Figure 13.1 Driven to Suicide

Figure 13.2 Enslaved by a Fungus

Figure 13.2 Enslaved by a Fungus

Figure 13.2 Enslaved by a Fungus (Part 1)

Figure 13.2 Enslaved by a Fungus (Part 2)

Figure 13.3 The Human Body as Habitat

Figure 13.4 Many Species Are Host to More Than One Parasite Species

Figure 13.5 Ectoparasites

Figure 13.6 Endoparasites

Figure 13.6 Endoparasites (Part 1)

Figure 13.6 Endoparasites (Part 2)

Figure 13.6 Endoparasites (Part 3)

Table 13.1 Advantages and Disadvantages of Living in or on a Host

Figure 13.7 Nonspecific Plant Defenses

Figure 13.7 Nonspecific Plant Defenses

Figure 13.8 Using Plants to Fight Parasites

Figure 13.9 Life Cycle of the Malaria Parasite, Plasmodium

Figure 13.9 Life Cycle of the Malaria Parasite, Plasmodium

Figure 13.10 Coevolution of the European Rabbit and the Myxoma Virus

Figure 13.10 Coevolution of the European Rabbit and the Myxoma Virus

Figure 13.10 Coevolution of the European Rabbit and the Myxoma Virus (Part 1)

Figure 13.10 Coevolution of the European Rabbit and the Myxoma Virus (Part 2)

Figure 13.11 Adaptation by Parasites to Local Host Populations

Figure 13.11 Adaptation by Parasites to Local Host Populations

Figure 13.11 Adaptation by Parasites to Local Host Populations (Part 1)

Figure 13.11 Adaptation by Parasites to Local Host Populations (Part 2)

Figure 13.12 Parasites Infect Common Host Genotypes More Easily Than Rare Genotypes

Figure 13.12 Parasites Infect Common Host Genotypes More Easily Than Rare Genotypes

Figure 13.13 A Cost of Virulence

Figure 13.13 A Cost of Virulence

Figure 13.13 A Cost of Virulence (Part 1)

Figure 13.13 A Cost of Virulence (Part 2)

Figure 13.14 Parasites Can Reduce Host Reproduction

Figure 13.14 Parasites Can Reduce Host Reproduction

Figure 13.14 Parasites Can Reduce Host Reproduction (Part 1)

Figure 13.14 Parasites Can Reduce Host Reproduction (Part 2)

Figure 13.15 Parasites Can Reduce Their Host’s Geographic Range

Figure 13.15 Parasites Can Reduce Their Host’s Geographic Range

Figure 13.15 Parasites Can Reduce Their Host’s Geographic Range (Part 1)

Figure 13.15 Parasites Can Reduce Their Host’s Geographic Range (Part 2)

Figure 13.16 Parasite Removal Reduces Host Population Fluctuations

Figure 13.16 Parasite Removal Reduces Host Population Fluctuations

Figure 13.16 Parasite Removal Reduces Host Population Fluctuations (Part 1)

Figure 13.16 Parasite Removal Reduces Host Population Fluctuations (Part 2)

Figure 13.16 Parasite Removal Reduces Host Population Fluctuations (Part 3)

Figure 13.17 Parasites Can Alter the Outcome of Competition

Figure 13.17 Parasites Can Alter the Outcome of Competition

Figure 13.18 Parasites Can Alter the Physical Environment

Figure 13.18 Parasites Can Alter the Physical Environment

Figure 13.18 Parasites Can Alter the Physical Environment (Part 1)

Figure 13.18 Parasites Can Alter the Physical Environment (Part 2)

Figure 13.18 Parasites Can Alter the Physical Environment (Part 3)

Figure 13.18 Parasites Can Alter the Physical Environment (Part 4)

Figure 13.19 Vaccination Reduces the Incidence of Disease

Figure 13.19 Vaccination Reduces the Incidence of Disease

Figure 13.20 Determining Threshold Population Densities

Figure 13.20 Determining Threshold Population Densities

Figure 13.21 Climate Change May Increase the Risk of Leishmaniasis in North America

Figure 13.21 Climate Change May Increase the Risk of Leishmaniasis in North America (Part 1)

Figure 13.21 Climate Change May Increase the Risk of Leishmaniasis in North America (Part 2)

Figure 13.21 Climate Change May Increase the Risk of Leishmaniasis in North America (Part 3)

Figure 13.21 Climate Change May Increase the Risk of Leishmaniasis in North America (Part 4)

Figure 13.22 Parasites Can Alter Host Behavior

Figure 13.22 Parasites Can Alter Host Behavior

Figure 13.22 Parasites Can Alter Host Behavior (Part 1)

Figure 13.22 Parasites Can Alter Host Behavior (Part 2)

Figure 13.23 Making the Host Vulnerable to Predation

Figure 13.23 Making the Host Vulnerable to Predation