The wolf population is naturally controlled through their ecological role as a keystone species. Their presence impacts other animal populations and vegetation, influencing the overall biodiversity of an ecosystem. Additionally, their social and territorial behaviors also play a role in their population control.
The wolf population is naturally controlled in the environment through a combination of factors, most notably their role as a keystone species. For instance, their reintroduction into Yellowstone National Park in 1995 drastically changed the local ecosystem. The wolves suppress the populations of elk and coyotes, allowing for increased vegetation and subsequently higher diversity in the park.
This change in grazing behavior of elk resulted in willow and cottonwood seedlings growing in areas previously grazed barren, reducing erosion, providing shading to creeks and improving fish habitats. Other animals, like beavers, also benefited from these changes in the habitat. Furthermore, the dynamics of wolves in a pack, their hierarchical social structure, impacts their proliferation and territorial behavior which also influences their population numbers in the wild.
Therefore, wolves, like other animal populations, are regulated naturally by a complex web of ecological interactions and processes.
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The correct answer is option A
The biome that is characterized by low annual rainfall is the desert biome. It receives less than 26 centimeters of rainfall per year.
This biome has very high temperature and it is very dry.
The animals and plant species living their has special adaptation to strive in such kind of environment.
The desert biome is characterized by low annual rainfall.
The desert biome is indeed characterized by its arid and dry conditions, primarily due to low annual rainfall. Deserts typically receive less than 250 millimeters (10 inches) of precipitation each year. This scarcity of water, combined with high temperatures and often intense sunlight, results in harsh and challenging environmental conditions.
Deserts can be found on every continent and occupy about one-fifth of Earth's land surface. Despite their extreme climate, deserts are home to unique and specially adapted plant and animal species, which have evolved various strategies to survive in this water-scarce environment, such as water conservation, temperature tolerance, and nocturnal activity.
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B.)behavioral isolation
C.)geographical isolation
D.)anatomical isolation
Answer:
behavioral isolation
Explanation:
Answer:
By the helps of sensation that he felt because of the presence of nerve endings on the tip of finger. Explanation: Finger tips contains nerve endings at the tip of every finger which sense the stimuli that is provided to the finger
Explanation:
Primates, including humans, have different modes of locomotion such as bipedalism and brachiation due to specific morphological adaptations. These changes have been hypothesized to have evolved from our arboreal ancestors. Each primate subgroup, from lemurs to humans, has adapted in different ways to their environment.
Different modes of primate locomotion includes a series of movements like bipedalism, quadrupedalism, brachiation (swinging from branch to branch), leaping, and more. These locomotion modes are possible due to several morphological adaptations such as a rotating shoulder joint and thumbs and big toe widely separated from other digits, which allow for gripping branches. For instance, in bipedal locomotion, one leg is on the ground (stance leg) and the other is in the air (step leg) striding forward.
All primate species are believed to have descended from arboreal ancestors hence the adaptations for climbing trees. However, not all primate species today are arboreal. Large brains, stereoscopic vision, and a flattened nail instead of claws are among the specific characteristics of primates, especially those adapted to arboreal life.
Interestingly, humans are part of the primate order, which also includes lemurs, monkeys, and apes. These primate groups possess the necessary physical adaptations for different modes of locomotion, which allow them to live in diverse environments from tropical forests to savannahs.
Learn more about Primate Locomotion here:
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B. diabetes insipidus
C. diabetic acidosis
D. coma
Answer:
C. Diabetes insipidus
Explanation:
Diabetes mellitus is a chronic medical condition related to the body's inability to properly maintain blood glucose levels. This is sometimes referred to as "sugar diabetes". Untreated sugar diabetes will result in excessive urination (polyuria) as the body's kidney try to filter excess glucose out of the blood. To counteract polyuria, the body will often exhibit excessive thirst (polydipsia).
Diabetes insipidus is a chronic medical condition related to the body's inability to maintain urinary control. This disorder that results in the body producing excessive amounts of urine (polyuria) and is often characterized by excessive thirst (polydipsia).
Diabetic [keto]acidosis is a rare acute condition in diabetes mellitus from insulin deficiency (thereby commonly only Type 1 / LADA) thereby contributing to acidification of the blood.