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Earth Lab Exploring the Earth Sciences

ISBN-10: 0495013285

ISBN-13: 9780495013280

Edition: 2nd 2006 (Revised)

Authors: Claudia Owen, Diane Pirie, Grenville Draper

List price: $192.95
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The Second Edition of EARTH LAB offers a variety of hands-on activities?a perfect accompaniment to either a physical geology, environmental geology, or earth science course. Full of engaging activities that help students develop data-gathering and analysis skills, the Second Edition introduces new chapters on glaciation, mass wasting, and natural processes in deserts. Other chapter topics include activities on rock identification that help students look into Earth's history as well as learn about plate tectonics and earthquakes. EARTH LAB is distinguished not only by enhanced breadth of coverage, but also by innovative pedagogy and many simple, student-tested experiments. The traditional…    
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Book details

List price: $192.95
Edition: 2nd
Copyright year: 2006
Publisher: Brooks/Cole
Publication date: 7/20/2005
Binding: Paperback
Pages: 432
Size: 8.50" wide x 10.75" long x 1.00" tall
Weight: 2.530
Language: English

Claudia Owen is the lead faculty member of Earth and Environmental Sciences at Lane Community College. She holds a B.S. in Geology from Stanford University, an M.S. and a Ph.D. in Geology from University of Washington. Claudia's interests rest in climate change, geological resources, and metamorphic rocks. At Lane Community College, she teaches introductory geology and environmental science courses such as Rocks and Minerals, Earth's Dynamic Interior, Terrestrial Environment, Atmospheric Environment, and Global Climate Change. She also teaches classes at University of Oregon in environmental geology, surface processes, and national park geology. Her work with students in lab courses she has…    

With a background in both Earth Sciences and Fine Arts, Diane Pirie's contribution to EARTH LAB is both practical, from the experience of teaching in laboratory settings, and artistic, with the incorporation of images, creative methods and approaches in working with content. The user friendly layout of labs results from her scientific methodology and the set up of the majority of the mineral photographs exclusively for EARTH LAB is an example of her use of art as a teaching vehicle. Pragmatic methods reinforced with attention to detail are the mainstay in her current position as Scientific Research Manager at Florida International University, as much as in many past laboratory and teaching…    

Grenville Draper is a professor in the Department of Earth Sciences at Florida International University. He was previously the Department Chair and teaches Introduction to Earth Sciences, Physical Geography, Geologic Maps, and Structural Geology at the undergraduate level and Tectonics, Caribbean Geology, and Ductile Deformation at the graduate level. His main research interests are in metamorphic geology, structural geology, and tectonics, particularly in the Caribbean region. Apart from EARTH LAB, he is the co-author and co-editor of four books and the author of over 70 research, review, and journalistic articles.

Earth Materials
Introduction
Physical Properties of Minerals
Definition of a Mineral
Properties
Determining the Properties of Minerals
Common Minerals
Classification of Minerals
Strategy for Mineral Identification
Using the Mineral Identification Tables
Recognition of Minerals
Silicate Minerals
Geologic Resources and Minerals
Igneous Rocks
Mineralogical and Chemical Composition of Igneous Rocks
Igneous Textures Reveal How Igneous Rocks Form
Classification and Identification of Igneous Rocks
Sedimentary Rocks
Formation of Sedimentary Rocks
Structures of Sedimentary Rocks
Fossils
Structures of Sedimentary Environments
Clastic Sedimentary Rocks
Biochemical and Chemical Sedimentary Rocks
Identification and Description of Sediments and Sedimentary Rocks
Metamorphic Rocks
Metamorphic Processes and Types of Metamorphism
Textures of Metamorphic Rocks
Composition of Metamorphic Rocks
Choosing a Classification for a Metamorphic Rock
Temperature and Pressure of Metamorphism
Maps and Time
Introduction to Maps
Types of Maps
Map Legend
Scale
Directions
Pace and Compass Mapping Exercise
Global Location System: Latitude and Longitude
Map Grids and Orientation
Projections
Global Positioning System (GPS)
Topographic Maps
Topography and Contours
Topographic Profiles
Using and Constructing Topographic Maps
Air Photos Give a View of the Third Dimension
Rock Structures
Deformation of Rock Masses
Introduction to Geologic Maps and Cross Sections
Structures and Deformation
Types of Igneous Rock Masses
Metamorphic Rock Masses
Rocks in a Cross Section
Geologic Time and Geologic History
Relative Age
Geologic History
Determination of Astronomic (Numerical) Dates
Geologic Time Scale
Geologic Maps
Relationships between Contour Lines and Contacts
Folds on Geologic Maps
Faults on Geologic Maps
Unconformities on Geologic Maps
Igneous Rocks and Contacts on Geologic Maps
Interpreting Geologic History from Geologic Maps and Cross Sections
Drawing a Cross Section
Making Geologic Maps from Field Investigations
Mapmaking Simulation
Earth's Dynamic Interior
Earthquakes and Seismology
Earthquake Hazards
The Origin of Earthquakes
Magnitude
Locating an Earthquake
Earth's Structure and Plate Tectonics
The Structure of Earth's Interior
The Theory of Plate Tectonics
Geometric Fit of Continents
Earth's Surface
Landslides and Mass Movements
Mass Wasting Is Hazardous
Factors Influencing Mass Wasting
Types of Mass Wasting
Streams and Rivers
Stream Gradient and Sinuosity
Stream Erosion and Its Stages
Flooding
Groundwater and Karst Topography
Porosity
Permeability and Flow Rate
Water Table, Groundwater Flow, and Wells
Groundwater Flow
Groundwater Depletion
Groundwater Contamination
Groundwater Causes Erosion by Solution
Shorelines and Oceans
The Edge of the Oceans
Shorelines
Ocean Currents
Ocean Salinity and Deep Ocean Currents
Nutrients in Seawater
El Nino-La Nina
Weather, Climate, and Their Effects
Wind and the Atmosphere
The Earth-Sun Relationship
Weather
Wind and Coriolis Effect
Atmospheric Chemistry
Glaciers, Glaciation, and Climate Change
Glacier Types and Their Movement
Landforms Resulting from Glaciation
Climate Changes and Glaciers
Deserts and Arid Landscapes
Types of Deserts
Wind Transport and Erosion
Erosional Desert Landforms
Depositional Desert Landforms
Desertification
Resources
Resources
Fossil Fuels as Resources
Carbon Cycle
Mineral Resources
Appendix
Scientific Methods
Special Features of the Earth Sciences
Apply Scientific Method to Your Own Life
Glossary