- Chapter 1: INTRODUCTION: EVOLUTION AND THE FOUNDATIONS OF BIOLOGY
- Chapter 10: MEIOSIS AND SEXUAL LIFE CYCLES
- Chapter 11: MENDEL AND THE GENE IDEA
- Chapter 12: THE CHROMOSOMAL BASIS OF INHERITANCE
- Chapter 13: THE MOLECULAR BASIS OF INHERITANCE
- Chapter 14: GENE EXPRESSION: FROM GENE TO PROTEIN
- Chapter 15: REGULATION OF GENE EXPRESSION
- Chapter 16: DEVELOPMENT, STEM CELLS, AND CANCER
- Chapter 17: VIRUSES
- Chapter 18: DESCENT WITH MODIFICATION
- Chapter 19: DESCENT WITH MODIFICATION
- Chapter 2: THE CHEMICAL CONTEXT OF LIFE
- Chapter 20: PHYLOGENY
- Chapter 21: THE EVOLUTION OF POPULATIONS
- Chapter 22: THE ORIGIN OF SPECIES
- Chapter 23: BROAD PATTERNS OF EVOLUTION
- Chapter 24: EARLY LIFE AND THE DIVERSIFICATION OF PROKARYOTES
- Chapter 25: THE ORIGIN AND DIVERSIFICATION OF EUKARYOTES
- Chapter 26: THE COLONIZATION OF LAND BY PLANTS AND FUNGI
- Chapter 27: THE RISE OF ANIMAL DIVERSITY
- Chapter 28: PLANT STRUCTURE AND GROWTH
- Chapter 29: RESOURCE ACQUISITION, NUTRITION, AND TRANSPORT IN VASCULAR PLANTS
- Chapter 3: CARBON AND THE MOLECULAR DIVERSITY OF LIFE
- Chapter 30: REPRODUCTION AND DOMESTICATION OF FLOWERING PLANTS
- Chapter 31: PLANT RESPONSES TO INTERNAL AND EXTERNAL SIGNALS
- Chapter 32: HOMEOSTASIS AND ENDOCRINE SIGNALING
- Chapter 33: ANIMAL NUTRITION
- Chapter 34: CIRCULATION AND GAS EXCHANGE
- Chapter 35: THE IMMUNE SYSTEM
- Chapter 36: REPRODUCTION AND DEVELOPMENT
- Chapter 37: NEURONS, SYNAPSES, AND SIGNALING
- Chapter 38: NERVOUS AND SENSORY SYSTEMS
- Chapter 39: MOTOR MECHANISMS AND BEHAVIOR
- Chapter 4: A TOUR OF THE CELL
- Chapter 40: POPULATION ECOLOGY AND THE DISTRIBUTION OF ORGANISMS
- Chapter 41: SPECIES INTERACTIONS
- Chapter 42: ECOSYSTEMS AND ENERGY
- Chapter 43: GLOBAL ECOLOGY AND CONSERVATION BIOLOGY
- Chapter 5: MEMBRANE TRANSPORT AND CELL SIGNALING
- Chapter 6: AN INTRODUCTION TO METABOLISM
- Chapter 7: CELLULAR RESPIRATION AND FERMENTATION
- Chapter 8: PHOTOSYNTHESIS
- Chapter 9: THE CELL CYCLE
Campbell Biology in Focus - Standalone book 1st Edition - Solutions by Chapter
Full solutions for Campbell Biology in Focus - Standalone book | 1st Edition
Andean-type plate margin
Plate boundaries that generate continental volcanic arcs.
Impermeable beds that hinder or prevent groundwater movement.
Continental volcanic arc
Mountains formed in part by igneous activity associated with the subduction of oceanic lithosphere beneath a continent.
A relatively rapid type of mass wasting that involves a flow of soil and regolith containing a large amount of water. Also called mudflows.
The downslope movement of watersaturated, clay-rich sediment. Most characteristic of humid regions.
The doughnut-shaped area of intense cumulonimbus development and very strong winds that surrounds the eye of a hurricane.
The time required for one-half of the atoms of a radioactive substance to decay.
A tentative explanation that is tested to determine if it is valid.
A piece of one rock unit contained within another. Inclusions are used in relative dating. The rock mass adjacent to the one containing the inclusion must have been there first in order to provide the fragment.
The distance light travels in a year; about 6 trillion miles.
Maritime (m) air mass
An air mass that originates over the ocean. These air masses are relatively humid.
A looplike bend in the course of a stream.
A lava flow with a smooth-toropey surface.
An igneous rock of ultramafic composition thought to be abundant in the upper mantle.
A variable radio source of small size that emits radio pulses in very regular periods.
A drainage pattern characterized by numerous right-angle bends that develops on jointed or fractured bedrock.
Water that flows over the land rather than infiltrating into the ground.
Hardened lava that has retained the vesicles produced by escaping gases.
In any undeformed sequence of sedimentary rocks, each bed is older than the layers above and younger than the layers below.
A mineral filling a fracture or fault in a host rock. Such deposits have a sheetlike, or tabular, form.