The DHS Program User Forum: General » Identifying observations in same urban area without GPS

Home » Topics » General » Identifying observations in same urban area without GPS

Show: Today's Messages :: Show Polls :: Message Navigator

Identifying observations in same urban area without GPS [message #18370]

Wed, 20 November 2019 01:34

cportner
Messages: 20
Registered: September 2014
Location: Seattle

Member

I am working on creating a rudimentary measure of "urbanization" for urban areas (using the partner's occupation since that is available across all phases). I could simply do this by PSU, but I would prefer to do it at the city level to get a less noisy measure. Is there a way to identify households that live in the same urban area that I can apply across many countries and phases? I would rather not do 286 surveys by hand ;-).

Claus Portner

Report message to a moderator

Re: Identifying observations in same urban area without GPS [message #18486 is a reply to message #18370]

Wed, 04 December 2019 17:53

tfish-DHS
Messages: 48
Registered: August 2017
Location: Maryland, USA

Member

Hi Claus,

We unfortunately can't reveal the cities that people are in. However the displaced cluster locations are available

best,

--Tom

Report message to a moderator

Re: Identifying observations in same urban area without GPS [message #18535 is a reply to message #18486]

Thu, 19 December 2019 13:26

cportner
Messages: 20
Registered: September 2014
Location: Seattle

Member

Hi Tom,

Thank you for the message. I am only interested in identifying which households live in the same city, not the name of the city or its location. And, since I am trying to do this for all the surveys, I am looking for a method that does not use the GPS data.
All the best,

Claus Portner

Report message to a moderator

Previous Topic:	Ghana 2003 DHS Calendar
Next Topic:	Merging and Reshape data set in STATA

Goto Forum:

-=] Back to Top [=-

[ Syndicate this forum (XML) ] [

] [

]

Current Time: Wed Jul 30 16:12:58 Coordinated Universal Time 2025