Which of the following combinations of reproductive strategies is LEAST likely to be observed in a single organism?
Binary fission and budding
Fragmentation and regeneration
Fragmentation and parthenogenesis
Budding and gemmule formation
Related Questions
The eyes of the potato tuber are
Root buds
Flower buds
Shoot buds
Axillary buds
A potato tuber developing into a new plant is an example of:
Fragmentation
Spore formation
Vegetative propagation
Binary fission
Common mode of reproduction in Penicillium is
Conidia
Buds
Gemmules
Zoospore
Select the wrong statement:
Mitochondria are the powerhouse of the cell in all kingdoms except Monera
Cell wall is present in members of Fungi and Plantae.
Pseudopodia are locomotory and feeding structures in Sporozoans.
Mushrooms belong to Basidiomycetes.
Asexual reproduction is common in
Single celled organisms
Plants with relatively simple organization
Animals with relatively simple organization
All of the above
In a plant species that reproduces through apomixis, a mutation arises in a somatic cell that confers resistance to a fungal pathogen. What is the likelihood that this resistance trait will be passed on to the offspring?
Low, as somatic mutations are rarely heritable.
High, as apomixis bypasses meiosis and fertilization.
Dependent on whether the mutation is dominant or recessive.
Zero, as apomixis only involves the maternal gametophyte.
Cell Division is a type of Reproduction in?
Sexual Reproduction
Asexual Reproduction
Both Sexual and Asexual Reproduction
Neither Sexual nor Asexual Reproduction
In which one pair, both the plants can be vegetatively propagated by leaf pieces?
Bryophyllum and kalanchoe
Chrysanthemum and Agave
Agave and kalanchoe
Asparagus and Bryophyllum
Which of the following is NOT a consequence of water's high surface tension?
Small insects can walk on water.
Water rises in capillary tubes.
Water droplets form a spherical shape.
Objects denser than water sink rapidly.
Asexual reproduction is a method of reproduction in which participation of ……… takes place
One individual
Two individuals
Multi-individuals
Meiosis
