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Table of Content:

  1. 1 Essentials of Geography
  2. Key Learning Concepts
  3. The Science of Geography
  4. The Geographic Continuum
  5. Geographic Analysis
  6. The Scientific Process
  7. Using the Scientific Method
  8. Applying Scientific Results
  9. Human–Earth Interactions in the 21st Century
  10. The Human Denominator
  11. Global Sustainability
  12. Earth Systems Concepts
  13. Systems Theory
  14. Open Systems
  15. Closed Systems
  16. Natural System Example
  17. System Feedback
  18. System Equilibrium
  19. Models of Systems
  20. Systems Organization in Geosystems
  21. Earth’s Four “Spheres”
  22. Mount Pinatubo—Global System Impact
  23. Earth’s Dimensions
  24. Evidence of Sphericity
  25. Earth as a Geoid
  26. Location and Time on Earth
  27. Latitude
  28. Longitude
  29. Great Circles and Small Circles
  30. Meridians and Global Time
  31. Coordinated Universal Time
  32. International Date Line
  33. Daylight Saving Time
  34. Maps and Cartography
  35. The Scale of Maps
  36. Map Projections
  37. Equal Area or True Shape?
  38. Classes of Projections
  39. Modern Tools and Techniques for Geoscience
  40. Global Positioning System
  41. Remote Sensing
  42. Satellite Imaging
  43. Passive Remote Sensing
  44. Active Remote Sensing
  45. Geographic Information Systems
  46. Key Learning Concepts Review
  47. I The Energy–Atmosphere System
  48. 2 Solar Energy to Earth and the Seasons
  49. Key Learning Concepts
  50. The Solar System, Sun, and Earth
  51. Solar System Formation
  52. Dimensions and Distances
  53. Solar Energy: From Sun to Earth
  54. Solar Activity and Solar Wind
  55. Sunspots
  56. Solar Wind Effects
  57. Electromagnetic Spectrum of Radiant Energy
  58. Incoming Energy at the Top of the Atmosphere
  59. Solar Constant
  60. Uneven Distribution of Insolation
  61. Global Net Radiation
  62. The Seasons
  63. Seasonality
  64. Reasons for Seasons
  65. Revolution
  66. Rotation
  67. Tilt of Earth’s Axis
  68. Axial Parallelism
  69. Sphericity
  70. Annual March of the Seasons
  71. Dawn and Twilight
  72. Seasonal Observations
  73. Key Learning Concepts Review
  74. 3 Earth’s Modern Atmosphere
  75. Key Learning Concepts
  76. Atmospheric Composition, Temperature, and Function
  77. Atmospheric Profile
  78. Atmospheric Composition Criterion
  79. Heterosphere
  80. Homosphere
  81. Carbon Dioxide
  82. Atmospheric Temperature Criterion
  83. Thermosphere
  84. Mesosphere
  85. Stratosphere
  86. Troposphere
  87. Atmospheric Function Criterion
  88. Ionosphere
  89. Ozonosphere
  90. UV Index Helps Save Your Skin
  91. Pollutants in the Atmosphere
  92. Natural Sources of Air Pollution
  93. Anthropogenic Pollution
  94. Photochemical Smog
  95. Industrial Smog and Sulfur Oxides
  96. Particulates/Aerosols
  97. Natural Factors That Affect Pollutants
  98. Winds
  99. Local and Regional Landscapes
  100. Temperature Inversions
  101. Benefits of the Clean Air Act
  102. Key Learning Concepts Review
  103. 4 Atmosphere and Surface Energy Balances
  104. Key Learning Concepts
  105. Energy-Balance Essentials
  106. Energy and Heat
  107. Types of Heat
  108. Methods of Heat Transfer
  109. Energy Pathways and Principles
  110. Scattering and Diffuse Radiation
  111. Refraction
  112. Reflection and Albedo
  113. Absorption
  114. Clouds, Aerosols, and Atmospheric Albedo
  115. Energy Balance in the Troposphere
  116. The Greenhouse Effect and Atmospheric Warming
  117. The “Greenhouse” Concept
  118. Clouds and Earth’s “Greenhouse”
  119. Earth–Atmosphere Energy Balance
  120. Summary of Inputs and Outputs
  121. Latitudinal Energy Imbalances
  122. Energy Balance at Earth’s Surface
  123. Daily Radiation Patterns
  124. A Simplified Surface Energy Budget
  125. Global and Seasonal Net Radiation
  126. Net Radiation Expenditure
  127. Two Sample Stations
  128. The Urban Environment
  129. Key Learning Concepts Review
  130. 5 Global Temperatures
  131. Key Learning Concepts
  132. Temperature Concepts and Measurement
  133. Temperature Scales
  134. Measuring Temperature
  135. Principal Temperature Controls
  136. Latitude
  137. Altitude and Elevation
  138. Cloud Cover
  139. Land–Water Heating Differences
  140. Evaporation
  141. Transparency
  142. Specific Heat
  143. Movement
  144. Ocean Currents and Sea-Surface Temperatures
  145. Examples of Marine Effects and Continental Effects
  146. Earth’s Temperature Patterns
  147. January and July Global Temperature Maps
  148. January and July Polar-Region Temperature Maps
  149. Annual Temperature Range Map
  150. Recent Temperature Trends and Human Response
  151. Record Temperatures and Greenhouse Warming
  152. Heat Stress and the Heat Index
  153. Key Learning Concepts Review
  154. 6 Atmospheric and Oceanic Circulations
  155. Key Learning Concepts
  156. Wind Essentials
  157. Air Pressure
  158. Pressure Relationships
  159. Air Pressure Measurement
  160. Wind: Description and Measurement
  161. Driving Forces within the Atmosphere
  162. Pressure Gradient Force
  163. Coriolis Force
  164. Coriolis Force Example
  165. Distribution and Significance
  166. Friction Force
  167. Summary of Physical Forces on Winds
  168. High- and Low-Pressure Systems
  169. Atmospheric Patterns of Motion
  170. Primary Pressure Areas and Associated Winds
  171. Equatorial Low or ITCZ: Warm and Rainy
  172. Trade Winds
  173. Subtropical Highs: Hot and Dry
  174. Westerlies
  175. Subpolar Lows: Cool and Moist
  176. Polar Highs: Frigid and Dry
  177. Upper Atmospheric Circulation
  178. Rossby Waves
  179. Jet Streams
  180. Monsoonal Winds
  181. The Asian Monsoon Pattern
  182. Human Influences on the Asian Monsoon
  183. Local Winds
  184. Oceanic Currents
  185. Surface Currents
  186. Examples of Gyre Circulation
  187. Equatorial Currents
  188. Upwelling and Downwelling Flows
  189. Thermohaline Circulation—The Deep Currents
  190. Natural Oscillations in Global Circulation
  191. El Niño–Southern Oscillation
  192. El Niño—ENSO’s Warm Phase
  193. La Niña—ENSO’s Cool Phase
  194. Global Effects Related to ENSO
  195. Pacific Decadal Oscillation
  196. North Atlantic and Arctic Oscillations
  197. Key Learning Concepts Review
  198. II The Water, Weather, and Climate Systems
  199. 7 Water and Atmospheric Moisture
  200. Key Learning Concepts
  201. Water’s Unique Properties
  202. Phase Changes and Heat Exchange
  203. Ice, the Solid Phase
  204. Water, the Liquid Phase
  205. Water Vapour, the Gas Phase
  206. Latent Heat Transfer under Natural Conditions
  207. Humidity
  208. Relative Humidity
  209. Saturation and Dew Point
  210. Daily and Seasonal Relative Humidity Patterns
  211. Specialized Expressions of Humidity
  212. Vapour Pressure
  213. Specific Humidity
  214. Instruments for Measuring Humidity
  215. Atmospheric Stability
  216. Adiabatic Processes
  217. Dry Adiabatic Rate
  218. Moist Adiabatic Rate
  219. Stable and Unstable Atmospheric Conditions
  220. Clouds and Fog
  221. Cloud Formation Processes
  222. Cloud Types and Identification
  223. Processes That Form Fog
  224. Radiation Fog
  225. Rime Fog
  226. Ice-Crystal Fog
  227. Advection Fog
  228. Evaporation Fog
  229. Key Learning Concepts Review
  230. 8 Weather
  231. Key Learning Concepts
  232. Air Masses
  233. Air Masses Affecting North America
  234. Air Mass Modification
  235. Atmospheric Lifting Mechanisms
  236. Convergent Lifting
  237. Convectional Lifting
  238. Orographic Lifting
  239. Frontal Lifting (Cold and Warm Fronts)
  240. Cold Front
  241. Warm Front
  242. Midlatitude Cyclonic Systems
  243. Life Cycle of a Midlatitude Cyclone
  244. Cyclogenesis
  245. Open Stage
  246. Occluded Stage
  247. Dissolving Stage
  248. Weather Maps and Forecasting
  249. Violent Weather
  250. Winter Storms and Blizzards
  251. Thunderstorms
  252. Turbulence and Wind Shear
  253. Supercells
  254. Lightning and Thunder
  255. Hail
  256. Damaging Winds
  257. Tornadoes
  258. Tornado Measurement
  259. Tornado Frequency
  260. Tropical Cyclones
  261. Storm Development
  262. Physical Structure
  263. Damage Potential
  264. Formation Areas and Storm Tracks
  265. Coastal Flooding from Hurricane Katrina
  266. Hurricane Juan
  267. An Avoidable Cycle
  268. Key Learning Concepts Review
  269. 9 Water Resources
  270. Key Learning Concepts
  271. Water on Earth
  272. Worldwide Equilibrium
  273. Distribution of Earth’s Water Today
  274. The Hydrologic Cycle
  275. Water in the Atmosphere
  276. Water at the Surface
  277. Water in the Subsurface
  278. Water Budgets and Resource Analysis
  279. Components of the Water Budget
  280. Water Supply: Precipitation
  281. Water Demand: Potential Evapotranspiration
  282. Water Storage: Soil Moisture
  283. Water Deficit and Surplus
  284. The Water-Budget Equation
  285. Sample Water Budgets
  286. Drought: The Water Deficit
  287. Surface Water Resources
  288. Snow and Ice
  289. Rivers and Lakes
  290. Effects of Climate Change on Lakes
  291. Hydroelectric Power
  292. Water Transfer Projects
  293. Wetlands
  294. Groundwater Resources
  295. The Groundwater Environment
  296. Aquifers and Wells
  297. Groundwater at the Surface
  298. Overuse of Groundwater
  299. Groundwater Mining
  300. Desalination
  301. Collapsing Aquifers
  302. Pollution of Groundwater
  303. Fracking
  304. Our Water Supply
  305. Water Supply in Canada
  306. Water Withdrawal and Consumption
  307. Future Considerations
  308. Key Learning Concepts Review
  309. 10 Global Climate Systems
  310. Key Learning Concepts
  311. Review of Earth’s Climate System
  312. Classifying Earth’s Climates
  313. Tropical Rain Forest Climates
  314. Tropical Monsoon Climates
  315. Tropical Savanna Climates
  316. Humid Subtropical Hot-Summer Climates
  317. Humid Subtropical Winter-Dry Climates
  318. Marine West Coast Climates
  319. Mediterranean Dry-Summer Climates
  320. Humid Continental Hot-Summer Climates
  321. Humid Continental Mild-Summer Climates
  322. Subarctic Climates
  323. Tundra Climates
  324. Ice-Cap and Ice-Sheet Climates
  325. Polar Marine Climates
  326. Characteristics of Dry Climates
  327. Tropical, Subtropical Hot Desert Climates
  328. Midlatitude Cold Desert Climates
  329. Tropical, Subtropical Hot Steppe Climates
  330. Midlatitude Cold Steppe Climates
  331. Climate Regions and Climate Change
  332. Key Learning Concepts Review
  333. 11 Climate Change
  334. Key Learning Concepts
  335. Population Growth and Fossil Fuels—The Setting for Climate Change
  336. Deciphering Past Climates
  337. Methods for Long-Term Climate Reconstruction
  338. Oxygen Isotope Analysis
  339. Ocean Sediment Cores
  340. Ice Cores
  341. Earth’s Long-Term Climate History
  342. Methods for Short-Term Climate Reconstruction
  343. Carbon Isotope Analysis
  344. Lake Cores
  345. Tree Rings
  346. Speleothems
  347. Corals
  348. Earth’s Short-Term Climate History
  349. Mechanisms of Natural Climate Fluctuation
  350. Solar Variability
  351. Earth’s Orbital Cycles
  352. Continental Position and Topography
  353. Atmospheric Gases and Aerosols
  354. Climate Feedbacks and the Carbon Budget
  355. Earth’s Carbon Budget
  356. Water Vapour Feedback
  357. Carbon–Climate Feedbacks
  358. CO2–Weathering Feedback
  359. Evidence for Present Climate Change
  360. Temperature
  361. Ice Melt
  362. Glacial Ice and Permafrost
  363. Sea Ice
  364. Sea-Level Rise
  365. Extreme Events
  366. Causes of Present Climate Change
  367. Contributions of Greenhouse Gases
  368. Carbon Dioxide
  369. Methane
  370. Nitrous Oxide
  371. Halogenated Gases
  372. Sources of Radiative Forcing
  373. Anthropogenic Greenhouse Gases
  374. Comparison of RF Factors
  375. Scientific Consensus
  376. Climate Models and Forecasts
  377. Radiative Forcing Scenarios
  378. Future Temperature Scenarios
  379. Sea-Level Projections
  380. The Path Ahead
  381. Taking a Position on Climate Change
  382. Action Now Means “No Regrets”
  383. Mitigating Climate Change: What Can You Do?
  384. Key Learning Concepts Review
  385. III The Earth–Atmosphere Interface
  386. 12 The Dynamic Planet
  387. Key Learning Concepts
  388. The Pace of Change
  389. Earth’s Structure and Internal Energy
  390. Earth’s Core and Mantle
  391. Earth’s Crust
  392. The Asthenosphere and Lithosphere
  393. Adjustments in the Crust
  394. Earth’s Magnetism
  395. Earth Materials and the Rock Cycle
  396. Igneous Processes
  397. Igneous Environments
  398. Igneous Rock Classification
  399. Igneous Landforms
  400. Sedimentary Processes
  401. Clastic Sedimentary Rocks
  402. Chemical Sedimentary Rocks
  403. Metamorphic Processes
  404. The Rock Cycle
  405. Plate Tectonics
  406. Continental Drift
  407. Seafloor Spreading
  408. Magnetic Reversals
  409. Age of the Seafloor
  410. Subduction
  411. Plate Boundaries
  412. Earthquake and Volcanic Activity
  413. Hot Spots
  414. Hydrothermal Features
  415. Hot-Spot Island Chains
  416. The Geologic Cycle
  417. Key Learning Concepts Review
  418. 13 Tectonics, Earthquakes, and Volcanism
  419. Key Learning Concepts
  420. Earth’s Surface Relief
  421. Studying Earth’s Topography
  422. Orders of Relief
  423. Earth’s Hypsometry
  424. Earth’s Topographic Regions
  425. Crustal Formation
  426. Continental Shields
  427. Building Continental Crust and Accretion of Terranes
  428. Crustal Deformation
  429. Folding and Broad Warping
  430. Faulting
  431. Types of Faults
  432. Faulted Landscapes
  433. Orogenesis (Mountain Building)
  434. Types of Orogenesis
  435. The Appalachian Mountains
  436. The Western Cordillera
  437. The Innuitian Mountains
  438. World Structural Regions
  439. Earthquakes
  440. Earthquake Anatomy
  441. Earthquake Intensity and Magnitude
  442. Fault Mechanics
  443. Earthquake Forecasting
  444. Earthquake Planning
  445. Volcanism
  446. Settings for Volcanic Activity
  447. Volcanic Materials
  448. Volcanic Landforms
  449. Effusive Eruptions
  450. Explosive Eruptions
  451. Mount St. Helens
  452. Mount Pinatubo
  453. Canadian Volcanoes
  454. Volcano Forecasting and Planning
  455. Key Learning Concepts Review
  456. 14 Weathering, Karst Landscapes, and Mass Movement
  457. Key Learning Concepts
  458. Landmass Denudation
  459. Dynamic Equilibrium Approach to Understanding Landforms
  460. Slopes
  461. Weathering Processes
  462. Factors Influencing Weathering Processes
  463. Physical Weathering Processes
  464. Frost Wedging
  465. Salt-Crystal Growth (Salt Weathering)
  466. Exfoliation
  467. Chemical Weathering Processes
  468. Hydration and Hydrolysis
  469. Oxidation
  470. Dissolution of Carbonates
  471. Karst Topography
  472. Formation of Karst
  473. Features of Karst Landscapes
  474. Sinkholes
  475. Karst Valleys
  476. Tropical Karst
  477. Caves and Caverns
  478. Mass-Movement Processes
  479. Mass-Movement Mechanics
  480. Slope Angle and Forces
  481. Conditions for Slope Failure
  482. Classes of Mass Movements
  483. Rockfalls and Debris Avalanches
  484. Landslides
  485. Flows
  486. Creep
  487. Humans as a Geomorphic Agent
  488. Key Learning Concepts Review
  489. 15 River Systems
  490. Key Learning Concepts
  491. Drainage Basins and Drainage Patterns
  492. Drainage Divides
  493. Drainage Basins as Open Systems
  494. International Drainage Basins
  495. Internal Drainage
  496. Drainage Patterns
  497. Basic Fluvial Concepts
  498. Gradient
  499. Base Level
  500. Stream Discharge
  501. Changes in Discharge with Distance Downstream
  502. Changes in Discharge over Time
  503. Measuring Discharge
  504. Fluvial Processes and Landforms
  505. Stream Channel Processes
  506. Sediment Load
  507. Sediment Transport during a Flood
  508. Effects of Dams on Sediment Transport
  509. Channel Patterns
  510. Multiple-Thread Channels
  511. Single-Thread Channels
  512. Graded Streams
  513. Tectonic Uplift
  514. Nickpoints
  515. Depositional Landforms
  516. Floodplains
  517. Stream Terraces
  518. Alluvial Fans
  519. River Deltas
  520. Fraser River Delta
  521. Mississippi River Delta
  522. Floods and River Management
  523. Humans and Floodplains
  524. Flood Protection
  525. Flood Probability
  526. Floodplain Management
  527. Key Learning Concepts Review
  528. 16 Oceans, Coastal Systems, and Wind Processes
  529. Key Learning Concepts
  530. Global Oceans and Seas
  531. Properties of Seawater
  532. Chemical Composition
  533. Average Salinity
  534. Physical Structure and Human Impacts
  535. Ocean Acidification
  536. Pollution
  537. Coastal System Components
  538. The Coastal Environment
  539. Sea Level
  540. Coastal System Actions
  541. Tides
  542. Causes of Tides
  543. Spring and Neap Tides
  544. Tidal Power
  545. Waves
  546. Wave Refraction
  547. Tsunami
  548. Coastal System Outputs
  549. Coastal Erosion
  550. Coastal Deposition
  551. Beaches
  552. Beach Protection
  553. Barrier Beaches and Islands
  554. Barrier Island Processes
  555. Development on Barrier Islands
  556. Coral Formations
  557. Coral Reefs
  558. Coral Bleaching
  559. Coastal Wetlands
  560. Wind Processes
  561. Eolian Transport of Dust and Sand
  562. Eolian Erosion
  563. Desert Pavement
  564. Eolian Deposition
  565. Dune Formation and Movement
  566. Coastal Dune Geomorphology
  567. Loess Deposits
  568. Key Learning Concepts Review
  569. 17 Glacial and Periglacial Landscapes
  570. Key Learning Concepts
  571. Snow into Ice—The Basis of Glaciers
  572. Properties of Snow
  573. Formation of Glacial Ice
  574. Types of Glaciers
  575. Alpine Glaciers
  576. Continental Ice Sheets
  577. Glacial Processes
  578. Glacial Mass Balance
  579. Glacial Movement
  580. Glacier Surges
  581. Glacial Erosion
  582. Glacial Landforms
  583. Erosional Landforms
  584. Glacial Valleys
  585. Fjords
  586. Depositional Landforms
  587. Moraines
  588. Till Plains
  589. Glacial Outwash
  590. Periglacial Landscapes
  591. Permafrost and Its Distribution
  592. Continuous and Discontinuous Zones
  593. Permafrost Behaviour
  594. Periglacial Processes
  595. Frost Action Processes
  596. Thermokarst Landscapes
  597. Hillslope Processes: Gelifluction and Solifluction
  598. Humans and Periglacial Landscapes
  599. The Pleistocene Epoch
  600. Ice-Age Landscapes
  601. Paleolakes
  602. Arctic and Antarctic Regions
  603. Recent Polar Region Changes
  604. Ice Sheet Darkening
  605. Meltponds and Supraglacial Lakes
  606. Ice Shelves
  607. Key Learning Concepts Review
  608. IV Soils, Ecosystems, and Biomes
  609. 18 The Geography of Soils
  610. Key Learning Concepts
  611. Soil-Formation Factors and Soil Profiles
  612. Natural Factors in Soil Development
  613. Soil Horizons
  614. O Horizon
  615. A Horizon
  616. Ae Horizon
  617. B Horizon
  618. C Horizon
  619. R Horizon
  620. Soil Characteristics
  621. Physical Properties
  622. Soil Colour
  623. Soil Texture
  624. Soil Structure
  625. Soil Consistence
  626. Soil Porosity
  627. Soil Moisture
  628. Chemical Properties
  629. Soil Colloids and Mineral Ions
  630. Soil Acidity and Alkalinity
  631. Human Impacts on Soils
  632. Soil Erosion
  633. The Dust Bowl
  634. Erosion Rates and Costs
  635. Desertification
  636. Soil Classification
  637. Diagnostic Soil Horizons
  638. Pedogenic Regimes
  639. The Canadian System of Soil Classification (CSSC)
  640. Categories of Classification in the CSSC
  641. Soil Horizons in the CSSC
  642. The 10 Soil Orders of the CSSC
  643. Brunisolic Order
  644. Chernozemic Order
  645. Cryosolic Order
  646. Gleysolic Order
  647. Luvisolic Order
  648. Organic Order
  649. Podzolic Order
  650. Regosolic Order
  651. Solonetzic Order
  652. Vertisolic Order
  653. CSSC and Worldwide Soil Taxonomy
  654. Key Learning Concepts Review
  655. 19 Ecosystem Essentials
  656. Key Learning Concepts
  657. Energy Flows and Nutrient Cycles
  658. Converting Energy to Biomass
  659. Photosynthesis and Respiration
  660. Net Primary Productivity
  661. Elemental Cycles
  662. Oxygen and Carbon Cycles
  663. Nitrogen Cycle
  664. Dead Zones
  665. Energy Pathways
  666. Trophic Relationships
  667. Energy Pyramids
  668. Food Web Efficiency
  669. Biological Amplification
  670. Communities and Species Distributions
  671. The Niche Concept
  672. Species Interactions
  673. Abiotic Influences
  674. Limiting Factors
  675. Disturbance and Succession
  676. Terrestrial Succession
  677. Aquatic Succession
  678. Biodiversity, Evolution, and Ecosystem Stability
  679. Biological Evolution Delivers Biodiversity
  680. Biodiversity Fosters Ecosystem Stability
  681. Stability and Resilience
  682. Agricultural Ecosystems
  683. Biodiversity on the Decline
  684. Threatened Species—Examples
  685. Relating Systems Analysis to Species Extinction
  686. Species and Ecosystem Restoration
  687. Key Learning Concepts Review
  688. 20 Terrestrial Biomes
  689. Key Learning Concepts
  690. Biogeographic Divisions
  691. Biogeographic Realms
  692. Biomes
  693. Vegetation Types
  694. Ecotones
  695. Invasive Species
  696. Earth’s Terrestrial Biomes
  697. Tropical Rain Forest
  698. Rainforest Flora and Fauna
  699. Deforestation of the Tropics
  700. Tropical Seasonal Forest and Scrub
  701. Tropical Savanna
  702. Midlatitude Broadleaf and Mixed Forest
  703. Boreal and Montane Forest
  704. Temperate Rain Forest
  705. Mediterranean Shrubland
  706. Midlatitude Grasslands
  707. Deserts
  708. Arctic and Alpine Tundra
  709. Conservation, Management, and Human Biomes
  710. Island Biogeography for Species Preservation
  711. Aquatic Ecosystem Management
  712. Anthropogenic Biomes
  713. Key Learning Concepts Review
  714. A Maps in This Text and Topographic Maps
  715. Maps Used in This Text
  716. Mapping and Topographic Maps
  717. Topographic Maps
  718. B The 12 Soil Orders of the U.S. Soil Taxonomy
  719. Diagnostic Soil Horizons
  720. The 12 Soil Orders of the Soil Taxonomy
  721. C The Köppen Climate Classification System
  722. Köppen’s Climatic Designations
  723. Köppen Guidelines
  724. D Common Conversions
  725. E Map Projections and Topographic Maps
  726. Glossary
  727. Index

 

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