Refer to the figure below. The diagram depicts the life cycle of an organism known as a slime mold, which can be found in temperate forest ecosystems.A slime mold begins as a group of single cells that function independently when nutrients are readily available.However, these cells begin aggregating to form a multicellular slug and then a fruiting body when starved.The fruiting body produces spores and dies after releasing the spores.Provided that they land in a nutrient-rich environment, spores then develop into individual cells that can begin the process over again.Using this information, explain how cell specialization contributes to the biological success of slime molds.

Question

Refer to the figure below.  The diagram depicts the life cycle of an organism known as a slime mold, which can be found in temperate forest ecosystems.A slime mold begins as a group of single cells that function independently when nutrients are readily available.However, these cells begin aggregating to form a multicellular slug and then a fruiting body when starved.The fruiting body produces spores and dies after releasing the spores.Provided that they land in a nutrient-rich environment, spores then develop into individual cells that can begin the process over again.Using this information, explain how cell specialization contributes to the biological success of slime molds.

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The Answer of Refer to the figure below.  The diagram depicts the life cycle of an organism known as a slime mold, which can be found in temperate forest ecosystems.A slime mold begins as a group of single cells that function independently when nutrients are readily available.However, these cells begin aggregating to form a multicellular slug and then a fruiting body when starved.The fruiting body produces spores and dies after releasing the spores.Provided that they land in a nutrient-rich environment, spores then develop into individual cells that can begin the process over again.Using this information, explain how cell specialization contributes to the biological success of slime molds.

Refer to the Figure Below