Contents. Preface. Acknowledgments. Chapter 1: Monitoring the Weather

Similar documents
Frederick K. Lutgens. Edward J. Tarbuck. Illustrated by Dennis Tasa PEARSON

CONTENTS CHAPTER 1: PROLOGUE The Local Environment... 1 Observation, Inference, Classification Properties of the Environment...

REQUIRED TEXT AND MATERIALS:

Earth and Space Science. Teacher s Guide

The most abundant gas in the atmosphere by volume is. This gas comprises 78% of the Earth atmosphere by volume.

Contents. 1 Composition and Structure of the Atmosphere 2. 2 Solar Radiation and the Seasons 38. Part One Energy and Mass 1

Energy Forms Potential (PE) and kinetic (KE) (internal and external) Temperature and Temperature Scales March 29 Specific heat Latent heat March 30

Understanding Weather and Climate

Guided Notes: Atmosphere Layers of the Atmosphere

Contents. Properties of the Atmosphere 1. Weather Maps 45. Meteorological Measurements 21. Forecasting and Simulating Hazardous Weather 59.

Weather Notes. Chapter 16, 17, & 18

Weather is the of the Earth s atmosphere at a place and time. It is the movement of through the atmosphere o Energy comes from the

Multiple Choice Identify the choice that best completes the statement or answers the question.

Week: Dates: 3/2 3/20 Unit: Climate

Unit: Weather Study Guide

CHAPTER 13 WEATHER ANALYSIS AND FORECASTING MULTIPLE CHOICE QUESTIONS

Name the surface winds that blow between 0 and 30. GEO 101, February 25, 2014 Monsoon Global circulation aloft El Niño Atmospheric water

What a Hurricane Needs to Develop

p = ρrt p = ρr d = T( q v ) dp dz = ρg

Quiz 2 Review Questions

DEPARTMENT OF EARTH & CLIMATE SCIENCES SAN FRANCISCO STATE UNIVERSITY EARTH 365. Fall 2018 Test #2. November :00pm 7:15pm

25.1 Air Masses. Section 25.1 Objectives

Unit 4 Review Guide: Weather

Weather Elements (air masses, fronts & storms)

Fundamentals of Weather and Climate

IV. Atmospheric Science Section

Standard 3, Objective 2: Describe elements of weather and the factors that cause them to vary from day to day.

Space Atmospheric Gases. the two most common gases; found throughout all the layers a form of oxygen found in the stratosphere

Science 1206 Chapter 1 - Inquiring about Weather

Climate and the Atmosphere

WEATHER. rain. thunder. The explosive sound of air as it is heated by lightning.

Chapter 12: Meteorology

STATION If relative humidity is 60% and saturation vapor pressure is 35 mb, what is the actual vapor pressure?

Final Weather Unit Study Guide

Go With the Flow From High to Low Investigating Isobars

Features of Global Warming Review. GEOG/ENST 2331 Lecture 23 Ahrens: Chapter 16

Meteorology Today An Introduction to Weather, Climate, and the Environment

CHAPTER 11 THUNDERSTORMS AND TORNADOES MULTIPLE CHOICE QUESTIONS

UNIT 13: WEATHER AND CLIMATE

Chapter Introduction. Weather. Patterns. Forecasts Chapter Wrap-Up

WEATHER AND CLIMATE 1-1 KEY. DEFINE: 1. Atmosphere- LAYER OF GASES SURROUNDING EARTH. 2. Air pressure- THE FORCE THAT AIR EXERTS

East Penn School District Curriculum and Instruction

On my honor, I have neither given nor received unauthorized aid on this examination.

Weather & Climate. Sanjay S. Limaye Space Science & Engineering Center University of Wisconsin-Madison

Weather. Chapter Test A. Multiple Choice. Write the letter of the correct answer on the line at the left.

Ch22&23 Test. Multiple Choice Identify the choice that best completes the statement or answers the question.

Unit 2 Meteorology Test **Please do not write on this test** 5. El Nino & La Nina 6. Photosynthesis 7. Coriolis Effect 8.

Answer Key for Practice Test #2

CHAPTER 12 TROPICAL WEATHER SYSTEMS MULTIPLE CHOICE QUESTIONS

Chapter 15: Weather and Climate

EARTH SCIENCE. ES02 - Atmosphere

School Name Team # International Academy East Meteorology Test Graphs, Pictures, and Diagrams Diagram #1

Use the terms from the following list to complete the sentences below. Each term may be used only once.

Section 13-1: Thunderstorms

Match (one-to-one) the following (1 5) from the list (A E) below.

Mr. P s Science Test!

Weather Forecasts and Climate AOSC 200 Tim Canty. Class Web Site: Lecture 27 Dec

Climate vs. Weather. Weather: Short term state of the atmosphere. Climate: The average weather conditions in an area over a long period of time

1. What influence does the Coriolis force have on pressure gradient wind direction in the Northern Hemisphere?

CHAPTER 9 ATMOSPHERE S PLANETARY CIRCULATION MULTIPLE CHOICE QUESTIONS

I. Air Masses A. Defined: large body of air, 1600 km or more across, with similar temperature and moisture at similar altitudes 1.

SIO15 Midterm 2, Friday Dec. 1, 2017 TEST VARIATION: 2

Miami-Dade Community College Met 1010 Introduction to Weather

May 17, earthsciencechapter24.notebook. Apr 8 10:54 AM Review. Grade:9th. Subject:Earth Science. Date:4/8.

Earth Science Chapter 16 and 17. Weather and Climate

Chapter 21. Weather Patterns and Severe Storms

Clouds, Precipitation

FORMATION OF AIR MASSES

TOPICS YOU NEED TO KNOW

CURRICULUM OUTLINE. DEPARTMENT: Science DATE: January, 2004

2. What are the four most common gasses in the atmosphere and their percentages?

Chapter 7 Atmospheric Circulations

Weather and Climate: Detailed Outline

General Circulation. Nili Harnik DEES, Lamont-Doherty Earth Observatory

The Planetary Circulation System

Weather Patterns and Severe Storms

Unit 5 Part 2 Test PPT

Clever Catch Weather Ball Question and Answer Sheets

The of that surrounds the Earth. Atmosphere. A greenhouse that has produced the most global. Carbon Dioxide

Weather Studies Introduction to Atmospheric Science

Chapter 9 External Energy Fuels Weather and Climate

Atmospheric Layers. Earth s atmosphere is divided into several different atmospheric layers extending from Earth s surface outward.

Winds and Global Circulation

8/18/2014. Chapter 17: Weather Patterns. Section 1 (Air Masses and Fronts) 8 th Grade

Foundations of Earth Science, 6e Lutgens, Tarbuck, & Tasa

Science Olympiad Meteorology Quiz #1 Page 1 of 7

Air Mass Thunderstorms. Air Mass Thunderstorms. Air Mass Thunderstorms. Lecture 26 Air Mass Thunderstorms and Lightning

Page 1. Name:

Chapter 18/19. Ch 18

Practical Atmospheric Analysis

Weather & Ocean Currents

Forecasting the Weather:

GEO1010 tirsdag

Fluid Circulation Review. Vocabulary. - Dark colored surfaces absorb more energy.

ES 106 Study Guide for Final Exam Brown Spring 2010

Solar Energy. Convection Zones. Weather Observations and Measurements

Preamble to Chapter 05. Hydrologic Cycle Intro. Ocean and Freshwater Distribution. Chapter 5: Atmospheric Water and Weather

Chapter 5: Atmospheric Water and Weather. Preamble to Chapter 05

Weather, Air Masses, Fronts and Global Wind Patterns. Meteorology

2. Fargo, North Dakota receives more snow than Charleston, South Carolina.

Transcription:

Contents Preface Acknowledgments Chapter 1: Monitoring the Weather Weather and Climate Accessing Weather Information Time Keeping Weather Systems and Weather Maps Describing the State of the Atmosphere Weather Satellite Imagery Weather Radar Sky Watching Essay 1: Weather Maps, Historical Perspective Essay 2: Global Positioning System

Web Resources Chapter 2: Atmosphere: Origin, Composition, & Structure Evolution of the Atmosphere PRIMEVAL PHASE MODERN PHASE AIR POLLUTION Studying the Atmosphere THE SCIENTIFIC METHOD ATMOSPHERIC MODELS Measuring the Atmosphere SURFACE OBSERVATIONS UPPER-AIR OBSERVATIONS REMOTE SENSING Temperature Profile of the Atmosphere The Ionosphere and the Aurora

Essay 3: The Atmosphere of Mars Essay 4: Radio Transmission and the Ionosphere Essay 5: Space Weather and Atmospheric Impacts Web Resources Chapter 3: Solar & Terrestrial Radiation Electromagnetic Spectrum Radiation Laws Input of Solar Radiation SOLAR ALTITUDE EARTH S MOTIONS IN SPACE AND THE SEASONS THE SOLAR CONSTANT Solar Radiation and the Atmosphere Stratospheric Ozone Shield Solar Radiation and Earth s Surface Global Solar Radiation Budget Outgoing Infrared Radiation THE GREENHOUSE EFFECT GREENHOUSE GASES THE CALLENDAR EFFECT

POSSIBLE IMPACTS OF GLOBAL CLIMATE CHANGE Monitoring Radiation Essay 6: Hazards of Solar Ultraviolet Radiation Essay 7: Solar Power Web Resources Chapter 4: Heat, Temperature & Atmospheric Circulation Distinguishing Temperature and Heat TEMPERATURE SCALES AND HEAT UNITS MEASURING AIR TEMPERATURE Heat Transfer Processes RADIATION CONDUCTION AND CONVECTION PHASE CHANGES OF WATER

Thermal Response and Specific Heat THERMAL INERTIA MARITIME AND CONTINENTAL CLIMATES Heat Imbalance: Atmosphere versus Earth s Surface LATENT HEATING SENSIBLE HEATING BOWEN RATIO Heat Imbalance: Tropics versus Middle and High Latitudes HEAT TRANSPORT BY AIR MASS EXCHANGE HEAT TRANSPORT BY STORMS HEAT TRANSPORT BY OCEAN CIRCULATION Why Weather? Variation of Air Temperature LOCAL RADIATION BUDGET COLD AND WARM AIR ADVECTION URBAN HEAT ISLAND EFFECT Essay 8: Managing Weather Risk Essay 9: Heating and Cooling Degree-Days Essay 10: Wind Chill Web Links

Chapter 5: Air Pressure Defining Air Pressure Air Pressure Measurement Air Pressure Units Variation in Air Pressure with Altitude Horizontal Variations in Air Pressure INFLUENCE OF TEMPERATURE AND HUMIDITY INFLUENCE OF DIVERGING AND CONVERGING WINDS Highs and Lows The Gas Law Expansional Cooling and Compressional Warming CONSERVATION OF ENERGY ADIABATIC PROCESS Essay 11: Human Responses to Changes in Air Pressure Essay 12: Comparing Air and Water Pressure

Essay 13: Determining Altitude from Air Pressure Web Links Chapter 6: Humidity, Saturation & Stability Global Water Cycle TRANSFER PROCESSES GLOBAL WATER BUDGET How Humid Is It? VAPOR PRESSURE MIXING RATIO, SPECIFIC HUMIDITY, AND ABSOLUTE HUMIDITY SATURATED AIR RELATIVE HUMIDITY DEWPOINT PRECIPITABLE WATER Monitoring Water Vapor HUMIDITY INSTRUMENTS WATER VAPOR SATELLITE IMAGERY How Air Becomes Saturated Atmospheric Stability SOUNDINGS STÜVE DIAGRAM

Lifting Processes Essay 14: Heat, Humidity and Human Comfort Essay 15: Measuring Evaporation Essay 16: Atmospheric Stability and Air Quality Web Links Chapter 7: Clouds, Precipitation & Weather Radar Cloud Formation THE CURVATURE EFFECT ROLE OF NUCLEI SUPERCOOLED WATER Cloud Classification HIGH CLOUDS MIDDLE CLOUDS

LOW CLOUDS CLOUDS HAVING VERTICAL DEVELOPMENT UNUSUAL CLOUDS Fog Precipitation Processes TERMINAL VELOCITY WARM-CLOUD PRECIPITATION COLD-CLOUD PRECIPITATION HOLES AND CANALS IN CLOUDS Forms of Precipitation Acid Deposition Weather Radar: Locating Precipitation REFLECTIVITY MODE VELOCITY (DOPPLER) MODE DUAL-POLARIZATION WEATHER RADAR PHASED ARRAY WEATHER RADAR Measuring Precipitation RAIN AND SNOW GAUGES REMOTE SENSING OF PRECIPITATION Essay 17: Clouds by Mixing Essay 18: Rainmaking Essay 19: When Is It Too Cold or Too Warm to Snow?

Web Resources Chapter 8: Wind & Weather Forces Governing the Wind PRESSURE GRADIENT FORCE CENTRIPETAL FORCE CORIOLIS EFFECT FRICTION GRAVITY SUMMARY Wind: Joining Forces HYDROSTATIC EQUILIBRIUM GEOSTROPHIC WIND GRADIENT WIND SURFACE WINDS IN HIGHS AND LOWS Continuity of Wind Monitoring Wind Speed and Direction Scales of Atmospheric Circulation

Essay 20: Lake-Effect Snow Essay 21: Wind Profilers Essay 22: Wind Power Web Resources Chapter 9: Atmosphere s Planetary Circulation Idealized Circulation Pattern Features of the Planetary-Scale Circulation PRESSURE SYSTEMS AND WIND BELTS WINDS ALOFT TRADE WIND INVERSION SEASONAL SHIFTS OCEAN SURFACE CURRENTS Monsoon Circulation Long Waves in the Westerlies ZONAL AND MERIDIONAL FLOW PATTERNS BLOCKING SYSTEMS AND WEATHER EXTREMES

Jet Streams Cyclone Development El Niño and La Niña HISTORICAL PERSPECTIVE EKMAN TRANSPORT NEUTRAL CONDITIONS IN THE TROPICAL PACIFIC WARM PHASE COLD PHASE PREDICTING AND MONITORING ENSO FREQUENCY OF EL NIÑO AND LA NIÑA North Atlantic Oscillation Arctic Oscillation Pacific Decadal Oscillation Essay 23: Defining Drought Essay 24: Historic El Niño Episodes of 1982-83 and 1997-98 Web Resources

Chapter 10: Weather Systems of Middle Latitudes Air Masses NORTH AMERICAN TYPES AND SOURCE REGIONS AIR MASS MODIFICATION Frontal Weather STATIONARY FRONT WARM FRONT COLD FRONT OCCLUDED FRONTS SUMMARY Extratropical Cyclones LIFE CYCLE CONVEYOR BELT MODEL CYCLONE WEATHER PRINCIPAL CYCLONE TRACKS COLD SIDE/WARM SIDE WINTER STORMS COLD- AND WARM-CORE SYSTEMS Anticyclones ARCTIC AND POLAR HIGHS WARM HIGHS ANTICYCLONE WEATHER Local and Regional Circulation Systems SEA (OR LAKE) BREEZE AND LAND BREEZE MOUNTAIN BREEZE AND VALLEY BREEZE CHINOOK WIND

SANTA ANA WIND KATABATIC WIND DESERT WINDS HEAT BURST Essay 25: The Case of the Missing Storm Essay 26: Nor easters Essay 27: Santa Ana Winds and California Fire Weather Web Links Chapter 11: Thunderstorms & Tornadoes Thunderstorm Life Cycle TOWERING CUMULUS STAGE MATURE STAGE DISSIPATING STAGE

Thunderstorm Classification Where and When Severe Thunderstorms Thunderstorm Hazards LIGHTNING DOWNBURSTS DERECHO FLASH FLOODS HAIL Tornadoes Tornado Characteristics Where and When Tornado Hazards and the EF-Scale The Tornado-Thunderstorm Connection Monitoring Tornadic Thunderstorms Essay 28: Lightning Safety Essay 29: Hail Suppression Essay 30: Tornado Look-Alikes Web Resources

Chapter 12: Tropical Weather Systems Weather in the Tropics Hurricane Characteristics Where and When Hurricane Life Cycle Hurricane Hazards INLAND FLOODING WIND STORM SURGE SAFFIR-SIMPSON HURRICANE WIND SCALE Trends in Hurricane Frequency Hurricane Threat to the Southeast United States BARRIER ISLANDS EVACUATION Long-Range Forecasting of Atlantic Hurricanes Hurricane Modification

Essay 31: Polar Lows with Hurricane Characteristics Essay 32: Naming Hurricanes Essay 33: The Unique Challenges of Superstorm Sandy Web Resources Chapter 13: Weather Analysis & Forecasting International Cooperation Acquisition of Weather Data SURFACE WEATHER OBSERVATIONS UPPER-AIR WEATHER OBSERVATIONS Weather Data Assimilation, Depiction and Analysis SURFACE WEATHER MAPS UPPER-AIR WEATHER MAPS Weather Prediction NUMERICAL WEATHER FORECASTING FORECASTING TROPICAL CYCLONES FORECASTING FOR AVIATION FORECASTING SEVERE STORMS RIVER AND FLOOD FORECASTING MARINE FORECASTING SPACE WEATHER FORECASTING

FORECAST SKILL LONG-RANGE FORECASTING SINGLE-STATION FORECASTING PRIVATE SECTOR FORECASTING Communication and Dissemination WEATHER-READY NATION Essay 34: Marine Weather Statements Essay 35: Chaos and the Limits to Forecasting Web Resources Chapter 14: Light & Sound in the Atmosphere Atmospheric Optics VISIBLE LIGHT AND COLOR PERCEPTION RED SUN, WHITE CLOUDS, AND BLUE SKY

HALO RAINBOW CORONA GLORY MIRAGE SUNRISE-SUNSET AND TWINKLING STARS TWILIGHT Atmospheric Acoustics SOUND WAVES THUNDER SONIC BOOM AEOLIAN SOUNDS Essay 36: Blue Haze Web Resources Chapter 15: Climate & Climate Change

What is climate? Importance of the Climate System A CHANGING CLIMATE CLIMATE VARIABILITY VERSUS CLIMATE CHANGE ASSESSING CREDIBLE CLIMATE INFORMATION Current Climate Paradigm MODES BY WHICH CLIMATE IS DEFINED LESSONS FROM THE CLIMATE OBSERVATIONS Natural Drivers of Climate Change SOLAR CHANGES FAINT YOUNG SUN PARADOX SUNSPOTS MAUNDER MINIMUM AND THE LITTLE ICE AGE CHANGES IN EARTH S ORBIT MILANKOVITCH CYCLES EVIDENCE FROM DEEP-SEA SEDIMENT CORES GEOLOGIC CONTRIBUTIONS Plate Tectonics Volcanoes Feedbacks TYPES OF FEEDBACKS SNOW AND ICE COVER SHRINKAGE OF ARCTIC SEA-ICE COVER Projections of Climate WHAT ARE MODELS? Global Climate Models Weather versus Climate Models Physical Basis for Modeling Earth s Climate

Enhanced Greenhouse Effect and Global Warming ASSESSMENT OF CLIMATE MODEL OUTPUT Impacts of Climate Change RISING SEA LEVELS SHRINKING GLACIERS ARCTIC ENVIRONMENT MARINE LIFE HUMAN VULNERABILITIES Essay 36: Why the Arctic warms faster Essay 37: Heat-related mortality in the 21st century Web Resources Topics-in-Depth Glossary Appendix I: CONVERSION FACTORS Appendix II: MILESTONES IN THE HISTORY OF ATMOSPHERIC SCIENCE

Appendix III: Climate Classification