- 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
Tiny solid and liquid particles suspended in the atmosphere.
A fan-shaped deposit of sediment formed when a stream’s slope is abruptly reduced.
The wet, sloping surface that extends from the berm to the shoreline.
The tendency of a mineral to break along planes of weak bonding.
Tiny bits of particulate matter that serve as surfaces on which water vapor condenses.
The washing-out of fine soil components from the horizon by downward-percolating water.
A wind, usually above a height of 600 meters (2,000 feet), that blows parallel to the isobars.
A thin, gray layer on the surface of the Moon, consisting of loosely compacted, fragmented material believed to have been formed by repeated meteoritic impacts.
A span on the geologic time scale between the Paleozoic and Cenozoic eras from about 248 million to 65 million years ago.
A layer beneath the mantle about 2,200 kilometers (1,364 miles) thick that has the properties of a liquid.
See Lithospheric plate.
A large, cool star of high luminosity; a star occupying the upper-right portion of the Hertzsprung-Russell diagram.
The process whereby light bounces back from an object at the same angle at which it encounters a surface and with the same intensity.
The process by which the portion of a wave in shallow water slows, causing the wave to bend and tend to align itself with the underwater contours.
A long, narrow trough bounded by normal faults. It represents a region where divergence is taking place.
An instrument that records earthquake waves.
A soil classification system consisting of six hierarchical categories based on observable soil characteristics. The system recognizes 12 soil orders.
The abnormal rise of the sea along a shore as a result of strong winds.
Any of the Earth-like planets, including Mercury, Venus, Mars, and Earth.
A cobble or pebble polished and shaped by the sandblasting effect of wind.