'Wave refraction' presentation slideshows

Coastal Processes, Patterns and Landforms

Coastal Processes, Patterns and Landforms. Objectives. Discuss the processes of coastal erosion, transportation and deposition. Understand the formation of coastal landforms and identify these on diagrams, maps and photographs.

2.29k views • 89 slides

GSC 1530: Chapter 20

GSC 1530: Chapter 20. Shorelines. Shorelines. Shorelines, both ocean and lake, can be very beautiful settings However, shorelines are some of the most geologically dynamic settings on Earth

960 views • 71 slides

Coastal Processes

Coastal Processes Compression : Air is trapped between the waves and a cliff. This is compressed & driven into cracks in the rocks causing great pressure . As the wave retreats it results in sudden decompression. This activity weakens the rocks.

705 views • 41 slides

Coastal Processes and Hazards

557 views • 41 slides

Vibrations and Waves

447 views • 40 slides

Natural Processes Revision

585 views • 33 slides

Wave Refraction and Orthogonals

Wave Refraction and Orthogonals. Wave refraction and orthogonals. The physical geography of headlands and bays. Shallow water. Shallow water. Shallow water. Shallow water. wave. Shallow water. Shallow water. wave. Shallow water. Shallow water. wave. Shallow water.

1.39k views • 29 slides

Coastal Erosion

Coastal Erosion. Learning objectives. To be able to define the five processes of marine coastal erosion . To be able to explain the factors affecting coastal erosion. To describe the difference between concordant and discordant coastlines. Homework. Answer the exam question:

662 views • 27 slides

Coastlines

420 views • 27 slides

Slide 1

Coasts. Slide 1. Lastminutegcsegeographyrevison@kingdown. Preparation before starting this Revision unit you need to have:- Sorted you theory notes and produced a contents page Have your case studies completed Introduction

251 views • 19 slides

16.3 Shoreline Processes and Features

Forces Acting on the Shoreline. 16.3 Shoreline Processes and Features. ? A beach is the accumulation of sediment found along the shore of a lake or ocean.

360 views • 18 slides

A sandy beach

Beaches. Beaches are composed of the sediment-type available. Parts of a beach. A sandy beach. A rocky beach. Wave Refraction. Bends waves toward the beach. Produces longshore drift of sand. Produces longshore current. Animation of Wave Refraction and Longshore Drift.

1.24k views • 17 slides

DEPOSITIONAL LANDFORMS

DEPOSITIONAL LANDFORMS. Spit.

445 views • 16 slides

Waves, Beaches, and Coasts

Waves, Beaches, and Coasts. Prepared by Betsy Conklin for Dr. Isiorho. Water Waves. wave height: the vertical distance between the crest (the high point of a wave) and the trough (the low point of a wave) wavelength: the horizontal distance between two wave crests (or two troughs). Surf.

410 views • 15 slides

Waves, Beaches, and Coasts

Waves, Beaches, and Coasts. Prepared by Betsy Conklin for Dr. Isiorho. Water Waves. wave height: the vertical distance between the crest (the high point of a wave) and the trough (the low point of a wave) wavelength: the horizontal distance between two wave crests (or two troughs). Surf.

153 views • 15 slides

Wave Phenomena

405 views • 14 slides

The effect of turbulent density perturbations on electron transport in solar flares

The effect of turbulent density perturbations on electron transport in solar flares. Iain Hannah Eduard Kontar, Hamish Reid University of Glasgow, UK. Introduction & Motivation. RHESSI's HXR observations have challenged the standard interpretation of flare energy release/transport

264 views • 14 slides

Seasonal Beach Profiles

Seasonal Beach Profiles. Wave Refraction. http://www.uwgb.edu/dutchs/EarthSC202Slides/coasslid.htm. Longshore Current. Rip Currents. St. Joseph, Michigan. http://www.geo.msu.edu/geo333/coastalerosion.html. Groin field: direction of longshore current?. beach in New Jersey.

172 views • 8 slides

Shoreline features and Processes

240 views • 4 slides