The Forum Site - Join the conversation
Forums: Science:
Statistics

Using cross-sectional data in pooled time-series analysis

Reply to Topic
AuthorMessage
OleMartin On February 09, 2011




Oslo, Norway
#1New Post! Feb 09, 2011 @ 21:20:28
I'm doing a pooled time-series regression analysis of GHG emissions, relative to aims in the Kyoto-protocol (annual observations 1990-2008, country level).

Unfortunately, a few of the variables that I want to include in my model don't have time-series qualities. The obvious solution to this problem would be to do a cross-sectional analysis of this piece of data, but because the sample in my study is limited to Annex B countries in the kyoto-protocol my degrees of freedom would be very low if I applied such an approach(N=39).

On the other hand one could assume that the values of the variables that don't have time-series qualities would not change much over time. What I would like to do then is to use cross-sectional data in my pooled time-series dataset, simply by plotting the cross-sectional values for every year in the pooled time-series dataset and then run a random effects regression.

If someone would like to comment on this approach, I would be grateful. I sort of feel like the approach is "cheating statistically" in order to achieve a high amount of units. How does it affect my results? What would I be especially aware of when I access the results?


Thanks!
O
OleMartin On February 09, 2011




Oslo, Norway
#2New Post! Feb 09, 2011 @ 21:24:33
its supposed to say assess, not access the results
Reply to Topic<< Previous Topic | Next Topic >>

1 browsing (0 members - 1 guest)

Quick Reply
Be Respectful of Others

      
Subscribe to topic prefs

Similar Topics
    Forum Topic Last Post Replies Views
New posts   Health & Fitness
Tue Jul 12, 2011 @ 16:52
0 406
New posts   Statistics
Fri Mar 05, 2010 @ 03:47
0 1098
New posts   Rants & Raves
Fri Jan 30, 2009 @ 22:53
7 1596
New posts   Art & Literature
Mon Aug 18, 2008 @ 07:37
1 791
New posts   Statistics
Sat Apr 12, 2008 @ 13:58
2 822