Preface

ESCI 110 Lab Man: 1 Introduction to the Solar System

ESCI 110 Lab Man: 2 Measuring the Density of Earth Materials

ESCI 110 Lab Man: 3 Surfaces of the Planets and Moons

ESCI 110 Lab Man: 4 Earth-Sun Relationships, Determining Latitude

ESCI 110 Lab Man: 5 Time and Longitude

ESCI 110 Lab Man: 6 Global Positioning System (GPS)

ESCI 110 Lab Man: 7 Introduction to Maps and Map Reading

ESCI 110 Lab Man: 8 Mineral Properties and Mineral Identification

ESCI 110 Lab Man: 9 Introduction to Rock Identification

ESCI 110 Lab Man: 10 Sedimentary Rocks

ESCI 110 Lab Man: 11 Fossils

ESCI 110 Lab Man: 12 Earth History and Sequence of Events Problems

ESCI 110 Lab Man: 13 Plate Tectonics

ESCI 110 Lab Man: 14 Metamorphic Rocks

ESCI 110 Lab Man: 15 Faults and Folds

ESCI 110 Lab Man: 16 Reading Seismograms and Determining Epicenters

ESCI 110 Lab Man: 17 Earthquake Magnitude and Intensity

ESCI 110 Lab Man: 18 Earthquake Hazards and Seismic Safety

ESCI 110 Lab Man: 19 Igneous Rocks

ESCI 110 Lab Man: 20 Volcanic Landforms

ESCI 110 Lab Man: 21 Hydrology: Lakes, Streams and Groundwater

ESCI 110 Lab Man: 22 Landforms Produced by Streams and Groundwater

ESCI 110 Lab Man: 23 Glacial Landforms

ESCI 110 Lab Man: 24 Desert Landscapes

ESCI 110 Lab Man: 25 Waves: The Tsunami in a Box

ESCI 110 Lab Man: 26 Coastal Landforms

ESCI 110 Lab Man: 27 Ocean Circulation

ESCI 110 Lab Man: 28 Properties of the Atmosphere

ESCI 110 Lab Man: 29 Interpreting Weather Maps

ESCI 110 Lab Man: 30 Climate and Climograms