Started By
Message

re: Global warming question for both sides....

Posted on 2/17/14 at 9:45 am to
Posted by cokebottleag
I’m a Santos Republican
Member since Aug 2011
24028 posts
Posted on 2/17/14 at 9:45 am to
The real question is, if you accept the premise that humans can affect global climate, what 'temperature' (year) should it be set at? 1990? 1800? 1200?

If warming is so bad, why is the temp we are now so good? Wouldn't warming open more fertile land in the arctic and antarctic regions?
Posted by FT
REDACTED
Member since Oct 2003
26925 posts
Posted on 2/17/14 at 9:48 am to
quote:

The real question is, if you accept the premise that humans can affect global climate, what 'temperature' (year) should it be set at? 1990? 1800? 1200?
There's no global temperature we're looking for. Please tell me that's not what you think.
quote:

Wouldn't warming open more fertile land in the arctic and antarctic regions?
...
Posted by BugAC
St. George
Member since Oct 2007
52926 posts
Posted on 2/17/14 at 10:06 am to
quote:

Wouldn't warming open more fertile land in the arctic and antarctic regions?


Thus releasing more CO2 absorbing plant life.
Posted by SlowFlowPro
Simple Solutions to Complex Probs
Member since Jan 2004
423792 posts
Posted on 2/17/14 at 11:21 am to
quote:

If warming is so bad, why is the temp we are now so good?

it's more about where we are in terms of progress

ignore global warming's cause

the issue is how we deal with it b/c of the coastal concentration of humanity
Posted by Upperaltiger06
North Alabama
Member since Feb 2012
3948 posts
Posted on 2/17/14 at 12:01 pm to


Listening to commentary from opposing sides can be very confusing, but for me, one fact stands out. When you look at the small percentage of the atmosphere composed of CO2 (0.03%), you realize that any change in that amount has a much greater effect on the properties exhibited by that gas than ones that make up a larger percentage of the atmosphere. For example, if you combust enough carbon based fuel to increase the amount in the atmosphere by 0.03%, then you have doubled the amount of that gas. Increase the amount of nitrogen by 0.03%, and you increase the amount by about 0.0003%.

You might check my math, but the difference is almost nil for N.
This post was edited on 2/17/14 at 12:03 pm
first pageprev pagePage 1 of 1Next pagelast page
refresh

Back to top
logoFollow TigerDroppings for LSU Football News
Follow us on Twitter, Facebook and Instagram to get the latest updates on LSU Football and Recruiting.

FacebookTwitterInstagram