Self-pollination in a sentence

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Antonym: cross-fertilization, external

Meaning: the process of fertilizing oneself


Self-pollination in a sentence

(1) Some plants propagate by self-pollination.

(2) Autogamies can be a form of self-pollination.

(3) Some plants can reproduce through self-pollination.

(4) Certain plants can fertilise through self-pollination.

(5) The sepal can have a role in preventing self-pollination.

(6) The monecious plant can reproduce through self-pollination.

(7) The plant abscises its flowers to prevent self-pollination.

(8) The flowers of this species are capable of self-pollination.

(9) She carefully removed the pistils to prevent self-pollination.

(10) The anthers were carefully removed to prevent self-pollination.



Self-pollination sentence

(11) Some plants have evolved mechanisms to prevent self-pollination.

(12) Self-pollination can result in the rapid production of offspring.

(13) Self-pollination can lead to the formation of inbred populations.

(14) The process of self-pollination in this plant is highly efficient.

(15) The carpellates in this population are undergoing self-pollination.

(16) Pollination can occur through self-pollination or cross-pollination.

(17) Pollination can happen through self-pollination or cross-pollination.

(18) The rostellum helps to prevent self-pollination in some plant species.

(19) Autogamous plants have evolved unique mechanisms for self-pollination.

(20) The carpel can have specialized structures to prevent self-pollination.




Self-pollination make sentence

(21) Self-pollination can lead to the formation of self-compatible lineages.

(22) Self-pollination can lead to a decrease in genetic diversity over time.

(23) Self-pollination can occur in both hermaphroditic and monoecious plants.

(24) Self-pollination can be a mechanism for plants to colonize new habitats.

(25) The flowers of this plant are specifically adapted for self-pollination.

(26) Self-pollination allows plants to reproduce in isolated or remote areas.

(27) Self-pollination can result in the accumulation of deleterious mutations.

(28) Some plants have developed complex mechanisms to prevent self-pollination.

(29) The pollination of legumes can also occur through wind or self-pollination.

(30) Self-pollination is a common reproductive strategy in certain plant species.



Sentence of self-pollination

(31) Cleistogamy is a type of self-pollination that occurs within closed flowers.

(32) Self-pollination can occur in plants with both perfect and imperfect flowers.

(33) The flowers of this plant have evolved mechanisms to prevent self-pollination.

(34) The adnation of stamens can prevent self-pollination in certain plant species.

(35) Carpellate flowers may have specialized structures to prevent self-pollination.

(36) The androecial structure of this plant has evolved to prevent self-pollination.

(37) Self-pollination can occur through various mechanisms, such as wind or gravity.

(38) Self-pollination can lead to the accumulation of deleterious recessive alleles.

(39) Self-pollination can limit the exchange of genetic material between individuals.

(40) Self-pollination can lead to a decrease in genetic diversity within a population.




Self-pollination meaningful sentence

(41) Self-pollination can lead to the accumulation of deleterious mutations over time.

(42) Cleistogamous plants have adapted to self-pollination for efficient reproduction.

(43) Self-pollination can result in the production of genetically identical offspring.

(44) The introrse arrangement of anthers in some plants helps prevent self-pollination.

(45) Epigynous plants have a higher chance of outcrossing compared to self-pollination.

(46) Some diclinous species have evolved complex mechanisms to prevent self-pollination.

(47) Self-pollination can lead to a lack of genetic diversity within a plant population.

(48) The process of self-pollination ensures a higher rate of successful seed production.

(49) Self-pollination allows for a higher degree of control in plant breeding experiments.

(50) Self-pollination can result in the fixation of beneficial traits within a population.



Self-pollination sentence examples

(51) Some plants have evolved mechanisms to ensure self-pollination with their own pollen.

(52) Some plants have evolved mechanisms to promote geitonogamy, such as self-pollination.

(53) Self-pollination can occur in plants with both cleistogamous and chasmogamous flowers.

(54) Self-pollination can be a reproductive strategy for plants in low-density populations.

(55) Self-pollination can occur within a single flower or between flowers on the same plant.

(56) The adnation of the anthers to the stigma in some flowers can promote self-pollination.

(57) Self-pollination can result in the transmission of both desirable and undesirable traits.

(58) Self-pollination can result in the transmission of both beneficial and detrimental traits.

(59) Self-pollination can result in the transmission of deleterious alleles and reduced fitness.

(60) Self-pollination can be a reproductive strategy for plants in isolated or harsh environments.



Sentence with self-pollination

(61) The process of self-pollination ensures that plants can reproduce without external assistance.

(62) The process of self-pollination allows for a higher degree of reproductive assurance in plants.

(63) Thaliana is self-fertile and can reproduce through both self-pollination and cross-pollination.

(64) Many plants have mechanisms in place to prevent self-pollination and promote cross-pollination.

(65) The flowers of this plant have evolved to promote self-pollination through physical adaptations.

(66) Some plants have evolved complex mechanisms to prevent self-pollination and promote outcrossing.

(67) Self-pollination can result in the production of seeds without the need for external pollinators.

(68) Self-pollination can be a disadvantageous strategy in terms of adaptation to changing environments.

(69) Some plants have evolved complex mechanisms to prevent self-pollination and promote cross-pollination.

(70) Dichogamy allows plants to avoid self-pollination and increase the chances of successful reproduction.




Use self-pollination in a sentence

(71) Hermaphroditism in plants can lead to the formation of unique hybrid species through self-pollination.

(72) Self-pollination can limit the potential for genetic recombination and the creation of novel genotypes.

(73) Self-pollination can be a strategy for plants to maintain a stable genetic composition over generations.

(74) Some plants rely on self-pollination, where they transfer pollen from the anther to the stigma themselves.

(75) Some plants have developed intricate mechanisms to prevent self-pollination and encourage cross-pollination.

(76) Self-pollination can be a mechanism for plants to ensure reproductive success in the absence of pollinators.

(77) Self-pollination can lead to the production of offspring that are genetically identical to the parent plant.

(78) Self-pollination can be a mechanism for plants to ensure reproductive success in unpredictable environments.

(79) Diclinous species may have different flowering times for male and female flowers to prevent self-pollination.

(80) Self-pollination occurs when the pollen from the stamen of a flower fertilizes the pistil of the same flower.



Sentence using self-pollination

(81) The tetradynamous condition is believed to have evolved as a mechanism to prevent self-pollination in plants.

(82) The process of pollination through with self-pollination occurs when a flower's own pollen fertilizes its own ovules.

(83) Geitonogamy can be advantageous for plants in environments with limited pollinators, as it allows for self-pollination.

(84) Geitonogamy is more common in plants with small, inconspicuous flowers, as they rely on self-pollination for reproduction.

(85) The flowers of this plant have evolved to prevent self-pollination through temporal separation of male and female reproductive structures.

(86) The occurrence of geitonogamy can be influenced by the presence of physical barriers, such as closed flowers or specialized structures, which prevent self-pollination.



Self-pollination meaning


Self-pollination is a term commonly used in the field of botany to describe the process by which a plant fertilizes itself. This occurs when the pollen from the male reproductive organ, known as the anther, is transferred to the female reproductive organ, called the stigma, within the same flower or plant. In this article, we will explore various tips on how to effectively use the word "self-pollination" or the phrase "self-pollination" in a sentence.


1. Definition and Context: When using the term "self-pollination" in a sentence, it is essential to provide a clear definition or context to ensure that the reader understands the meaning. For example: - "Self-pollination refers to the process in which a plant fertilizes itself without the need for external agents such as wind or insects."


2. Scientific Explanation: To enhance the understanding of the concept, it can be helpful to provide a scientific explanation of self-pollination. This can be done by including relevant details about the reproductive organs involved and the mechanism of pollen transfer. For instance: - "In self-pollination, the anther releases pollen grains that land directly on the stigma of the same flower, allowing for the fusion of male and female gametes within the plant itself."


3. Examples in Nature: To illustrate the concept of self-pollination, it is beneficial to provide examples from the natural world. This can help readers visualize the process and understand its significance. Here are a few examples: - "Many legume plants, such as peas and beans, are capable of self-pollination, ensuring a higher chance of successful reproduction even in the absence of pollinators." - "Certain species of orchids have evolved mechanisms to promote self-pollination, such as the fusion of their male and female reproductive organs."


4. Advantages and Disadvantages: Discussing the advantages and disadvantages of self-pollination can provide a comprehensive understanding of the concept. This can include the benefits of reproductive assurance and the potential drawbacks of reduced genetic diversity. For instance: - "Self-pollination allows plants to reproduce even in isolated or unfavorable environments, ensuring the continuity of their species." - "However, self-pollination can lead to inbreeding depression, where the accumulation of harmful genetic traits reduces the overall fitness of the plant population."


5. Importance in Agriculture: Highlighting the significance of self-pollination in agriculture can further emphasize the relevance of the term. This can include mentioning its role in crop production and breeding programs. For example: - "Self-pollination is a desirable trait in certain crop plants, as it ensures consistent and predictable yields, making them more economically viable for farmers." - "Plant breeders often select for self-pollination in crop varieties to maintain desirable traits and stabilize their genetic makeup."


6. Related Terminology: To provide a broader understanding of self-pollination, it can be helpful to mention related terms or concepts. This can include cross-pollination, outcrossing, or other reproductive strategies. For instance: - "Unlike self-pollination, cross-pollination involves the transfer of pollen between different flowers or plants, promoting genetic diversity and increasing the chances of successful fertilization."


In conclusion, using the word "self-pollination" or the phrase "self-pollination" in a sentence requires providing a clear definition, scientific explanation, examples from nature, discussing advantages and disadvantages, highlighting its importance in agriculture, and mentioning related terminology. By incorporating these tips, you can effectively convey the concept of self-pollination in your writing.





The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Self-pollination. They do not represent the opinions of TranslateEN.com.