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Next Step: Research

Continuing your quest for scientific answers may lead you to conducting your own research using JMARS.

Your first step will be to refine your question. You will need to use your questions to find patterns. Use these patterns to refine your research question and hypothesis.

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A carefully articulated and designed question is more likely to yield a clear scientific answer and lead to more questions.

 

​Check out this site about the relationship between the structure of a Mars crater and what lies beneath it, including ice that is needed for humans to live on Mars! Follow Dr. Ali Bramsom's research here

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Here is a 3 min "Mars Story" video. Maybe some day, you'll be adding to our knowledge of the Mars Story! A Guide to Gale Crater

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One of the best references I have have found is this 8 min video from Rutgers University https://www.youtube.com/watch?v=Np1T7VNnfBk

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Examples of a former research Mars Student Imaging Project can be viewed at http://marsed.asu.edu/msip-team-results-categories  

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Listed below are some other guidelines you might follow.

Research Directions

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Finding a teacher or mentor to help you though the process will be very helpful.  You can research how to conduct research and/or follow these basic steps. 

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1.   Pre-Research: Know how to use JMARS. Pre-Explore Mars sites to develop areas of interest and questions.

2.   Develop and refine a good science research question.  See  below.

3.   Create a hypothesis. A hypothesis is your best guess at an answer to your research question based on your initial background research.

4.   Research your question more to find out what is known and unknown and to know enough about the topic to evaluate your results.

5.   Revise your research question and hypothesis as needed.

6.   Plan out your research. Include how and what data you will collect and how the data will be analyzed. Be sure your plan answers your research question and hypothesis.

7.   Conduct your investigation.

8.   Analyze the results. Include a discussion of the statistical analysis, bias, errors, limitations, and recommended next steps for future study.

9.   Write a conclusion (response to the hypothesis)

10.  Share the findings.

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Developing a Research Question

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It is easier to research something you know at least a little, and about something you are passionate about. These steps might help:

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1.  Use some observation in your Mars exploration that caused you to wonder. 

2.  Write out all sorts of questions. Remember, the answer to a good question will help us understand the observation or describe the observation.

3.  Your question might be about patterns, cause and effect, structure or function, systems, energy or matter, stability or change, and scale, proportion or quantity. 

4.  The question needs to be narrow enough that you can support it with data from an investigation that is limited to one dependent and one independent variable.  Realistically, you also need the investigation to be one you can understand and have the time and tools to conduct it.  

Current Research Results:
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The USA rover, Perseverance, landed in Jezero Crater, Mars on 2/18/2021. One mission goal is to find signs of past life.  Many of the instruments you have been learning about were used to determine where these signs of life might be as illustrated below from two recent research projects by research scientists. These scientists knew which type of surface materials would be the most likely to show signs of past life. They use JMARS to find them!

Jezero Crater 

where is Jezero Crater
3 d print

Goudge, Timothy A., et al. “Assessing the Mineralogy of the Watershed and Fan Deposits of the Jezero Crater Paleolake System, Mars.” AGU Journals, John Wiley & Sons, Ltd, 28 Apr. 2015, agupubs.onlinelibrary.wiley.com/doi/full/10.1002/2014JE004782

Mineral id in delata

Horgan, Briony H.N., et al. “The Mineral Diversity of Jezero Crater: Evidence for Possible Lacustrine Carbonates on Mars.” Icarus, vol. 339, 2020, p. 113526., doi:10.1016/j.icarus.2019.113526.

different mineral assemblages

These minerals and groups are formed on earth in a wet environment where life possibly could have existed or where evidence of life could be found. 

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