Getting climate data into the classroom.

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Discussion Overview

The discussion centers around the integration of climate data into high school labs as part of a NASA grant focused on climate change education. Participants explore the challenges of sourcing reliable climate data for students, the trustworthiness of online resources, and the pedagogical implications of teaching students to evaluate data critically.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested
  • Meta-discussion

Main Points Raised

  • One participant discusses a lab module that incorporates climate change by examining the effects of rising sea levels on pressure at depth.
  • Participants seek accessible climate data that is easy to manipulate in Excel, including temperature, sea level, ocean salinity, and polar ice surface area over time.
  • Concerns are raised about how to provide students with data in a trustworthy manner, considering issues like internet access and the reliability of online sources.
  • Another participant questions the emphasis on trust in data, suggesting that teaching students to evaluate data independently may be more beneficial.
  • A participant mentions that discussions on climate change are discouraged due to emotional responses, suggesting a need for caution in the topic's presentation.
  • There is a suggestion to contact NASA or NOAA for reliable data sources, highlighting the importance of formal channels for obtaining data.
  • Concerns are expressed about using internet-sourced data for critical research, emphasizing the need for disclaimers and quality control.

Areas of Agreement / Disagreement

Participants express differing views on the importance of trust in data and the best methods for teaching students about data evaluation. There is no consensus on how to approach the integration of climate data into the classroom or the handling of emotional responses related to climate change discussions.

Contextual Notes

Participants highlight limitations regarding the reliability of online data sources and the need for quality control when using data for educational purposes. There are unresolved questions about how to effectively teach students to assess the credibility of data.

flatmaster
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This discussion varies over many topics, so I'm posting here.

First off, I'm working on a NASA grant. We're doing the "Global Climate Change Education" grant. We are writing high school labs. The basic idea is for the lab to mostly be a typical lab, but have some aspect of climate change be part of the lesson. For example, the module I'm working on has the students discover pressure with depth (pressure=density*g*depth). The twist for this lab is discovering what may happen if sea levels rise. Eventually, they are lead to the conclusion that rising sea levels would increase the pressure of sea water at depth, pushing back fresh water in the water table. However, this is not my problem.

In our first activity, students gain graphing skills by graphing various variables as a function of time. First off, we're looking for good data that is easy to manipulate in excell. We are looking for either monthly or yearly data for...

Temp V Time
Sea Level V Time
Ocean Salinity V Time
polar ice surface area V Time

Secondly, we're looking for a good way to actually give the students the data. First, we are using...

• Giovanni (NASA)
http://disc.sci.gsfc.nasa.gov/

• NEO (NASA Earth Observations)
http://neo.sci.gsfc.nasa.gov/Search.html

• MY NASA DATA
http://mynasadata.larc.nasa.gov/index.html


Here are our options.

GIVE THE STUDENTS THE WEBSITES...
Students have computer problems.
Not all schools online.
Students surf the web instead of do the lab.
Why should students trust the internet?

GIVE THE STUDENTS THE DATA...
Why should students trust what we give them?
Quickly out-of-date.

So big question is...

What's the easiest place to retrieve accurate climate data that may not be research quality, but is easy to manipulate (in excell) and can be trusted by the students?
 
Earth sciences news on Phys.org
Also, let me say that students will be doing all of their graphing and data manipulation in the lab, rather than at home.

Also, there's the issue of trust. I am in an area of the country where many people don't "trust science". How do we tackle this issue if we're sending them to the internet to get data? Coming into the classroom, why should a student trust that the data I give them is accurate?
 
why worry about trust of data? i would think the idea is teaching kids to evaluate things on their own. then they can rely less on experts and come to their own conclusions.
 
Flatmaster, we don't allow discussions of climate change here since it cannot be discussed without people getting overly emotional.

As far as data, do you not have a contact at NASA that can sugggest data? NOAA would be a good place to go also for data. I'm sure if you contacted them they would be glad to help with pointing you to the data available.

Here is the link for data requests, including free data.

http://www.ncdc.noaa.gov/oa/mpp/freedata.html

I'm closing this to prevent anyone from accidently posting on climate change.
 
Last edited:
Data taken from the internet should be used carefully and not used for critical research. A disclaimer and caveats would have to accompany the results.

If data are to be used for critical research, it should be obtained through formal channels which would include some QC.
 

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