants (Basel)
Li Y, Li L, Du J, Li H, Xu C.
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Phosphorylation at the stigmatic gate: how FERONIA regulates actin organization to control pollen hydration. [PDF]

Plant Physiol
Silva J.
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Self-fertilizing crops

Geurts, Rene, Radutoiu, Simona
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The Evolution of Self‐Fertilization in Perennials

The American Naturalist, 1997
Many plants are perennials, but studies of self-fertilization do not usually include features of perennial life histories. We therefore develop models that include selfing, a simple form of perenniality, adult inbreeding depression, and an adult survivorship cost to seed production. Our analysis shows that inbreeding depression in adults diminishes the
Morgan, M.T., Schoen, D.J., Bataillon, T.M.   +2 more
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Cryptic Self-Fertilization in the Malpighiaceae

Science, 1980
Some Malpighiaceae produce minute cleistogamous flowers in addition to showy chasmogamous flowers. Standard techniques fail to reveal how the cleistogamous flowers achieve self-fertilization. Fluorescence in longitudinal sections shows that the pollen germinates inside the indehiscent anther.
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SELF-FERTILITY IN THE SCLEROTINIACEAE

Canadian Journal of Botany, 1961
Nine species representing five genera of the Sclerotiniaceae were found to be self-fertile. These are as follows: Ciboria acericola sp. nov., C. acerina Whetz. & Buchw., C. amentacea (Balb. ex Fr.) Fckl., C. betulicola sp. nov., C. caucus (Rebent. ex Fr.) Fckl., Ciborinia erythronii (Whetz.) Whetz., Rutstroemia paludosa (Cash & Davidson) comb ...
J. Walton Groves, Mary E. Elliott
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Breeding for Self-Fertility

1984
Advantages and disadvantages of self-fertile cultivars are discussed, and a method to avoid the complete loss of heterosis is suggested. Nine components of self-fertility related with the processes of pod and seed production were analysed from a genetic point of view.
J. I. Cubero, M. T. Moreno
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Selection within Self-Fertilizing Populations

Biometrics, 1978
A theoretical formulation of continuing selection in finite populations due to Hill (1969) is used to study the e.ects on the frequencies of the various genotypes of selecting the best individual plant according to the values of a single quantitative trait in a population that reproduces entirely by selfing. As an example of the use of the method, some
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