Difference between revisions of "POET Anthro"

From Earth Science Information Partners (ESIP)
 
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{{Dataset
 
{{Dataset
 
|DatasetTitle=POET Anthro 1990-2000
 
|DatasetTitle=POET Anthro 1990-2000
|DatasetDesc=Global emissions of gases (ozone precursors) from anthropogenic, natural, and biomass burning sources have been estimated for the period 1990-2000.  
+
|DatasetDesc=Global emissions of gases (ozone precursors) from anthropogenic, natural, and biomass burning sources have been estimated for the period 1990-2000.
 
|Domain=Emission
 
|Domain=Emission
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|SamplePlatform=Emission
 
|SampleMethod=Model
 
|SampleMethod=Model
 
|DataType=GRID
 
|DataType=GRID
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|TimePeriod=HIST
 
|TimePeriod=HIST
 
|Periodicity=DAY
 
|Periodicity=DAY
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|Parameters=CO, NOx
 
|ProviderAbbr=GEIA Accent
 
|ProviderAbbr=GEIA Accent
 
|ProviderURL=http://www.aero.jussieu.fr/projet/ACCENT/database.php
 
|ProviderURL=http://www.aero.jussieu.fr/projet/ACCENT/database.php

Latest revision as of 19:06, January 24, 2008

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POET_Anthro - POET Anthro 1990-2000

POET Anthro map.png

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Description: Global emissions of gases (ozone precursors) from anthropogenic, natural, and biomass burning sources have been estimated for the period 1990-2000. Parameters: CO, NOx
Domain: Emission | Platform: Emission | Instrument: No Instrument | Method: Model | Type: GRID | Periodicity: DAY | GeoRange: GLOB | Time Period: HIST Key Use: No Key Uses


Data Access Services: WMS | WCS

GEIA Accent
GEIA AccentIcon.png
Provider
No Distributor
Source
Citation
Lineage




User-Contributioned Resources. See also discussion page. Help on Edit.

Dataset Description

Anthropogenic emissions (containing 15 sectors) are based on national activity data (fuelwood combustion per year), emission factors (kg CO/ kg fuelwood combusted par activity), and grid maps (e.g. population maps) for spatial distribution of the emissions within a country. Biomass burning emissions are estimated with a climatology from Hao et al. (1994), and ATSR active fire maps are used for the spatial and temporal distribution of the emissions. Biogenic emissions are estimated with a vegetation canopy model.


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Additional Information

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