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Using Figure 52.12, identify the natural biome in which you live, and summarize its abiotic and biotic characteristics. Do these reflect your actual surroundings? Explain.

Short Answer

Expert verified

The natural biome is characterized by climatic patterns and thus varies by location.

The change in the local area from its natural state will affect the reflection of typical characteristics of the biome, including the expected animals and plants.

Step by step solution

01

Biome

A biome is characterized by an extensive collection of flora and fauna inhabiting a major habitat. It is a huge terrestrial environment with flora, climate, soil, temperature, and wildlife that define it.

02

Biotic and abiotic characteristics

The biotic and abiotic factors are found in different parts of the biosphere. Biotic factors include living organisms, and abiotic factors include non-living factors such as light, soil, temperature, water, and nutrients.

Abiotic factors limit population growth and influence the ability of organisms for survival and reproduction. Biotic factors affect the whole ecosystem, and the community of biotic organisms interacts with non-living features in the environment.

03

Relation between biotic and abiotic factors reflect the actual surrounding

Biotic factors depend on abiotic factors to surviveas plants need specific temperatures, soil, and moisture to grow, and animals require plants for their food. Thus, both biotic and abiotic factors affect the abundance and distribution of life on Earth.

Climate patterns vary by place, affecting the biotic and abiotic factors surrounding humans and the natural environment. It generates a unique ecosystem that changes according to the local environment from its original condition affecting the biome's usual traits to be reflected.

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Most popular questions from this chapter

After examining Figure 52.19, you decide to study feeding relationships among sea otters, sea urchins, and kelp. You know that sea otters prey on sea urchins and that urchins eat kelp. At four coastal sites, you measure kelp abundance. Then you spend one day at each site and mark whether otters are present or absent every 5 minutes during the day. Graph kelp abundance (on the y-axis) versus otter density (on the x-axis), using the data below. Then formulate a hypothesis to explain any pattern you observe.

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