When a plant is cross-pollinated, pollen from one plant is transferred to the stigma of a different plant, leading to the fertilization of the ovules. This can result in increased genetic diversity in the offspring and potentially lead to new traits or characteristics. Cross-pollination can also enhance the overall health and adaptability of plant populations.
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If a plant doesn't get pollinated, it may not be able to produce fruits or seeds. This can result in reduced yield, poor crop quality, and ultimately affect the plant's ability to reproduce. Some plants may also exhibit abnormal growth or development if they are not pollinated.
Cilantro is a self-fertile plant, which means it has the ability to self-pollinate. However, it is primarily wind-pollinated, so cross-pollination can also occur with the help of insects.
The new plant if cross pollinated need to have its pollinators at that place for its success to grow and multiply.
Poppy plants are primarily pollinated by insects, especially bees. When bees visit the poppy flowers in search of nectar, they inadvertently transfer pollen from one flower to another, leading to cross-pollination and seed formation in the poppy plant.
Sesame is primarily a self-pollinated crop, as it has perfect flowers that contain both male and female reproductive organs. However, some cross-pollination may occur due to wind or insects.