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Starting with the source of energy, number the components from 1-5 to show how energy and matter cycle through the kingfisher's ecosystem (#1 is where the energy starts). Number 1-5 Component Aquatic Invertebrates Kingfisher Sunlight Aquatic plants Fish

Starting with the source of energy, number the components from 1-5 to show how energy and matter cycle through the kingfisher's ecosystem (#1 is where the energy starts). Number 1-5 Component Aquatic Invertebrates Kingfisher Sunlight Aquatic plants Fish

Biology 2e
Biology 2e
2nd Edition
ISBN:9781947172517
Author:Matthew Douglas, Jung Choi, Mary Ann Clark
Publisher:Matthew Douglas, Jung Choi, Mary Ann Clark
Chapter46: Ecosystems
Section: Chapter Questions
Problem 2VCQ: Figure 46.10 Pyramids depicting the number of organisms or biomass may be inverted, upright, or even...
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Energy in Ecosystems ENERGY AND MATTER Starting with the source of energy, number the components from 1-5 to show how energy and matter cycle through the kingfisher's ecosystem (#1 is where the energy starts). Number 1-5 Component Aquatic Invertebrates Kingfisher Sunlight Aquatic plants Fish Food Chains Double-click on the picture below and draw arrows in the white boxes that indicate the direction of energy flow through this food chain.
Transcribed Image Text:Energy in Ecosystems ENERGY AND MATTER Starting with the source of energy, number the components from 1-5 to show how energy and matter cycle through the kingfisher's ecosystem (#1 is where the energy starts). Number 1-5 Component Aquatic Invertebrates Kingfisher Sunlight Aquatic plants Fish Food Chains Double-click on the picture below and draw arrows in the white boxes that indicate the direction of energy flow through this food chain.
DATA ANALYSIS Population Size and Trophic Levels A scientist sampled a small cross section of a grassland ecosystem. Her data for each trophic level are shown in the table. Trophic Producers Primary Secondary Tertiary Level Consumers Consumers Consumers Population 6 025 682 723 082 98 541 4. Count How does the population size change at each trophic level? What is the relationship between trophic levels and population size? Would the ecosystem be able to support a quaternary consumer? Why/Wwhy not? Food Webs How would the oceanic food web be affected if all of the krill were removed from the
Transcribed Image Text:DATA ANALYSIS Population Size and Trophic Levels A scientist sampled a small cross section of a grassland ecosystem. Her data for each trophic level are shown in the table. Trophic Producers Primary Secondary Tertiary Level Consumers Consumers Consumers Population 6 025 682 723 082 98 541 4. Count How does the population size change at each trophic level? What is the relationship between trophic levels and population size? Would the ecosystem be able to support a quaternary consumer? Why/Wwhy not? Food Webs How would the oceanic food web be affected if all of the krill were removed from the
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