Title: Figure 53'0 Lion with kill in a grassland community
1Figure 53.0 Lion with kill in a grassland
community
2Figure 53.1 Testing the individualistic and
interactive hypotheses of communities
3Table 53.1 Interspecific Interactions
4Figure 53.2 Testing a competitive exclusion
hypothesis in the field
5Figure 53.3a Resource partitioning in a group of
lizards
6Figure 53.3bc Anolis distichus (left) and Anolis
insolitus (right)
7Figure 53.4 Character displacement
circumstantial evidence for competition in nature
8Figure 53.5 Camouflage Poor-will (left), lizard
(right)
9Figure 53.6 Aposematic (warning) coloration in a
poisonous blue frog
10Figure 53.x1 Deceptive coloration moth with
"eyeballs"
11Figure 53.7 Batesian mimicry
12Figure 53.8 Müllerian mimicry Cuckoo bee
(left), yellow jacket (right)
13Figure 53.x2 Parasitic behavior A female
Nasonia vitripennis laying a clutch of eggs into
the pupa of a blowfly (Phormia regina)
14Figure 53.9 Mutualism between acacia trees and
ants
15Figure 53.x3 Commensalism between a bird and
mammal
16Figure 53.10 Examples of terrestrial and marine
food chains
17Figure 53.11 An antarctic marine food web
18Figure 53.12 Partial food web for the Chesapeake
Bay estuary on the U.S. Atlantic coast
19Figure 53.13 Test of the energetic hypothesis
for the restriction on food chain length
20Figure 53.14a Testing a keystone predator
hypothesis
21Figure 53.14b Testing a keystone predator
hypothesis
22Figure 53.15 Sea otters as keystone predators in
the North Pacific
23Unnumbered Figure (page 1186) Biomanipulation
diagram
24Figure 53.16 Routine disturbance in a grassland
community
25Figure 53.17 Storm disturbance to coral reef
communities
26Figure 53.17 Storm disturbance to coral reef
communities Heron Island Reef in Australia
27Figure 53.x4 Environmental patchiness caused by
small-scale disturbances A fallen tree
28Figure 53.18 Patchiness and recovery following a
large-scale disturbance
29Figure 53.18x1 Large-scale disturbance Mount
St. Helens
30Figure 53.18x2 Forest fire
31Figure 53.19 A glacial retreat in southeastern
Alaska
32Table 53.2 The Pattern of Succession on Moraines
in Glacier Bay
33Figure 53.20 Change in soil nitrogen
concentration during succession after glacial
retreat in Glacier Bay, Alaska
34Figure 53.20 Alders and cottonwoods covering the
hillsides
35Figure 53.20 Spruce coming into the alder and
cottonwood forest
36Figure 53.20 Spruce and hemlock forest
37Figure 53.21 Which forest is more diverse?
38Figure 53.22 Relative abundance of Lepidoptera
(butterflies and moths) captured in a light trap
in Rothamsted, England
39Figure 53.23 Geographic pattern of species
richness in the land birds of North and Central
America
40Figure 53.24 Energy and species richness
41Figure 53.25 Species-area curve for North
American birds
42Figure 53.26 The hypothesis of island
biogeography
43Figure 53.27 Number of plant species on the
Galápagos Islands in relation to the area of the
island