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  Volcanic SO2 data derived from limb viewing satellites for the lower stratosphere from 1998 to 2012, and from nadir viewing satellites for the troposphere

This directory (experiment) contains volcanic SO2 data derived from limb viewing satellites for the lower stratosphere from 1998 to 2012. The usage of the data is described in Timmreck et al., (2018), datasets VolcDB1 and VolcDB1_3D.

We provide 3D-plumes of observed volume mixing ratio perturbations in the lower stratosphere / upper

troposphere typically derived from 10-day periods as nc-files and integrated values of injected SO2 mass with peak

latitudes and altitudes as Fortran formatted ascii files (A11,5(1X,I3),I4,4(1X,I3),5(1X,I2),I3,4(1X,I2)) for at

maximum 5 events at one time. Instead of A11 I2,I5,I5 can be used to read in the components of time. The data from

Dec. 1997 to Jan. 2002 are based on L2-files of SAGE II (V7.0) provided by the NASA DAAC (Thomason et al., 2008).

The data from Jul. 2002 to Mar. 2012 use the updated 5-day time series of MIPAS (Hoepfner et al., 2015),

supplemented by SO2 derived from GOMOS extinctions (Bingen et al., 2017, with a corresponding table).

SO2volc3D_pap_T42L90r.nc: 3D SO2 for 131 events in T42L90 resolution (ECHAM-grid in grid_T42L90.nc) surface to

about 80km)..

SO2volc3D_pap_T63L90r.nc: same in T63L90 resolution (ECHAM-grid in grid_T63L90.nc). Here a downscaling by

0.7 for low latitude eruptions is recommended because of less removal by overshooting convection (The data

in the T42 file and in the table in Bingen et al 2017 were upscaled within the measurement uncertainty to

overcome the model artifact in low resolution, this applies only for the ENVISAT part from Jul. 2002 on).

Latitude from South to North, for use with ECHAM please reverse. The levels on the hybrid-grid in the grid

files are defined as lev(x,y,z)=hyam(z)+hybm(z)*apsave(x,y), in Pa (apsave annual average of surface pressure

or orography).

Volcano_or_region_echam_merged_dd_mm_yyyy.txt: integrated SO2 mass injected (in kt), SAGE and ENVISAT period.

The postscript-file is an example on the T42 grid, the *doc-file includes the volcano names for the data in

the *.txt Files, see also http://wwww.volcano.si.edu (Smithsonian volcano database).

AEROCOM-DIEHL_UMZ1_tropo11.nc: Fluxes from outgassing volcanoes in the troposphere (below 200hPa), taken

from AEROCOM (Diehl, 2012; Caution, filled with odd climatology after 2009, monthly, beginning in Jan. 1950)

AEROCOM-DIEHL_1297-0312_tropo11.nc: Subset beginning Dec. 1997.

 
Citation proposal
(2018) . Volcanic SO2 data derived from limb viewing satellites for the lower stratosphere from 1998 to 2012, and from nadir viewing satellites for the troposphere. https://gdk.gdi-de.org/geonetwork/srv/api/records/wdc-climate.de:3590297
 
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Identification

File identifier
wdc-climate.de:3590297   XML
Hierarchy level
collection collection
Online resource
Resource identifier
code
SSIRC_1
code
doi:10.1594/WDCC/SSIRC_1
Metadata language
eng; USA
Encoding
Format
ascii
Format
NetCDF
Projection
 

Classification of data and services

 

Classification of data and services

Coupled resource
Coupled resource
 
 

Classification of data and services

Coupled resource
Coupled resource
 
 

Keywords

Other keywords
Keywords
  • atmospheric chemistry
Keywords
  • satellite
 
 

Geographic coverage

N
S
E
W


 

Temporal reference

Temporal extent
Temporal extent
Date ( Publication )
2018-05-31
 

Quality and validity

 

Conformity

Conformity
Conformity
 

Conformity

Conformity
Conformity
 

Restrictions on access and use

 

Restrictions on access and use

 

Responsible organization (s)

Contact for the resource
Organisation name
Max-Planck-Institute for Chemistry
 

Responsible organization (s)

Contact for the resource
Organisation name
Max-Planck-Institute for Chemistry
 

Metadata information

Contact for the metadata
Organisation name
Max-Planck-Institute for Chemistry
Organisation name
Max-Planck-Institute for Chemistry
Date stamp
2018-04-17T14:13:25
Metadata language
eng; USA
 
 

SDS

Conformance class 1: invocable

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Endpoint URL
Technical specification
 

Conformance class 2: interoperable

Coordinate reference system
 
Quality of Service
 
Access constraints
Limitation
 
Use constraints
Limitation
 
Responsible custodian
Contact for the resource
 
 

Conformance class 3: harmonized

 
 

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