NES: Properties of Living Things: Searching for Life on Mars

Transcription

1 LIVE INTERACTIVE YOUR DESKTOP NES: Properties of Living Things: Searching for Life on Mars Presented by: Marti Phipps November 30, 2011

2 Properties Of Living Things: Searching For Life On Mars Presented by Marti Phipps

3 Introduction Use personal definition of life to determine if life exists in three soil samples. Make observations and illustrate findings

4 National Standards Science as Inquiry Chemical Reactions Structure and Function in Living Systems Cells and Biological Evolution Earth s History

5 Objectives Students will: Form an operational definition of life. Conduct simulated experiment with soil samples similar to the experiments on the Mars Viking Lander.

6 Objectives Students will: State relationships between the soil samples using their operational definition of life. Make an inference about the possibility of life on Mars based on data obtained.

7 NASA Connection PD/Live/SearchingForLifeOnMars/Looking_ For_Life.mov

8 Phoenix Mars Lander

9 Mars Reconnaissance Orbiter Mars Odyssey

10 Earth

11 Mars (Apollo 1)

12 Viking on Mars

13 Mars Rovers Spirit and Opportunity Curiosity

14 Rovers Spirit/Opportunity 2004 Sojourner 1997 Curiosity 2011

15 Review What three types of spacecraft have gone to Mars? Can you name an Orbiter? Lander? Rover?

16 Let s pause for questions from the audience.

17 Living?

18 Conditions Water Energy Chemical Geothermal

19 Conditions Water Energy Chemical Geothermal Bio signatures Carbon

20 Is it Alive?

21 Discussion Questions What are some characteristics of living things? What are some characteristics of nonliving things? How are living things different from nonliving things?

22 Fundamental Criteria for Life Chart Criteria: Criteria: Criteria: Criteria: Criteria: Criteria:

23 Fundamental Criteria for Life Chart Criteria: React to its environment? Criteria: Criteria: Criteria: Criteria: Criteria:

24 Fundamental Criteria for Life Chart Criteria: React to its environment? Criteria: Adapt to its environment? Criteria: Criteria: Criteria: Criteria:

25 Fundamental Criteria for Life Chart Criteria: React to its environment? Criteria: Adapt to its environment? Criteria: Reproduce? Criteria: Criteria: Criteria:

26 Fundamental Criteria for Life Chart Criteria: React to its environment? Criteria: Adapt to its environment? Criteria: Reproduce? Criteria: Grow? Criteria: Criteria:

27 Fundamental Criteria for Life Chart Criteria: React to its environment? Criteria: Adapt to its environment? Criteria: Reproduce? Criteria: Grow? Criteria: Obtain and use energy? Criteria:

28 Fundamental Criteria for Life Chart Criteria: React to its environment? Criteria: Adapt to its environment? Criteria: Reproduce? Criteria: Grow? Criteria: Obtain and use energy? Criteria: Made up of cells?

29 Let s pause for questions from the audience.

30 Materials Sand or sandy soil sample 3 glass vials (baby food jars or beakers for soil samples) Sugar 5ml will be added to soil Instant active dry yeast 5ml will be added to 50 ml of soil Alka Seltzer tablets crushed 1 tablet will be added to 50 ml of soil

31 More about Materials Hot water enough to cover the top of the soil in all jars In regards to the hot water, make sure it is not hot enough to kill the yeast! Cups for distributing the water Enough magnifying lens so that each group can have at least one or more Copy of the student recording sheets

32 It s Alive Students will take three different soil samples and look for signs of life based on their criteria.

33 Data Charts

34 Jar 1: Fill with 50 ml soil Add 5 ml sugar Procedures

35 Procedures Jar 2: Fill with 50 ml soil Add 5 ml instant active dry yeast and 5 ml sugar

36 Procedures Jar 3: Fill with 50 ml soil Add 5 ml sugar Add the powdered Alka Seltzer

37 Student PowerPoint

38 Extensions Getting There (Navigation and Trajectory) Tricky Terrain (Investigating Planetary Soils) Lava Layering (Making and Mapping a Volcano) Mapping Mars (Geologic Sequence of Craters and River Channels) on/program/destmars/destmars.pdf

39 NASAExplorerSchools Where is the website? NASA s Virtual Campus ars/destmarsles5.pdf

40 Mars for Educators foreducators/

41 Get Your Credit

42 Continuing Education Credits Fully participate in seven Live Web Seminars and complete the survey on the Virtual Campus for each and earn one CEU.complete fourteen and earn two CEUs. Live Web Seminar must be completed between July 15 - June 30. CEU eligibility will be evaluated in December and June of each year, and CEU certificates will be issued in January and July.

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50 National Science Teachers Association Dr. Francis Q. Eberle, Executive Director Zipporah Miller, Associate Executive Director Conferences and Programs Al Byers, Assistant Executive Director e-learning NSTA Web Seminars Paul Tingler, Director Jeff Layman, Technical Coordinator LIVE INTERACTIVE YOUR DESKTOP