2. Where are the longest wind streaks located on Mars? (The strongest winds on Mars) Why is your science question important? Why is your science question important? Our science question is important because in the future if we are ever capable to go live on Mars then it is important to know what the weather patterns are, such as the winds. So if we could know how strong the winds are on Mars, then we could see how similar earth’s winds are to Mar’s winds. Why is your science question interesting? Why is your science question interesting? Our science question is interesting because many people do want to know where the longest wind streaks are on Mars. Also we think that it is pretty interesting to figure out where the strongest winds on Mars are and how strong they can get.

4. Many types of wind streaks have a strong association with topographic perturbations (disturbances with maps), such as craters or hills. Many types of wind streaks have a strong association with topographic perturbations (disturbances with maps), such as craters or hills. There are three major types of wind streaks: There are three major types of wind streaks: 1. Bright streaks are usually distinct, but thermally indistinct from the surrounding terrain 2. Dark streaks are optically and thermally indistinct from the surrounding terrain, which means that they are formed in brighter deposits. 3. Bright and dark streaks are formed by the modification of regional wind flow by the crater’s topography. http://ougseurope.org/rockon/surface/windstreaks http://www.lpi.usra.edu/meetings/lpsc2008/pdf/2362.pdf

5. Definition of Wind Streak: Is a form of a dust trail that forms from the wind when it hits the lee side of the crater. This makes a type of streak form in the back of a crater. http://cdn4.wn.com/pd/8b/4c/bbd88f144c0bc663015559d2aad6_grande.jpg

6. Wind streaks are formed when higher winds in the stable atmosphere flow down the lee side of the crater. This occurs mostly after large dust storms and in the evening, as at these times the winds are strongest They used thermal- inertia and albedo data from the Mars Global Surveyor In order to estimate The physical properties of the streaks and thus Provide an insight in the way they are formed. http://ougseurope.org/rockon/surface/windstreaks

7. Hypothesis Gellie’z Hypothesis Gellie’z Hypothesis If, there are 100 samples of wind streaks, then by looking at pictures of wind streaks, Most of them would be located in the south. If, there are 100 samples of wind streaks, then by looking at pictures of wind streaks, Most of them would be located in the south. Because there is not that much sun, which means its cold, so there must be wind, which shows there are mostly wind in the south. Because there is not that much sun, which means its cold, so there must be wind, which shows there are mostly wind in the south. Mason, Ciera,Trevor’z Hypothesis (you may, or may not need more than one of these statements) Mason, Ciera,Trevor’z Hypothesis (you may, or may not need more than one of these statements) If, there are 10 samples of wind streaks, then buy looking at pictures of wind streaks there would be most on the equator If, there are 10 samples of wind streaks, then buy looking at pictures of wind streaks there would be most on the equator Because Because

8. Hypothesis Tanner & Loveni’z Hypothesis Tanner & Loveni’z Hypothesis If, there are 100 samples of wind streaks, then by looking at pictures of wind streaks, Most of them would be located in the North. If, there are 100 samples of wind streaks, then by looking at pictures of wind streaks, Most of them would be located in the North. Because there is not that much sun, which means its cold, so there must be wind, which shows there are mostly wind in the North. Because there is not that much sun, which means its cold, so there must be wind, which shows there are mostly wind in the North.

10. Methods SpacecraftNASA’s Mars Odyssey CameraTHEMIS Camera Image TypeVisible Images – to see details within the crater MOLA – to see context of image and depth Geologic Features Studied Our geologic feature are wind streaks because our research question is where are the longest wind streaks located Geographic regions we focused on Our images come from all over Mars Bibliography for Pix or other information?

11. Methods Continued… Sample Size120 THEMIS Images used to gather data Categories of Data to be collected and “Why” Image ID # - we need the image # because it tells us what picture we looked at. Latitude/ Longitude – we need these coordinates so we can find the location of were the data is at. Wind streak direction- we need the direction so we know witch way the wind is blowing. Misc. Data – To record any other interesting information not warranted by our necessary data categories but certainly important to our study MeasurementsPicture Diameter – Rough estimation relative to image parameters based on THEMIS Camera’s Visible Image range of 18km x 30km Bibliography for Pix or other information?

12. Website list: Website list: http://themis.asu.edu Data collection steps on site: 1. Go to the http://themis.asu.edu website; http://themis.asu.edu 2. Click on the search box and type in keywords,” windstreaks”. Search it. 3. Click on the titles with keywords,” windstreaks” and look at the pictures. 4. Process the information and study the many different pictures of windstreaks 5. Look for the location and write down lattitude and longitude 6. Log the direction of the windstreak tail. 7. Log image # 8. Write any other observations Procedures

13. http://www.nytstore.com/assets/images/extralarge/NSAP3372_EXTR.jpg

14. Data #Image #LatitudeLongitudeWindstreak DirectionMisc. Data 1elator vallis-9.36577309.931North/Eastbig, two craters 2streamlined15.9702329.601North/Westmany windstreaks 3 Ares vallis polygons12.2125331.271North/Westweird land formation 4syrtis major wind8.5516368.7871East/Northmany 5windstreaks-0.57138968.6023North/Eastmany 6windstreaks7.5511569.5825North/Eastmany (ENE) 7windstreaks-13.4717224.856Eastlarge (daedalia planum 8windstreaks-0.613353225.421North/East tharsiu volcanic flows east of paonis mons. 9windstreaks-0.82127820.4895North/Easta lot, syrtis major planum 10windstreaks-13.7462217.147North/Westdaedalid planum 11wind and rock32.2875246.438Eastalba mons 12windstreaks9.264865.2126Eastsytis major planum 13windstreaks-3.79565227.07South/Eastfrom arsia mons 14windstreaks4.089110.5209South,East,North arabia terra (multiple windstreak directions) 15windstreaks9.378569.4092EastSyrtis major planum 16windstreaks-10.9308225.289EastArsia Mons 17sytris Major wind0.0108170.1447North/EastSyrtis major planum 18windstreaks in-13.1073222.2Easthuge, many 19grooved terrain-7.8363230.368South/Eastbig, kind of faded

15. 20Bosporus planun-4.1768296.595Eastdifferent size, faded 21V40103002-13.7462217.147North/WestMore smooth on top, routh on the bottom 22V39978002-6.26036224.215Westonly one windstreak 23V3797601611.1947354.791 South West,South, SoutheastA very huge one not entirely seen 24V349160099.264865.2126WestMany windstreaks 25V339050048.475369.9264Wouth WestWindstreaks overlaping others 26V259950219.378569.4092WestSomewhat bumpy terrain 27V24568002-14.3138220.068WestWindstreaks next to lava flows 28I11789002-15.8482215.012North WestWindstreaks big and picture far 29V167600120.108170.1447South WestHuge Windstreak covering others 30V03763003-11.7277219.952WestThick windstreaks 31V05598003-13.1073222.2Westtwo big and thick windstreaks 32V0261000719.3953326.775South WestVery old picture with a lot of bumps 33V01014003-34.1768296.595WestWindstreaks very light 34V31967001-6.5355222.166North WestVery light 35V393730204.089110.5209Southwestmany different windstreaks 36V41094002-0.96393470.0827 West, Southwest, North westwindstreaks forming sort of an arrow 37V084444002-8.4846227.481West A rare crater with a somewhat visible windstreak 38I01032002-23.7354139.335WestWindstreak seen on bottom right 39I018200069.15838.4046South West very small but windstreaks seen on bottom

16. 40I078840208.0876150.646WestHuge one at the top right 41V079890292.20751.6194South westNone 42V01014003-34.1708296.595WestNone 43V00943001-6.7785188.242WestNone 44None-13.4717224.856WestBig windstreak, small windstreaks 45V3905300832.2875246.438WestA lot of windstreaks 46None-0.57138968.6023West, SouthA lot of windstreks 47V37008001-3.79565227.07West, Northsmall windstreak 48V349160099.264865.2126WestA lot of windstreaks 49V39978002-6.26036224.215Westsmall windstreak 50None-0.613353255.421East, Northsmall cater, big windstreak 51V393730204.089110.5209WestWind streaks look like arrows 52V259950219.378569.4092WestA lot of different sized windstreaks 53V167600120.108170.1447West, SothBig windstreak w/ small windstreaks 54V40782002-0.91935570.7413North, EastA lot 55V40103002-13.7462217.147WestSmall windstreaks 56V351780097.643568.6541North, WestA lot of them 57V35420003-7.9986314.867WestNo craters, but there are windstreaks 58None-10.9922223.593WestWeird windstreak

17. 59None7.5511569.5825North, WestA lot of them 60V3481600610.516869.8324WestSmall windstreaks 61V339050048.475369.9264North, WestBig crater, Straight windstreak 62V06023001-5.9663206.706NoneNo windstreaks, but there are craters 63None-0.57138968.6023North, WestBig crater, small crater w/ windstreaks 64V2863201444.0376318.382South, East 65V26428001-1.4121205.35North, West 66V1355700773.7392323.002North, East 67106777009-6.3844229.553North, West 68III7789002-15.8482215.012South, East 69V136400035.724873.1598South, East 70V03763003-11.7277219.952North, West 7110793601738.9705278.834South, East 721021260022.769376.3846North, East 73V1211200831.3268235.071Noth, West 74V123400722.7357136.618North, West 751023260061.292668.8092South, East 76102114005-10.630664.2944South, East 77108187012-14.0431247.372North, West 78V06491001-1.023230.6929North, West

18. 79V09676004-25.5246326.757South, West 80V1362900636.943134.9618South, North 8110677709-6.3844229.553South, North 82102028002-6.4581 South, East 83V277410311.125397.1965South, East 84I11789002-15.8482215.012North, West 85V0764001-6.334614.0922South, West 86I023260061.292668.8092North, Est,North, East 87V01992002-6.7488174.685West 88V06147001-7.8363230.368North, West 89None East 90V00881003-14.7443175.46West 91Orbit #: 433278.516368.7871East 92V01354003-44.54003208.878West 93Orbit #:43303-0.57138968.6023East 94Orbit #:429657.5511569.5825West 95Orbit #:42349-10.9922223.593West 96V3905300832.2875246.438West 97V057050125.3493350.099East 98V03212002-4.4477270.727

19. latitude longitude 0 90 180 270 360 90 60 30 0 -30 -60 -90

20. http://nces.ed.gov/nceskids/createagraph/default.aspx?ID=585d67e10a0143ec8db ce90c5966a092

21. http://www.nytstore.com/assets/images/extralarge/NSAP3372_EXTR.jpg

22. Data # Image #LatitudeLongitude Windstreak DirectionMisc. Data 1 elator vallis-9.36577309.931North/Eastbig, two craters 2 streamline d15.9702329.601North/Westmany windstreaks 3 Ares vallis polygons12.2125331.271North/Westweird land formation 4 syrtis major wind8.5516368.7871East/Northmany This data chart is very important because it shows us where the wind streaks are and what direction the wind streaks are. Also it tells us any other misc. data about that picture. We can really find out a lot from this data chart.

23. This scatter plot is important because it shows us where all the wind streaks that we looked up were found. This scatter plot graph is the answer to our question. Which was “Where are the longest wind streaks located?” According to this scatter plot graph it shows us that most of the wind streaks are located in the middle (by the equator).

24. A graph will go here Explain the meaning of your graph and what it means to your study. Bibliography for Pix or other information?

25. Potential Errors List any errors that may have skewed your data collection (i.e. tool accuracy, or human error). Be specific. List any errors that may have skewed your data collection (i.e. tool accuracy, or human error). Be specific. Bibliography for Pix or other information?

26. Conclusions This is a title page decorate me :0)Appropriately

27. Research Question Restate and answer question Restate and answer question Make sure to include any specific data that helps support your conclusion Make sure to include any specific data that helps support your conclusion And explain how the data supports your conclusion And explain how the data supports your conclusion Bibliography for Pix or other information?

28. Hypothesis Everyone’s hypothesis must be analyzed. Everyone’s hypothesis must be analyzed. Restate and support or refute hypotheses Restate and support or refute hypotheses Make sure to include any specific data that supports or refutes your hypothesis Make sure to include any specific data that supports or refutes your hypothesis And explain how the data supports or refutes your hypothesis And explain how the data supports or refutes your hypothesis Bibliography for Pix or other information?

29. Further Informed Research List any new questions you have after going through this study. Is there any future work that needs to be done? List any new questions you have after going through this study. Is there any future work that needs to be done? What types of technology should be developed to help us further advance our research on Mars? in space? What types of technology should be developed to help us further advance our research on Mars? in space? Bibliography for Pix or other information?

30. Acknowledgements Write in your thank you’s Write in your thank you’s Bibliography for Pix or other information?