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Fig. 3 Y[m] X[m] Time [year] space-time cube t1t1 t2t2 tntn 15 7 0 m interpolate z=f(x,y,t) (x,y,z) … reorder as (x,y,t,z) H. Mitasova, NCSU
0 1 km Oregon Inlet N N z=0.3 m waves sand disposal sound beach X[m] (A) (C) Fig. 6 (B) 1997 1999 2001 2003 2005 2008 Year Time [year] Y[m] 2008 2003 2001 1999 1997 Distance 75 90 105 120 135 150 m H. Mitasova, NCSU
same as previous except for different color – red is eroded, blue green has sand added H. Mitasova, NCSU
DEM [year] 2005 2003 1997 N (A) 0 200m` (C) z=4.5 m z=7.5 m ` stable dune peaks dune overwash (B) Fig. 7 1997 1999 2001 2003 2005 2008 H. Mitasova, NCSU
1.5m 0.7m H. Mitasova, NCSU
5m 8m H. Mitasova, NCSU
Catch the Wave Wave Rate D = measured distance between sensors.
Fig. 1-1, p. 4. Fig. 1-1a, p. 4 Fig. 1-1b, p. 4.
Coastal Processes ~ erosion, transport & deposition 12.1 NC CA.
GRAPHING RELATIONSHIPS For each graph, determine the graphing relationship and record it on a white board.
An urn contains 1 green, 2 red, and 3 blue marbles. Draw two without replacement. 1/6 2/6 3/6 2/5 3/5 1/5 3/5 1/5 2/5 2/30 3/30 2/30 6/30 3/30 6/30.
Scientific Notation. = 5.4 =3.47 Write the following in standard form A 1.8 X 10⁴ B 3.47 X 10⁷ C 4.3 X 10⁰ D 5.4 X 10⁻⁴ E 5 X 10⁻⁶ F (6 X 10⁴) (7 X 10⁵)
Helena Mitasova, NCSU From point clouds to Voxel Models: High Resolution Modeling of Dynamic Landscapes in Open Source GIS: Cape Hatteras example Helena.
赴国际水稻所访学情况汇报 长江大学农学院 邢丹英 2010 年 6 月. 学习目的 学习时间、地点 学习内容 学习收获 几点体会 汇报提纲.
南水北调东线第一期工程山东段 情况简介. 主要汇报内容 二、南水北调山东段工程总体布置 三、山东段工程项目划分及工程主 要建设内容 一、南水北调东线工程概况 四、前期工作及工程建设进展情况 五、工程总投资.
Notes Over 12.5 Probability of Independent Events 1. You are playing a game with 2 numbered cubes. Find the probability of rolling a sum of 8 on the first.
Location index for pre-storm and post-storm LIDAR elevations for the Outer Banks, NC (Location 5 on map). Each location includes pre- and post-storm topography.
1,2,3,4,5,6…..... Fun and Games What am I Learning Today? Prime and Composite Numbers.
EV3 Attachments and Sensors. Ultrasonic Sensor Purpose: detect distance from an object. What it does: Generates sound waves and reads their echoes.
$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.
We Can Read About Mixing Colors. The water is red. 1.
1/8 AND, OR and NOT b How many boys? b How many girls? b How many blue? b How many red?
Identify simple ratios. Write ratios in their simplest form.
When you turn on a radio, what type of energy transformation takes place? 1.sound energy to chemical energy 2.electrical energy to sound energy 3.sound.
Math Project By: Tj Troup. Problem Each of three hats has colored marbles inside. The first hat has 5 green and 4 red. The second has six blue, and five.
Texas Ecoregions *Write your name on your foldable* Effects of Weathering, Erosion and Deposition in Texas.
The Sunrays. The project: Public debate Hooke’s highlights about the origin of colours: There are two primary colours: blue and red, that take origin.
What is Erosion and How is it Different than Weathering Weathering is the breaking down of rock into smaller pieces. Erosion is the MOVEMENT of these.
APOLLON TEAM HOOKE vs. NEWTON. Discussion 1: Hooke: Light is a wave motion Newton: Light is a particle beam Interference shows the following: Which can.
FRACTIONS & SHAPES BY:. How many of these are colored red? * out of *.
Most-to-Least Legible Color Combinations for Viewing on Slide Shows Color and contrast are very important tools in communication. They can be used to enhance.
RED, YELLOW, and BLUE These colors cannot be made Used to make all other colors.
Graphing Motion. You will need: 3 colored pencils: red, blue, green A ruler if straight lines are important to you.
The Color Wheel Claire Heider The Primary Colors.
Mrs. Smith’s 7th Grade Reading Blue Class Mrs. Smith’s 7th Grade Reading Blue Class Mrs. Smith’s 7th Grade Reading Blue Class.
Color Distribution A block BrownYellowOrangeRedGreenBlue GreenYellowOrangeRedPurple M&M Skittles.
Color. COLOR The Color Spectrum Sun light is an example of white light. When passed through a prism, it gives the above colors. Under white light, white.
COLORING WITH NUMBERS. NumbersNumbers NumbersNumbers
Directed Numbers. SandcastleHole in the sand +1 or = = (+1) = (-1) = 0.
Light is Energy The term “Light” can describe many different forms of electromagnetic energy.
Collapsed five-story building, Romar Beach, AL: The lower two floors of the five- story building in the center of these photos have collapsed and the third.
If you say 8 color the ones in your picture purple. If you say 9 color the ones in your picture blue.
© red ©
EROSION NOTES EROSION: The process by which weathered rock and soil particles are moved from one place to another.
LIGHT. LIGHT HAS WAVE PROPERTIES. THE TYPE OF LIGHT IS CHARACTERIZED BY WAVELENGTH – THE DISTANCE FROM ONE PEAK TO THE NEXT. LIGHT ALSO HAS PARTICLE PROPERTIES.
Helena Mitasova, NCSU Geospatial Analytics and Modeling Laboratory Helena Mitasova
May 12-15, 2011 (red) May 6-11, 2011 (light red) Permanent Water (blue)
Warm-Up Put the following sets of numbers in order from least to greatest: -12, -17, 14, 10, -31, 31, 5 73, -24, -20, 21, -44, 5, -2, 41, 55 -41,
Light WavesSound WavesWave FeaturesComparisonsSeeing Waves
Key Events in North America Colored Maps Color Key France = red Spain = yellow US = blue Great Britain (England) = green Mexico = purple.
= 5 = 2 = 4 = 3 How could I make 13 from these shapes? How could I make 19 from these shapes? STARTER.
Start Misc. 1.
WAVES REVIEW & ELECTROMAGNETIC WAVES INTRODUCTION Radio Waves Microwaves Infrared Visible Light (Red, Orange, Yellow, Green, Blue, Indigo & Violet) Ultraviolet.
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