Navigation: Then and Now

Slides:



Advertisements
Similar presentations
Mapping Our World Cartography What is the equator? Latitude
Advertisements

Time Zones Lesson Socials 8 Mr. Goldsack.
UNIT V: EARTH’S COORDINATE SYSTEMS
Physical Oceanography and Meteorology,
Ch.19 sec. 1 P. 530 Reading Activity. Group #1: 1, 9, 17, 25 Group #2: 2, 10, 18, 26 Group #3: 3, 11, 19, 27 Group #4: 4, 12, 20, 28 Group #5: 5, 13,
Location and Direction
Navigation and Bathymetry. ► Why is it important for you to be able to read maps and navigate? ► What’s wrong with GPS?  Rely heavily on power and satellites.
Ch.19 sec. 1 P. 530 Reading Activity. ? Only using three words, what was the motivation for the 15 th century European explorers?
Lesson 3A: Basic Plotting
GPS 101 Lisa Buck West Blocton High School West Blocton, Alabama 33 o 06’ 48’’ N 87 o 07’ 44’’ W.
Geography Overview.
Marine Charts and Navigation
BY: Matthew & Will.  Equator – an imaginary line that runs in the middle of the earth that divides the northern hemisphere and the southern hemisphere.
Lesson 2: Ocean Exploration Social Science
The Geographer’s Tools
Maps Mr. Martin. Models Model of Car –Advantages –Disadvantages Name a Model of the Earth –Globe Advantages Disadvantages –Maps Advantages Disadvantages.
Piloting Course Chapter 1 Introduction to Navigation
Navigation. SAD JOKE Dead ahead, through the pitch-black night, the captain sees a light on a collision course with his ship. He sends a signal: "Change.
Quest for Longitude Celestial Navigation Week 2. Latitude Review Are the lines that circle the earth perpindicular to the equator. The equator is at a.
Navigation Elements Know the four elements of navigation.
Essential Question: What does it mean to “think like a geographer?”
© 2014 Pearson Education, Inc. MAPS … Then and Now.
Finding Your Way— Maps, Compass and GPS Eagle Vision 2005.
Maps as Models of the Earth Chapter 2 AC Earth Science 2009.
MAPPING!.
Chapter 3 – Models of the Earth
 Map - is a representation of the features of a physical body such as Earth.
Laboratory 1: Navigation 1 - Navigation Basics 2 - Global Positioning System (GPS) 3 - Exercise.
Navigation. SAD JOKE Dead ahead, through the pitch-black night, the captain sees a light on a collision course with his ship. He sends a signal: "Change.
Chapter 2-Maps as Models of the Earth By Samantha Pereira.
Mrs. Degl1 It appears that Earth is a perfect circle, however, it is not!!!!! It is really an OBLATE SPHEROID. What does that mean?????????
Navigation 3.01 Foundations of Navigation References: FTGU pages , Transport Canada Study and Reference Guide Glider Pilot Canada Flight.
Maps!. Learner Expectation ► KL-015 Explain the purpose of latitude, longitude, parallels, and meridians.
Section D-5 Plotting and Labeling
Flotilla Navigation Study Guide Chapter 5: Dead Reckoning Instructor: Reggie Hollar PowerPoint Presentation by Forrest Meiere All Questions and Problems.
Terrestrial Navigation
JEOPARDY GeneralMap HistoryNavigationExplorersMisc.
THAT’S RIGHT FOLKS.... MATH! Navigation Calculations.
Why Is the North Star of Interest to Us? DO NOW: Using the ESRT, determine the distance in miles from NYC to Albany.
Navigation From Dead Reckoning to Global Positioning.
Map Elements. Learner Expectation ► Content Standard: 3.0 Geography  3.01 Understand how to use maps, globes, and other geographic representations, tools,
Map Elements Write On. In this activity you will: ► Learn about the elements of a map: latitude, longitude, the hemispheres, directions, time zone, scale,
Modeling the Earth Topic 2 Earth Science Ms. Cooke
LAB 1 Navigation Coordinate System on Earth
Bell Ringer – At one time it was not unusual for an ocean voyage to last 3 or more years and space was very limited. If you had to leave home.
Navigation NAU 102 Lesson 1.
Navigation. TWO SAD JOKES Who leaves the table after everyone’s eaten? –A cannibal. Why is the banana the most popular fruit? –Because it has appeal.
Map Elements. Latitude and Longitude ► The earth is divided into lots of lines called latitude and longitude.
Maps as Models of the Earth Table of Contents Section 1 You Are Here Section 2 Mapping the Earth’s Surface Section 3 Topographic Maps Chapter 2.
1 Press Ctrl-A ©G Dear 2009 – Not to be sold/Free to use Latitude and Longitude Stage 6 - Year 12 General Mathematics HSC.
PARALLELS AND MERIDIANS. LET´S THINK……. Suppose that we are in an unfamiliar land, and we need to find an important object that is hidden somewhere else.
The Age of Exploration & European Expansion Standard 7-1: The students will demonstrate an understanding of the growth and impact of global trade on the.
History of Navigation Some of this might seem familiar.
TOOLS OF EXPLORATION Resources from the Maritime Museum Interactive Explorer Routes.
Reasons for Exploration: new navigation methods
© 2016 Cengage Learning. All Rights Reserved 2 Oceanography, An Invitation to Marine Science | 9e Tom Garrison A History of Marine Science.
Topic: Maps PSSA: A/S8.D.1.1. Objective: TLW use cardinal directions and latitude and longitude to locate places on a map.
Reading.
Issues with Sea Travel.
The Printing Press allowed greater access to books & new information
Intro to the Age of Exploration
课标人教实验版高三 Module 9 Unit 2.
Technology and Exploration
Early Voyages of Discovery
How were explorers able to sail so far & make it back again?
Earth Science Ch. 1 Mapping the Earth.
LATITUDES AND LONGITUDES
Navigation on the Voyages of Discovery
LATITUDES AND LONGITUDES
Map Elements.
Presentation transcript:

Navigation: Then and Now

Enduring Understanding Explorers use navigation to get from one place to another.

Essential Questions: How do people get from one place to another? What tools were used in the past for navigation? What tools are used currently for navigation?

Brainstorm Pause Video Brainstorm ways that people travel from one place to another today as compared to the past. Restart Video

Tools of Ancient Navigation Maps Compass Hourglass Binnacle box Quadrant “Knots” cylinder Lead Line Astrolabe Navigation has examples of these tools.

Try the Anchors Aweigh:Longitude Mapping Game. Maps Maps have been used for centuries to help travelers reach their destination. Ancient maps used: Latitude Degrees Cardinal directions Try the Anchors Aweigh:Longitude Mapping Game.

Consider the Following Questions: Pause Video How can maps be used today? How have maps evolved? What do different maps show? Restart Video

Suggested Activities Compare a map from Columbus’s voyage to a map from today. Plot the locations of various points using the maps. Plot Columbus’s voyage to the new world.

Suggested Activities Create a map of your neighborhood. Compare your map to a key map of that same area to see the difference between the map designs.

Read more on Understanding and Using a Compass. The compass was used to guide travelers on their journey. Ancient compasses pointed to magnetic north not true north. Read more on Understanding and Using a Compass.

Compass Activities Pause Video Compare compasses of the past with compasses of today. Write a paragraph about the differences between the two and how the compass has been improved. Restart Video

Find out more about The History of the Hourglass. Used to keep time aboard ship. Explorers were able to track their location by knowing the time and the distance they traveled. Find out more about The History of the Hourglass.

Hourglass Exploration Use plastic soda bottles and sand to create your own hourglass. Brainstorm ways that watches have replaced the use of hourglasses.

How was the Binnacle Box Used with the Hourglass? Inside the Binnacle box there is a compass. The compass helps in steering the boat in the right direction. The Binnacle box has half hour time periods marked on the top.

Ptolemy’s Ptools discusses how Columbus used a Quadrant. This tool was used by Christopher Columbus. It used the sun’s position to determine latitude. Ptolemy’s Ptools discusses how Columbus used a Quadrant.

Calculates distance in a set amount of time. “Knots” Cylinder Calculates distance in a set amount of time.

Knots per Hour THINK ABOUT IT How were the knots calculated? Calculate knots per hour.

Check up : How to Calculate Knots Use a thirty second time period to calculate knots. There is a knot every 51 feet. There are 120 thirty second time intervals per hour. So…. 120 x 51 = 6,120 feet per hour or 1 nautical mile per hour

Lead line The lead line was used to make maps. Used to measure depth. Collected samples from ocean bottom to help explorers determine location.

Astrolabe Used by Portuguese to determine latitude of navigation. It measures the angle between the horizon and Polaris (North Star).

New Developments in Navigation Technology is a dominant part of today’s navigation. Today’s navigation is still based on mathematics.

Global Positioning System Uses satellites 11,000 miles from Earth. To get a latitude and longitude reading you need information from three satellites. Information gathering is much much more reliable and faster. Visit GPS Explained for more information.

Brainstorm Think of the advances in navigation that you saw in this video. With advancing technology, what could be some possible tools of navigation for the future?

See Moving Map with Touch Screen Control to see an example. Shows where you are and where you are going on an actual map. See Moving Map with Touch Screen Control to see an example.

Assessment What are some innovative ways of assessing student understanding of the differences and similarities between ancient and modern navigation?