Difference between revisions of "Mumbai Air Quality Short Course/Course Content/Combining satellite and surface observations with models"

From Earth Science Information Partners (ESIP)
Line 7: Line 7:
 
<html><img src="http://webapps.datafed.net/cgi.wsfl?page=AerChem_Mumbai/AerChem_MultiSitePM10&view_id=time&page!time_min=2007-12-12T00:00:00&page!time_max=2008-03-22T00:00:00&time!width=800&time!height=250&time!scale_min=0&time!scale_max=700&Colaba!parameter=PM10&Andheri!parameter=PM10&Dadar!parameter=PM10&Dharavi!parameter=PM10&Mahul!parameter=PM10&Mulund!parameter=PM10&Khar!parameter=PM10&dust!parameter=dust&time.PM10_grd!scale_min=0&time.PM10_grd!scale_max=700&time.MapImage_1!scale_min=0&time.MapImage_1!scale_max=700&time.Colaba!scale_min=0&time.Colaba!scale_max=700&time.Andheri!scale_min=0&time.Andheri!scale_max=700&time.Dadar!scale_min=0&time.Dadar!scale_max=700&time.Dharavi!scale_min=0&time.Dharavi!scale_max=700&time.Mahul!scale_min=0&time.Mahul!scale_max=700&time.Mulund!scale_min=0&time.Mulund!scale_max=700&time.Khar!scale_min=0&time.Khar!scale_max=700&time.dust!scale_min=0&time.dust!scale_max=700&time.ViewLabels!scale_min=0&time.ViewLabels!scale_max=700&cache=use" width=600 height=150" ></html>
 
<html><img src="http://webapps.datafed.net/cgi.wsfl?page=AerChem_Mumbai/AerChem_MultiSitePM10&view_id=time&page!time_min=2007-12-12T00:00:00&page!time_max=2008-03-22T00:00:00&time!width=800&time!height=250&time!scale_min=0&time!scale_max=700&Colaba!parameter=PM10&Andheri!parameter=PM10&Dadar!parameter=PM10&Dharavi!parameter=PM10&Mahul!parameter=PM10&Mulund!parameter=PM10&Khar!parameter=PM10&dust!parameter=dust&time.PM10_grd!scale_min=0&time.PM10_grd!scale_max=700&time.MapImage_1!scale_min=0&time.MapImage_1!scale_max=700&time.Colaba!scale_min=0&time.Colaba!scale_max=700&time.Andheri!scale_min=0&time.Andheri!scale_max=700&time.Dadar!scale_min=0&time.Dadar!scale_max=700&time.Dharavi!scale_min=0&time.Dharavi!scale_max=700&time.Mahul!scale_min=0&time.Mahul!scale_max=700&time.Mulund!scale_min=0&time.Mulund!scale_max=700&time.Khar!scale_min=0&time.Khar!scale_max=700&time.dust!scale_min=0&time.dust!scale_max=700&time.ViewLabels!scale_min=0&time.ViewLabels!scale_max=700&cache=use" width=600 height=150" ></html>
  
PM10 data from seven stations in Mumbai collected as part of 6 city source apportionment study is plotted as a time series along with the surface dust concentration from the Navel Aerosol Analysis and Prediction System (NAAPS)model. The background site "Colaba" shows a PM10 value of ~150 ug/m3 throughout the study period except for dates in the last week of February,2008 when it increases to ~500 ug/m3. Dust concentration on these dates shows an increase of ~300 ug/m3.
+
PM10 data from seven stations in Mumbai collected as part of [http://cpcb.nic.in/Source_Apportionment_Studies.php 6 city source apportionment study] is plotted as a time series along with the surface dust concentration from the Navel Aerosol Analysis and Prediction System (NAAPS)model. The background site "Colaba" shows a PM10 value of ~150 ug/m3 throughout the study period except for dates in the last week of February,2008 when it increases to ~500 ug/m3. Dust concentration on these dates shows an increase of ~300 ug/m3.

Revision as of 12:09, October 11, 2012

Return to Course Content | Short Course Home

Chemical Composition Time Series

PM10

PM10 data from seven stations in Mumbai collected as part of 6 city source apportionment study is plotted as a time series along with the surface dust concentration from the Navel Aerosol Analysis and Prediction System (NAAPS)model. The background site "Colaba" shows a PM10 value of ~150 ug/m3 throughout the study period except for dates in the last week of February,2008 when it increases to ~500 ug/m3. Dust concentration on these dates shows an increase of ~300 ug/m3.