itanong mo sa lolo mo
The most common form of protein available in an aquatic environment is fish so it stands to reason that there would be predation on fish by fish in an aquatic environment just as there is predation on mammals by mammals on land.
They're both aquatic mammals
Adaption is in a way, becoming comfortable with the environment. Adaptation is changing to suit the environment.
The common snapping turtle is primarily an omnivore. Its diet includes a variety of foods such as aquatic plants, fish, amphibians, and small mammals. They are opportunistic feeders, meaning they will eat whatever is readily available in their environment. This adaptability allows them to thrive in diverse habitats.
In biology, adaptation refers to the process by which an organism adjusts to its environment to increase its chances of survival and reproduction. In common language, adaptation often refers to adjusting to new situations or changes in life. The biological meaning of adaptation is specifically focused on genetic changes over generations, while the common meaning can refer to short-term adjustments made by individuals.
Yes, the plural noun 'otters' is a common noun; a general word for semi-aquatic mammals related to weasels; a word for any otters of any kind.
The pelvic bones in modern whales are an example of a homologous structure that has become greatly reduced in size. These bones are a remnant of the pelvis found in the common ancestor of whales and other mammals, but their size and function have been greatly reduced due to evolution and the adaptation of whales to an aquatic lifestyle.
There are many similarities and differences between fish and cetaceans; some similarities that I can think of right now are that both are aquatic, have fins, and are vertebrates.
Two creatures come to mind that have webbed feet for swimming, One is the platypus. And the second is the Beaver. This is actually a common adaptation for any creatures that live on the water; however it is far more common is birds then in mammals.
A key adaptation common to all embryos is the presence of a protective structure, such as the amniotic sac in mammals or the egg membrane in reptiles and birds, which provides a controlled environment for development. This adaptation helps to safeguard the developing embryo from physical damage and desiccation, while also allowing for the exchange of gases and nutrients. Additionally, the ability to undergo cellular differentiation enables embryos to develop specialized tissues and organs necessary for survival after birth or hatching.
Charles Darwin's studies suggested that whales share a common ancestor with land mammals, indicating their evolutionary transition from terrestrial to aquatic life. He noted anatomical similarities between whales and certain mammals, such as hippos, which provided evidence of their evolutionary lineage. Darwin's observations helped to lay the groundwork for the modern understanding of evolution and the adaptation of species to their environments. His work highlighted the significance of fossil records and comparative anatomy in understanding the history of life on Earth.
No, internal fertilization does not require a medium like water. In this reproductive process, sperm fertilizes an egg within the female's body, which allows for fertilization to occur in a more controlled environment. This adaptation is common in many terrestrial animals, including mammals, where it enables the development of embryos in a protective setting.