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If global warming increases average temperatures on earth by 4°C in this century, predict which biome is most likely to replace tundra in some locations as a result. Explain your answer.

Short Answer

Expert verified

The northern coniferous forest replaces tundra along the boundary between these biomes if the temperature of the earth increases by 4°C.This is because the northern coniferous forest biome covers an extensive area near the tundra throughout North America, Asia, and northern Europe.

Step by step solution

01

Global warming 

Global warming is the rapid increase in temperature around the globe due to greenhouse gases.The trapping of more heat has increased the temperaturein earth’s atmosphere due to greenhouse gases.

The average temperate of earth has been increased at the rate of 1.7°Cper century since 1970.

02

Northern coniferous forest 

The largest terrestrial biome in the coniferous region is the northern coniferous forest, which is sandwiched between the tundra to the north and deciduous forest to the south. This forest is also referred to as taiga or the boreal forest with several lakes, rivers, and bogs.

03

Tundra

Tundra is a type of biome found in the polar areas, such as Iceland, Alaska, and the sub-Antarctic islands, a desert without trees and bare earth and rock. Tundra is characterized by long, dry winters, short growing seasons, and extremely frigid temperatures.

Northern coniferous forest will replace tundra as the range of precipitation, and the temperature for the northern coniferous forest is found just above that for tundra in the climograph.

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Most popular questions from this chapter

Some arctic tundra ecosystems receive as little rainfall as deserts but have much more dense vegetation. What climatic factor could cause this difference? Explain.

When climbing a mountain, we can observe transitions in biological communities that are analogous to the changes

(A) in biomes at different latitudes.

(B) in different depths in the ocean.

(C) in a community through different seasons.

(D) in an ecosystem as it evolves over time.

Jens Clausen and colleagues, at the Carnegie Institution of Washington, studied how the size of yarrow plants (Achillea lanulosa) growing on the slopes of the Sierra Nevada varied with elevation. They found that plants from low elevations were generally taller than plants from high elevations, as shown in the diagram. Clausen and colleagues proposed two hypotheses to explain this variation within a species: (1) There are genetic differences between populations of plants found at different elevations. (2) The species has developmental flexibility and can assume tall or short growth forms, depending on local abiotic factors. If you had seeds from yarrow plants found at low and high elevations, how would you test these hypotheses?

Based on the climograph in Figure 52.10, what mainly differentiates temperate grassland from temperate broadleaf forest?

(a) In the field, S. patens is typically absent from freshwater marshes. Based on the data, does this appear to be due to salinity or competition? Explain your answer. (b) T. angustifolia does not grow in salt marshes. Does this appear to be due to salinity or competition? Explain your answer.

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