Reproduction in Plants Flashcards
What is the primary method of reproduction in flowering plants?
Sexual reproduction
True or False: Asexual reproduction in plants involves the fusion of gametes.
False
What are the male reproductive structures in flowers called?
Stamens
Fill in the blank: The female reproductive part of a flower is known as the __________.
Pistil
What process involves the transfer of pollen from anther to stigma?
Pollination
Which type of pollination occurs when pollen is transferred between flowers on the same plant?
Self-pollination
What is the term for the fusion of sperm and egg cells in plants?
Fertilization
True or False: All plants reproduce sexually.
False
What is the role of the ovule in plant reproduction?
It develops into a seed after fertilization.
Which part of the flower develops into fruit?
Ovary
What is the term for plants that can reproduce through vegetative propagation?
Asexual reproduction
What type of asexual reproduction involves the formation of new plants from runners?
Stolon formation
Fill in the blank: The process by which a seed develops into a new plant is called __________.
Germination
What is the main advantage of sexual reproduction in plants?
Increased genetic diversity
Which type of pollinator is most commonly associated with flowering plants?
Insects
What is a seed?
A fertilized ovule that contains an embryo and is capable of developing into a new plant.
True or False: All seeds require light to germinate.
False
What is the term for the protective outer covering of a seed?
Seed coat
What type of plants rely on wind for pollination?
Anemophilous plants
Fill in the blank: In flowering plants, the __________ is the site of pollen production.
Anther
What is cross-pollination?
The transfer of pollen from the anther of one flower to the stigma of another flower.
What is the function of nectar in flowers?
To attract pollinators.
True or False: Seeds can remain dormant for long periods before germinating.
True
What is a major disadvantage of asexual reproduction?
Lack of genetic diversity