Campbell Biology (11th Edition)
11th Edition
ISBN: 9780134093413
Author: Lisa A. Urry, Michael L. Cain, Steven A. Wasserman, Peter V. Minorsky, Jane B. Reece
Publisher: PEARSON
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Chapter 52, Problem 52.5CR
Suppose humans introduced a species to a new continent where it had few predators or
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Chapter 52 Solutions
Campbell Biology (11th Edition)
Ch. 52.1 - Explain how the sun's unequal heating of Earth's...Ch. 52.1 - What are some of the differences in microclimate...Ch. 52.1 - WHAT IF? Changes in Earth's climate at the end of...Ch. 52.1 - MAKE CONNECTIONS Focusing just on the effects of...Ch. 52.2 - Based on the climograph in Figure 52.10, what...Ch. 52.2 - Using Figure 52.12, identify the natural biome in...Ch. 52.2 - WHAT IF? If global warming increases average...Ch. 52.3 - Why are phytoplankton, and not benthic algae or...Ch. 52.3 - Prob. 2CCCh. 52.3 - MAKE CONNECTIONS As noted in Figure 52.15, the...
Ch. 52.4 - Give examples of human actions that could expand a...Ch. 52.4 - WHAT IF? You suspect that deer are restricting...Ch. 52.4 - MAKE CONNECTIONS Hawaiian silverswords under-went...Ch. 52.5 - Describe a scenario showing how ecological change...Ch. 52.5 - MAKE CONNECTIONS Commercial fisheries target...Ch. 52 - Suppose global air circulation suddenly reversed,...Ch. 52 - Prob. 52.2CRCh. 52 - Prob. 52.3CRCh. 52 - Interactions between organisms and the environment...Ch. 52 - Suppose humans introduced a species to a new...Ch. 52 - Level 1: Knowledge/Comprehension 1. Which of the...Ch. 52 - Which lake zone would be absent in a very shallow...Ch. 52 - Which of the following is characteristic of most...Ch. 52 - The oceans affect the biosphere in all of the...Ch. 52 - Which statement about dispersal is false? (A)...Ch. 52 - When climbing a mountain, we can observe...Ch. 52 - Prob. 7TYUCh. 52 - Prob. 8TYUCh. 52 - Prob. 9TYUCh. 52 - EVOLUTION CONNECTION Discuss how the distribution...Ch. 52 - SCIENTIFIC INQUIRY Jens Clausen and colleagues, at...Ch. 52 - WRITE ABOUT A THEME: INTERACTIONS Global warming...Ch. 52 - SYNTHESIZE YOUR KNOWLEDGE If you were to hike up...
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- Once a mutualistic relationship evolves between two species, will natural selection and co-evolution cause the two species to become continuously more dependent on each other? Or is it possible for one to end the mutualism? Describe.arrow_forwardIn a courtroom in 2005, biologist Ken Miller criticized the claims of intelligent design. After noting that 99.9% of the organisms that have ever lived on earth are now extinct, he said that “an intelligent designer who designed things, 99.9% of which didn’t last, certainly wouldn’t be very intelligent.” Evaluate Miller’s criticism.arrow_forwardChanging conditions put intense pressure on organisms-some of which become extinct. For example, of the original 62 species of honeycreeper found in Hawaii only 18 remain. Scientists have the technologies that may allow bringing back organisms that have become extinct. This brings up ethical questions about the cost/benefit of resurrecting extinct species and whether it is the right thing to do. Joseph Bennett, a professor of biology at Carleton University in Ontario, wanted to determine the cost of resurrecting and maintaining an extinct species. Since the up-front cost of resurrecting an extinct species is very difficult to determine, the researchers decided instead to look at the cost of reintroducing and protecting a resurrected organism in the wild. To accomplish this, the researchers considered 70 animals from New Zealand and 29 animals from New South Wales that went extinct within the last 1,000 years. From this list, they chose 11 New Zealand species and five NSW species that…arrow_forward
- Theory of Evolution PART 1 Answer the following with one sentence each question. 1. What do you know about the history of your selected area within the last 25-50 years (e.g. urbanization, geological changes, structures built or destroyed, etc)? 2. Based on this history, what hypothesis can you make about its effect on the area's nature/environment/wildlife? 3. what evolutionary changes/events do you expect to find? 4. Why do you expect to see these changes/events? 5. How will you determine these evolutionary changes/events? (your answers should within your study's limits)arrow_forwardIf a researcher were to only conduct studies of rotifers in homogeneous environments and never in heterogeneous environments, the research may underestimate the benefits of and O polymorphisms; parthenogenesis O heterozygosity; genetic drift gene flow; asexual reproduction O heterozygosity; sexual reproductionarrow_forwardWhich of the following best explains the connection between increased competition and the evolution of a species by natural selection? Individuals migrate to another area in order to avoid competition for limited resources in the current ecosystem. Individuals that have traits that allow them to outcompete others survive better and produce more offspring. Individuals must become stronger to compete for resources, and this increased strength is passed on to the next generation. Individuals that must compete for limited resources are more likely to have diseases that cause mutations.arrow_forward
- According to Darwin's theory of natural selection, how do organisms adapt in a given environment? Group of answer choices choices made by plant and animal breeders possession of adaptations developed through use possession of inherited adaptations that maximize fitness lack of competition within the speciesarrow_forwardThe Red Queen hypothesis is popular in ecology because it explains well the interaction between two chess pieces, which is a metaphor for sexual selection among related species evolutionary arms race between trees and fish, where trees take up nutrients released by dying salmon evolution of spider web shapes in forests compared to those in grasslands effect of parasites on host population sizes and therefore effects on competitor species evolutionary arms race between parasites and hostsarrow_forwardWhat is the main idea of this text? In the years right after the invasion, zebra mussels evolved and adapted to the Hudson River ecosystem. In the years right after the invasion, zebra mussels evolved and adapted to the Hudson River ecosystem. In the years right after the invasion, zebra mussels caused a number of changes in the Hudson River ecosystem and food web. In the years right after the invasion, zebra mussels caused a number of changes in the Hudson River ecosystem and food web. In the years right after the invasion, zebra mussels did not have a major impact on the Hudson River ecosystem or food web. In the years right after the invasion, zebra mussels did not have a major impact on the Hudson River ecosystem or food web. At first, zebra mussels did not have any impact on the Hudson River ecosystem, but their impact increased over timearrow_forward
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