Place answers into appropriate areas.

Slides:



Advertisements
Similar presentations
Chapter 9, Section 3 Ocean Shoreline.
Advertisements

CH 16 The Dynamic Ocean Ocean water is in constant motion and powered by many forces Forces include wind, Coriolis, gravity, density differences Ocean.
Chapter 12 Wind, Waves & Shoreline Currents BFRB Pages &
Earth’s Surface Chapter 3 Erosion and Deposition
FEATURES OF SEA EROSION AND DEPOSITION
Shores and coastal processes. Goal To understand how coastal processes shape shores and coastlines and how these processes affect people.
Shoreline Features Ch These notes go on p. 19 of your INB!
16.3 Shoreline Processes and Features
Waves and Wind Chapter 3 Section 3.
Copyright © 2007 Pearson Prentice Hall, Inc. 1 Geology 4th edition by Chernicoff & Whitney Chapter 19 Shores and Coastal Processes Chapter 19 Shores and.
By Wind and Waves. Review Any natural process that removes sediments and carries them away from one place to another is called erosion. Gravity is the.
Wind and Wave Erosion. How is wind abrasive? It carries sand grains that grind and scour anything that they hit.
Unit 1: Land and Water Forms Wearing Down Landforms Wind and Waves
Earth’s Changing Surface
Aim: How do waves cause erosion? I. Wave – caused by wind A. The size of a wave is determined by wind speed, the length of time the wind blows in one.
Erosion through Waves and wind: Chapter 8 Section 5 and 6.
COASTLINES SHORELINES How coasts are formed and the features found on coasts the features found on coasts.
Wave Erosion and Deposition
World Geography Unit 1: Land and Water Forms Wearing Down Landforms Wind and Waves.
Erosion and Deposition. Breaking Down Processes Weathering breaking down The breaking down of the earth’s material by natural processes. Erosion moved.
Erosion and Deposition. Breaking Down Processes Weathering The breaking down of the earth’s material by natural processes. Erosion The process by which.
Ocean Wave and Current Erosion
Erosion and Deposition
Jeopardy Mass Movement Water GlaciersWave Wind Q $100 Q $200 Q $300 Q $400 Q $500 Q $100 Q $200 Q $300 Q $400 Q $500 Final Jeopardy.
Sc.912.e.6.4 Analyze how specific geologic processes and features are expressed in Florida and elsewhere.
Erosion by Wind How does wind cause erosion? What features result from deposition by wind?
Erosion by Wind and Waves
Coastal Regions. Waves cause coastal features such as Arches, Caves and Inlets. Headlands (shorelines that project into the ocean) erode much faster compared.
What are sub-aerial processes and why are they important? What processes of erosion operate at the coast? What landforms are created by erosion? What.
Chapter 3 Wearing Down Landforms: Wind and Waves.
Wave Formation and Types
Warm Up 1)Which of the following is a tidal current? a. spring tidec. neap tide b. flood tided. both a and c 2)The smallest daily tidal range occurs during.
What forces shape a shoreline?
Coasts. Wave erosion coasts formed by the force of waves as they strike the land the waves strike the land and pieces of rock are broken off the wave.
Wave Erosion.
Agents of Erosion and Deposition Devils Tower, WY icformations.htm.
5-3 Notes Waves and wind Erosion.
Erosion and Deposition
Shoreline Features and Processes
Shorelines.
CH 16 The Dynamic Ocean Ocean water is in constant motion and powered by many forces Forces include wind, Coriolis, gravity, density differences Ocean.
Chapter 16 – Wind, Waves, and Currents
Warm-up Week 4 The vertical distance between trough and crest is called the ____. a. wave height c. fetch b. wavelength d. wave period A fetch is _________.
Erosion and Deposition
Place these notes in your Meteorology Notebook.
Waves and the Shore.
Shoreline Processes and Features
16.3 – Shoreline Processes and Features
Security Briefing & Background Check
Wave and Current Erosion
Ch. 10 &12 Weathering, Erosion, & Deposition
Wave refraction and waves breaking into surf
Shoreline Features.
Waves in the Sea An ocean wave is a rhythmic rise and fall of the water’s surface. Most commonly produced by wind. Also by undersea earthquakes and the.
Warm-up Week 4 The vertical distance between trough and crest is called the ____. a. wave height c. fetch b. wavelength d. wave period A fetch is _________.
Shoreline Features Ch
The Restless Ocean.
“Shoreline Processes”
AIM: How do waves shape the Shoreline?
Transportation and deposition
Coastal Zones: Erosion
Waves Section 9.5.
10.1 Shoreline Erosion and Deposition.
Security Briefing & Background Check
Chapter 12 Section 1 Shoreline Erosion and Deposition Bellringer
Wave Erosion Chapter 4.3.
Shoreline Processes and Features Outline
AGENT C- Coastal Processes (wave action or ocean motion)
Coastal Processes.
Presentation transcript:

Place answers into appropriate areas. Chapter 16 Worksheets Place answers into appropriate areas.

16.1 Wind as an Agent of Change deflation  desert pavement 2. abrasion  ventifacts 3. deposit of sediment Loess, sand dunes

16.1 Wind as an Agent of Change 2. What are the optimum conditions for wind erosion? Name at least three locations where these conditions exist. Loose, dry sands, silts, and clays make optimum conditions for wind erosion. Places where these conditions exist include the Sahara in Africa, the Gobi Desert in Asia, and the Mojave Desert in the U.S.

16.2 Waves in the Sea Wind creates waves at sea. Water moves in circular pattern. Waves approach shore at angle. Waves refract as they reach shore. When water depth equals about half of wavelength, water begins to touch bottom. Circular wave motion is disrupted and waves break. Currents form, including: backwash, longshore, and rip.

16.3 Shoreline Features Made by Erosion: Notches Sea cliffs Sea caves Sea arches Sea stacks

16.3 Shoreline Features 2. Made when sediments are deposited: Beaches Sandbars Spits Hooks Barrier islands

16.3 Shoreline Features Explain the basic difference between the way that irregular shorelines and regular shorelines are created. Most irregular shorelines seem to have been formed when coastal areas were flooded, drowning the area. Regular shorelines were probably formed at the boundary between two sets of plates.