No, krill are not asexual reproducers. They reproduce sexually, with females laying eggs that are fertilized by males.
reproduce asexually
Bacteria generally reproduce by splitting in half, a process called Mitosis. They are asexual reproducers. it is more commonly called binary fission.
Mussels are sexual reproducers, meaning they require fertilization by a sperm cell to produce offspring. They release eggs and sperm into the water, where fertilization occurs externally.
Yes, giant kelp reproduce sexually. Giant kelp is a protist. Some kelp reproduce sexually while others reproduce asexually.
they are sexually reproducers, that's why they are becoming endangered less and less of them want to reproduce, or they are being hunted.
No
Sponges, mostly. Most worms are sexual and asexual reproducers though, too.
No, krill are not asexual reproducers. They reproduce sexually, with females laying eggs that are fertilized by males.
Asexual reproduction generates offspring that are genetically identical to a single parent. Asexual reproduction allows the organisms to reproduce very quickly. Asexual reproducers do not have to carry their offspring for a long amount of time and produce more than one at a time. Asexual reproducers do not have to spend time looking for a mate.
most of them are asexual but they can be sexual too, depends on the organism you are wondering about if it is bacteria then it is asexual, if it is a animal or plant it is sexual. penis inside vagina!
waves
reproduce asexually
Bacteria generally reproduce by splitting in half, a process called Mitosis. They are asexual reproducers. it is more commonly called binary fission.
Asexual organisms can produce offspring on their own,a plants arm falling off and the arm turns into a plant is a example of this.Sexual organisms need a partner to produce offspring,humans are a example of sexual reproducers.
Mussels are sexual reproducers, meaning they require fertilization by a sperm cell to produce offspring. They release eggs and sperm into the water, where fertilization occurs externally.
Decreases diversity because asexual reproduction is almost a cloning process and the progenitor organism transmits 100% of it's genetic endowment to it's off spring while sexually reproducing organisms contribute 50% each in genetic material and, with independent assortment, crossing over a random fertilization, sexually reproducing organisms posses much more genetic diversity that asexual reproducers. In fact some biologists think that when more complex organisms go this route that they are headed for extinction. Less complex asexual reproducers have a high mutation rate and have mechanisms for exchanging genetic material laterally.