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Mountain ranges limit a species distribution by limiting movement because it acts like a natural barrier. Climate limits a species distribution by affecting the richness of a landscape, which may limit food and shelter.

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How mountain ranges and climate can each limit a species' distribution?

The diffrence between the climate and weather.


Why would hiking up a tall mountain be a good way to observe how climate determines an area biome?

The climate changes dramatically as you move up a tall mountain. Climate determines the distribution of species on the mountain.


What how mountain ranges and climate can each limit a species distribution?

Mountain ranges may limit a species distribution by acting as a natural barrier. For example, if a mammalian has a family that needs to have nourishment and the food is on the other side of the mountain, the family may starve to death.


How can mountain ranges limit a species distribution?

Mountain ranges can limit a species' distribution by creating physical barriers that prevent species from moving between different habitats. The steep, rugged terrain and varying climate conditions can create barriers to dispersal and limit access to resources like food and shelter. As a result, species on one side of a mountain may have limited gene flow with populations on the other side, leading to genetic isolation and potential divergence.


Why would hiking up a tall mountain be a good way observe how climate determines an area's biome?

Hiking up a tall mountain allows you to experience changing climate conditions and elevations, which in turn influence the distribution of different biomes along the mountain slopes. As you ascend, you can observe how temperature, precipitation, and other environmental factors change, leading to variations in vegetation types and biodiversity. This firsthand experience provides insight into how climate shapes the characteristics of different biomes at different elevations.


Why would hiking up a tall mountain be a good way to observe how climate determines an areas biome?

Hiking up a tall mountain allows you to experience different climatic zones in a short distance, providing a clear elevation gradient to observe how climate influences vegetation and ecosystems. As you ascend, you can see changes in temperature, precipitation, and vegetation types, offering insights into how climate shapes the distribution of biomes along the mountain. This firsthand experience can help you understand the relationship between climate and biome formation.


Explain how changes in the climate can affect species?

Changes in climate can impact species by altering their habitat, food availability, and breeding patterns. For instance, rising temperatures can shift the distribution of plant species, affecting the food sources of herbivores. Additionally, changes in precipitation patterns can lead to droughts or floods, disrupting ecosystems and causing a decline in species populations.


What is then relationship between climate and location of species?

The climate of a certain area defines what types of life can survive there. Certain species are well-equipped to live in the forest, whereas other species are well-equipped to live in the desert.


What is the name for the study of the geographic distribution of species?

The study of the geographic distribution of species is called biogeography. It examines how and why species are distributed in particular areas, considering factors such as climate, geography, and evolutionary history. Biogeography helps to understand biodiversity patterns and the effects of environmental changes on species distribution.


What are the concerns for the wildlife?

effects of habitat fragmentation on wildlife, climate change affecting distribution of endemic species,


What are distribution patterns?

Distribution patterns are regular patterns of performance (or occurrence) of some thing that appears in different places. To understand distribution patterns, it is important to understand other factors, such as climate, landforms, and vegetation.


How is the large number and wide distribution of angiosperm species is related to the success of insects?

It is very simple to explain this concept. The more there is for a species to feed on, the more the species will thrive and multiply.