Lakota Wiyawapi The lakota people followed the moon pattern in determining time Created by Maggie Ross Cultural Resource Specialist Title VII Indian Education.

Slides:



Advertisements
Similar presentations
Earth in Space Key Concepts How does Earth move in space?
Advertisements

Mav Mark 10/3/11 How do you convert a motor into a generator?
Calendars Calendars from different cultures. Keeping Time Today you probably think of a year as 365 days, but why do we have 365 days? The 365 day year.
Native American Circle Geometry Indian Education for All Mathematics Lesson Created by: Marcia Welliever.
Announcements Homework Set 1 is due today
CALENDARSCALENDARS Chapter 3 The YEAR 2000 WAS YearAccording to: 1997Christ’s actual birth circa 4 BC 2753Old Roman calendar 2749Ancient Babylonian calendar.
CS240A: A Short History of Time Carlo Zaniolo Department of Computer Science University of California, Los Angeles Revised: January 2003.
Panchang: Indian Calendar System Ashutosh K Gupta.
January 17, 2006Astronomy Chapter 3 Earth, Moon, and Sky How do we locate objects in the sky? How are seasons and tides related to astronomy? What.
Agenda Seasons Calendars Read unit 8 for Thursday.
Some Student Lunar Eclipse Pictures Some Student Lunar Eclipse Pictures Meaghan.
SACRED IMAGES THE CIRCLE AND NATIVE AMERICAN CULTURE The Birchbark House by Louise Erdrich Matrix 2: Novel Connections Grade 6.
Astronomy The Original Science. Astronomy Astronomy The stars and keeping time The stars and keeping time Calendar Calendar The study of all physical.
CALENDAR SYSTEM Presented By S.SATHISH. CONTENT  INTRODUCTION  TYPES OF CALENDAR  SOLAR CALENDARS  JULIAN CALENDAR  LUNAR CALENDARS  LUNISOLAR CALENDARS.
Daily Oral Language Week # 25. Directions Using your best handwriting, please write the two sentences on the next slide into your Language spiral notebook.
Which of the following is correct:
Your challenge is to figure out the year in which your mystery person is born. Your challenge is to figure out the year in which your mystery person is.
MAYANS AND ZEROS Introduction  develop the number zero  Predicting the end of time  200 B.C.
Ch 18.1 Astronomy-The Original Science Part 1 When you finish this section you will be able to 1. Identify the units of a calendar 2. Evaluate calendars.
Standards IE d,,k Students will recognize the usefulness and limitations of models and theories. Students will formulate explanations using logic and evidence.
The Earth, Moon, and Sun Ch. 15. How Does Earth Move? Earth moves in space in two major ways: __________ and __________. –Earth _________ on its _______.
Lesson Essential Question:
Ch The Lunar Cycle.  All moonlight is reflected light.  The different parts of the lighted side of the moon that face the earth are known as the.
Roman Calendar Jan. 6, 2014 Slides WL.K12.NM.6.1 Recognize basic practices and perspectives of cultures where the target language is spoken (such.
Unit 1: TIME Review. Concept of Time What is Time? –Time identifies a measurable period during which an action, process, or condition continues to exist.
EA: Ecliptic & Annual Motion Review Questions January 10, 2011.
Timusheva Daria Dubna Lyceum,10 th form. 1 st (8 th, 15 th, 22 nd ) hour: the Saturn 2 nd (9 th, 16 th, 23 rd ) hour: the Jupiter 3 rd (10 th, 17 th,
Dates College of Alameda Copyright © 2008 Patrick McDermott Astronomical Julian Day January 1, 4713 B. C. E. Greenwich noon Gregorian.
Moon PHASES BY, KYRA YOUNG. Cycle This Is A Moon Cycle 5 Cycles are on here. The moon has quarters.
By Nga Lai Wong Chelsea Lin Chan Chi Wai Aletheia Mohn.
HAVE YOU LOOKED AT YOUR CALENDAR LATELY? Mr. K. NASA/GRC/LTP For Ira Myers, who was brilliant!
Earth’s Orbit and the Seasons. Seasons on the Earth.
CALENDARSCALENDARS Chapter 3. The YEAR 2000 WAS YearAccording to: 1997Christ’s actual birth circa 4 BC 2753Old Roman calendar 2749Ancient Babylonian calendar.
Mayan Astronomical Secrets By: Thomas Schneider Professor: Harold Williams Astronomy 101.
Celestial Timekeeping
Earth in Space Section 1-1 P
The Mathematics of Time A/P Helmer Aslaksen Dept. of Mathematics National University of Singapore
Astronomy Equinoxes Solstices MoonGravityHodge Podge
Measuring and Organizing TIME
1 Why Do We Keep a Calendar? Although useful for counting the passage of days, the calendar has deeper roots.  What we really care about is when the Seasons.

The Year Of The Monkey CHINESE NEW YEAR MONDAY FEBRUARY 8 TH 2016.
Phases of the Moon and Eclipses LunarPhasesanhdEclipseAnimate.ppt.
Introduction to Astronomy Ancient cultures, early astronomers and how we got to what we know today.
Essential Question: How does the position of the Earth in the solar system affect conditions on our planet? Power Standard: Most objects in the solar system.
Time. Here is a clock. Clocks show us time. This is an hourglass. Hourglasses show us time, too. Click here.
Chapter 12 Section 1 – pg 464 Earth in Space. Astronomy: the study of the moon, stars, and other objects in space – The Egyptians were the first to do.
Why does the moon change shape?. What does the moon look like? Where does the moon go? Where does the moonlight come from? How do we view the moon from.
$100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500.
Chinese New Year Time For Celebration!. What is Chinese New Year? Most important holiday in Chinese culture Thousands of years old Winter Break & festivities.
CHAPTER 1.1 – EARTH IN SPACE. I. HOW EARTH MOVES Definition of Astronomy: The study of the moon, stars, and other objects in space. Definition of Astronomy:
Unit 1 – Lesson 8 Tools to Organize and Analyze the Past – Time.
What Is History? Chapter 1, Lesson 1
Years, days, and months.
Astronomical Time Periods
Brooklyn School for Law and Technology Mr. Ross Brown
Calendars and the History of Time
9th form School 667 Saint-Petersburg Teacher: Trubitsina T.M.
9/18 Time vocab.
9th form School 667 Saint-Petersburg Teacher: Trubitsina T.M.
Early Observations of the Sky
Terms to learn and understand
The Moon Phases change in a regular pattern.
Earth’s Cycles.
How do we track the flow of time?
Moon phases The lighted side of the Moon faces away from Earth.
Solar Equatorial Year = Days
Calendars
Ancient Calendars Every culture on Earth had some form of early calendar in its history Most of these calendars used a 360 day year, plus five extra days.
Origin of the Names of the Months
Presentation transcript:

Lakota Wiyawapi The lakota people followed the moon pattern in determining time Created by Maggie Ross Cultural Resource Specialist Title VII Indian Education Rapid City Area Schools 2004

Lakota Wiyawapi The Lakota calendar is different from the Calendar that we use today. The calendar that we use today is called the Gregorian calendar. Named after Pope Gregory XIII who reformed the Julian calendar used by the Roman Empire.  The Gregorian calendar has 12 months and follows the sun.  The Gregorian New Year is celebrated in January

Lakota Wiyawapi The Lakota Moon calendar has 13 moons  It takes thirteen moons for earth to go around the sun just once.  The moon follows the biological cycle of the woman. The Lakota Moon calendar has 28 days in each moon cycle (from new moon to new moon)  The New Year for the Lakota begins with the calling back of the Thunder ceremony, which falls during the Spring Equinox.

Lakota Wiyawapi The Lakota utilized the Turtle (keya) to count the moon  the turtle has thirteen large scales on its back.  There are 28 days to each moon cycle and these can be counted on the outer part of the turtle’s shell.

Lakota Wiyawapi  There are four phases of the moon (two hands and two feet)  There are seven increments between each moon phase (seven parts to the turtle)  4 x 7 = 28 days = one moon or month x 13 new moons = one year cycle

Lakota Wiyawapi There are other cultures who follow the moon cycle.  The Inca, Mayan, Druid, Chinese, Polynesians, and Egyptians are a few

DO YOUR OWN RESEARCH For further research on the moon calendar and other cultures who followed the moon cycle here are some sites to consider counts.pdf counts.pdf