menete
contestada

Due to global climate change and pollution, a lake experiences changes in temperature and pH. The lake has many species, including sexually reproducing frogs, water fleas that multiply by parthenogenesis, hydra that multiply by budding, and sponges that multiply by fragmentation. Which of these species will most likely survive the changing conditions of the lake and why? Also explain why the other groups are less likely to survive.

Respuesta :

Water fleas that multiply by parthenogenesis will likely survive changes in lake conditions and why parthenogenesis is a form of reproduction in which an embryo develops without the egg being fertilized. It differs from human reproduction in that it does not involve the process of fertilization. In our species, the sperm must fertilize the egg to generate a new being.

Why wouldn't other species survive?

Frogs that reproduce sexually are highly sensitive to changes in pH, hydras that multiply by budding because for budding needs basic pH, and sponges that multiply by fragmentation would be more easily calcified.

What is parthenogenesis examples?

Parthenogenesis refers to a type of asexual reproduction of animals in which the embryo develops from an egg without fertilization taking place. Some types of worms, insects, and a few vertebrate animals, such as certain species of fish, amphibians, and reptiles, reproduce by parthenogenesis.

With this information, we can conclude that Parthenogenesis  refers to the growth and development of an embryo without fertilization. They are females that procreate without needing males to fertilize them.

Learn more about Parthenogenesis in brainly.com/question/12040177

#SPJ1

ACCESS MORE