2 thoughts on “) Explain any four outbreeding devices develop in flowering plants”
Answer:
here you go
Explanation:
Outbreeding devices for cross-pollination in angiosperm plants are: Stigma and pollen grain release receptivity is not coordinated, i.e., stigma becomes receptive long before pollen is released or released to avoid self-pollination. … Dicliny: The flowers are unisexual and cannot be self-pollinated.
The following are the three Outbreeding devices used by plants for the prevention of self-pollination:
Unisexuality: In sexuality, the plant bears, either male or female flowers. …
Dichogamy: In this mechanism, the stigma and the anther have different maturity times. …
Protandry: The androecium matures before the gynoecium
Outbreeding devices for cross-pollination in angiosperm plants are: Stigma and pollen grain release receptivity is not coordinated, i.e., stigma becomes receptive long before pollen is released or released to avoid self-pollination. … Dicliny: The flowers are unisexual and cannot be self-pollinated
Answer:
here you go
Explanation:
Outbreeding devices for cross-pollination in angiosperm plants are: Stigma and pollen grain release receptivity is not coordinated, i.e., stigma becomes receptive long before pollen is released or released to avoid self-pollination. … Dicliny: The flowers are unisexual and cannot be self-pollinated.
The following are the three Outbreeding devices used by plants for the prevention of self-pollination:
Unisexuality: In sexuality, the plant bears, either male or female flowers. …
Dichogamy: In this mechanism, the stigma and the anther have different maturity times. …
Protandry: The androecium matures before the gynoecium
i hope it will helpful to you
Outbreeding devices for cross-pollination in angiosperm plants are: Stigma and pollen grain release receptivity is not coordinated, i.e., stigma becomes receptive long before pollen is released or released to avoid self-pollination. … Dicliny: The flowers are unisexual and cannot be self-pollinated
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