Search results

Platform: Model | Instrument: No Instrument | Method: Model | Type: GRID | Periodicity: HOUR | GeoRange: No GeoRange"No GeoRange" is not in the list (NAM,

property. | GeoRange: No GeoRange"No GeoRange" is not in the list (NAM, US, EUR, GLOB, SEASIA, SAM, SWASIA, AFRICA) of allowed values for the "GeoRange" property

TRAJ, GRID, POINT, No DataType) of allowed values for the "DataType" property. | Periodicity: HOUR | GeoRange: No GeoRange"No GeoRange" is not in the list

property. | GeoRange: No GeoRange"No GeoRange" is not in the list (NAM, US, EUR, GLOB, SEASIA, SAM, SWASIA, AFRICA) of allowed values for the "GeoRange" property

property. | GeoRange: Global"Global" is not in the list (NAM, US, EUR, GLOB, SEASIA, SAM, SWASIA, AFRICA) of allowed values for the "GeoRange" property.

property. | GeoRange: Global"Global" is not in the list (NAM, US, EUR, GLOB, SEASIA, SAM, SWASIA, AFRICA) of allowed values for the "GeoRange" property.

Emission | Instrument: No Instrument | Method: Point | Type: POINT | Periodicity: YEAR | GeoRange: US | Time Period: HIST Key Use: No Key Uses Data Access

Aerosol | Platform: Model | Instrument: No Instrument | Method: No Method | Type: GRID | Periodicity: HOUR | GeoRange: Global"Global" is not in the list (NAM

Periodicity: HALF_HOUR | GeoRange: US | Time Period: HIST Key Use: No Key Uses Data Access Services: WMS | WCS NOAA Provider No Distributor Source Citation

Satellite | Instrument: No Instrument | Method: RemoteSens | Type: GRID | Periodicity: DAY | GeoRange: GLOB | Time Period: REALTIME Key Use: No Key Uses Data Access

Aerosol | Platform: Network | Instrument: No Instrument | Method: FilterSmp | Type: POINT | Periodicity: HOUR | GeoRange: US | Time Period: 2002-07-01T00:00

Model | Instrument: No Instrument | Method: Unknown | Type: GRID | Periodicity: MONTH | GeoRange: GLOB | Time Period: HIST Key Use: No Key Uses Data Access

Satellite | Instrument: No Instrument | Method: Point | Type: SeqImage | Periodicity: DAY | GeoRange: GLOB | Time Period: HIST Key Use: No Key Uses Data Access

Emission | Instrument: No Instrument | Method: RemoteSens | Type: GRID | Periodicity: DAY | GeoRange: GLOB | Time Period: HIST Key Use: No Key Uses Data Access

Model | Instrument: No Instrument | Method: Model | Type: SeqImage | Periodicity: YEAR | GeoRange: GLOB | Time Period: HIST Key Use: No Key Uses Data Access

Aerosol | Platform: Network | Instrument: No Instrument | Method: RemoteSens | Type: POINT | Periodicity: DAY | GeoRange: GLOB | Time Period: HIST Key Use: Exceptional

Instrument: No Instrument | Method: RemoteSens | Type: SeqImage | Periodicity: HALF_HOUR | GeoRange: NAM | Time Period: REALTIME Key Use: No Key Uses Data

Emission | Instrument: No Instrument | Method: Model | Type: GRID | Periodicity: MONTH | GeoRange: GLOB | Time Period: HIST Key Use: No Key Uses Data Access

Aerosol | Platform: Model | Instrument: No Instrument | Method: Model | Type: Image | Periodicity: No Periodicity"No Periodicity" is not in the list (HOUR

Emission | Instrument: No Instrument | Method: RemoteSens | Type: Image | Periodicity: MONTH | GeoRange: GLOB | Time Period: HIST Key Use: No Key Uses Data Access

GRID | Periodicity: DAY | GeoRange: GLOB | Time Period: HIST Key Use: No Key Uses Data Access Services: WMS | WCS AMAP Provider No Distributor Source Citation

Emission | Instrument: No Instrument | Method: Point | Type: POINT | Periodicity: YEAR | GeoRange: US | Time Period: HIST Key Use: No Key Uses Data Access

Satellite | Instrument: No Instrument | Method: RemoteSens | Type: POINT | Periodicity: YEAR | GeoRange: US | Time Period: HIST Key Use: No Key Uses Data Access

Satellite | Instrument: No Instrument | Method: RemoteSens | Type: Image | Periodicity: NONE | GeoRange: GLOB | Time Period: HIST Key Use: No Key Uses Data Access

Satellite | Instrument: No Instrument | Method: Point | Type: SeqImage | Periodicity: MONTH | GeoRange: GLOB | Time Period: HIST Key Use: No Key Uses Data Access

Satellite | Instrument: No Instrument | Method: RemoteSens | Type: GRID | Periodicity: DAY | GeoRange: GLOB | Time Period: HIST Key Use: No Key Uses Data Access

Emission | Instrument: No Instrument | Method: Point | Type: POINT | Periodicity: YEAR | GeoRange: US | Time Period: HIST Key Use: No Key Uses Data Access

Satellite | Instrument: No Instrument | Method: RemoteSens | Type: POINT | Periodicity: DAY | GeoRange: GLOB | Time Period: HIST Key Use: No Key Uses Data Access

Network | Instrument: No Instrument | Method: Point | Type: POINT | Periodicity: HOUR | GeoRange: US | Time Period: HIST Key Use: No Key Uses Data Access

"Periodicity" property. | GeoRange: US | Time Period: HIST Key Use: No Key Uses Data Access Services: WMS | WCS SEDAC Provider No Distributor Source Citation Lineage

Platform: No Platform | Instrument: No Instrument | Method: RemoteSens | Type: POINT | Periodicity: DAY | GeoRange: US | Time Period: HIST Key Use: No Key Uses

Emission | Instrument: No Instrument | Method: Point | Type: POINT | Periodicity: YEAR | GeoRange: US | Time Period: HIST Key Use: No Key Uses Data Access

Emission | Instrument: No Instrument | Method: Point | Type: POINT | Periodicity: YEAR | GeoRange: US | Time Period: HIST Key Use: No Key Uses Data Access

Model | Instrument: No Instrument | Method: RemoteSens | Type: Image | Periodicity: DAY | GeoRange: GLOB | Time Period: REALTIME Key Use: No Key Uses Data Access

Satellite | Instrument: No Instrument | Method: Model | Type: SeqImage | Periodicity: HOUR | GeoRange: US | Time Period: REALTIME Key Use: No Key Uses Data Access

Satellite | Instrument: No Instrument | Method: RemoteSens | Type: GRID | Periodicity: MONTH | GeoRange: GLOB | Time Period: HIST Key Use: No Key Uses Data Access

Satellite | Instrument: No Instrument | Method: RemoteSens | Type: Image | Periodicity: DAY | GeoRange: US | Time Period: REALTIME Key Use: No Key Uses Data Access

Model | Instrument: No Instrument | Method: Model | Type: Image | Periodicity: SIX_HOURS | GeoRange: NAM | Time Period: REALTIME Key Use: No Key Uses Data Access

Emission | Instrument: No Instrument | Method: Point | Type: POINT | Periodicity: YEAR | GeoRange: US | Time Period: HIST Key Use: No Key Uses Data Access

Network | Instrument: No Instrument | Method: FilterSmp | Type: POINT | Periodicity: YEAR | GeoRange: US | Time Period: HIST Key Use: No Key Uses Data Access

Satellite | Instrument: No Instrument | Method: RemoteSens | Type: Image | Periodicity: DAY | GeoRange: GLOB | Time Period: REALTIME Key Use: No Key Uses Data Access

Emission | Instrument: No Instrument | Method: Point | Type: POINT | Periodicity: YEAR | GeoRange: US | Time Period: HIST Key Use: No Key Uses Data Access

Network | Instrument: No Instrument | Method: FilterSmp | Type: POINT | Periodicity: WEEK | GeoRange: US | Time Period: HIST Key Use: No Key Uses Data Access

| Periodicity: DAY | GeoRange: US | Time Period: FORECAST Key Use: No Key Uses Data Access Services: WMS | WCS NGC 50px Provider No Distributor Source Citation

| Instrument: No Instrument | Method: Model | Type: SeqImage | Periodicity: HALF_HOUR | GeoRange: US | Time Period: REALTIME Key Use: No Key Uses Data

Unknown | Instrument: No Instrument | Method: RemoteSens | Type: TRAJ | Periodicity: DAY | GeoRange: US | Time Period: HIST Key Use: No Key Uses Data Access

| Instrument: No Instrument | Method: ContSens | Type: Image | Periodicity: FIVE_YEARS | GeoRange: GLOB | Time Period: HIST Key Use: No Key Uses Data Access

Unknown | Instrument: No Instrument | Method: RemoteSens | Type: Image | Periodicity: HOUR | GeoRange: US | Time Period: REALTIME Key Use: No Key Uses Data Access

Organic Carbon, Black Carbon, Sea Salt. Driven by assimilated weather data from GEOS DAS. Google Scholar Search Failed to load RSS feed from http://del.icio.

Aerosol | Platform: Network | Instrument: No Instrument | Method: Point | Type: POINT | Periodicity: DAY | GeoRange: US | Time Period: REALTIME Key Use: Exceptional

Meteor | Platform: Network | Instrument: No Instrument | Method: Point | Type: POINT | Periodicity: HOUR | GeoRange: GLOB | Time Period: REALTIME Key Use:

Satellite | Instrument: No Instrument | Method: RemoteSens | Type: GRID | Periodicity: DAY | GeoRange: US | Time Period: REALTIME Key Use: No Key Uses Data Access

Meteor | Platform: Network | Instrument: No Instrument | Method: Point | Type: POINT | Periodicity: HOUR | GeoRange: GLOB | Time Period: REALTIME Key Use:

Satellite | Instrument: No Instrument | Method: RemoteSens | Type: GRID | Periodicity: DAY | GeoRange: GLOB | Time Period: REALTIME Key Use: No Key Uses Data Access

| Periodicity: MONTH | GeoRange: GLOB | Time Period: HIST Key Use: No Key Uses Data Access Services: WMS | WCS RETRO Provider No Distributor Source Citation

Aerosol | Platform: Network | Instrument: No Instrument | Method: Point | Type: POINT | Periodicity: HOUR | GeoRange: US | Time Period: 1993-01-01T00:00:0

Network | Instrument: No Instrument | Method: FilterSmp | Type: POINT | Periodicity: YEAR | GeoRange: NAM | Time Period: HIST Key Use: No Key Uses Data Access

Satellite | Instrument: No Instrument | Method: RemoteSens | Type: GRID | Periodicity: DAY | GeoRange: GLOB | Time Period: REALTIME Key Use: No Key Uses Data Access

Emission | Instrument: No Instrument | Method: Model | Type: GRID | Periodicity: MONTH | GeoRange: GLOB | Time Period: HIST Key Use: No Key Uses Data Access

Satellite | Instrument: No Instrument | Method: RemoteSens | Type: POINT | Periodicity: DAY | GeoRange: NAM | Time Period: REALTIME Key Use: No Key Uses Data Access

| Instrument: No Instrument | Method: RemoteSens | Type: SeqImage | Periodicity: DAY | GeoRange: GLOB | Time Period: REALTIME Key Use: No Key Uses Data

Satellite | Instrument: No Instrument | Method: RemoteSens | Type: SeqImage | Periodicity: DAY | GeoRange: US | Time Period: HIST Key Use: No Key Uses Data Access

Instrument: No Instrument | Method: RemoteSens | Type: SeqImage | Periodicity: MONTH | GeoRange: GLOB | Time Period: REALTIME Key Use: No Key Uses Data

Satellite | Instrument: No Instrument | Method: RemoteSens | Type: POINT | Periodicity: DAY | GeoRange: NAM | Time Period: REALTIME Key Use: No Key Uses Data Access

Unknown | Instrument: No Instrument | Method: RemoteSens | Type: POINT | Periodicity: DAY | GeoRange: US | Time Period: HIST Key Use: No Key Uses Data Access

Satellite | Instrument: No Instrument | Method: RemoteSens | Type: POINT | Periodicity: DAY | GeoRange: NAM | Time Period: REALTIME Key Use: No Key Uses Data Access

| Instrument: No Instrument | Method: RemoteSens | Type: SeqImage | Periodicity: DAY | GeoRange: GLOB | Time Period: REALTIME Key Use: No Key Uses Data

Emission | Instrument: No Instrument | Method: Model | Type: GRID | Periodicity: MONTH | GeoRange: US | Time Period: FORECAST Key Use: No Key Uses Data Access

Emission | Instrument: No Instrument | Method: Model | Type: GRID | Periodicity: DAY | GeoRange: GLOB | Time Period: HIST Key Use: No Key Uses Data Access

climatologically representative of the country’s eastern interior, affected by a wide range of synoptic weather patterns and free of localized influences from the Great

station reporting times differ from each other station. Giving only the range, there is no way to tell when the coverage actually has data. This means, that

audience for this report is the GEO User Interface Committee (UIC), which is managing Task US-09-01a for GEO. The GEO UIC will use the results of this

Distributor ASOS STI No Distributor ASTR FIREd No Distributor ASTR FIREm No Distributor ATADV No Distributor AVHRR No Distributor Africa Dust No Distributor Astrophoto

Earth and monitoring its host of complex systems is a role no one organization masters. GEO is providing the structure and opportunity for governments

tranformation and load) software/process. The From CASTNET To AQS box is checked, but no one on the AQS team knows of any CASTNET data that makes its way into AQS

access, processing, portayal, delivery. There is no explicit provision for the accompanying metadata. There is no standard approach for encoding, gathering,

metadata. This very often requires a database with lots of tables, there is no one-size-fits-all design around because of differing requirements. Fortunately

Earth and monitoring its host of complex systems is a role no one organization masters. GEO is providing the structure and opportunity for governments

Monitoring Plan for Persistent Organic Pollutants (POPs) Currently this Task has no participants listed in the US! HE-09-02d: Global Monitoring Plan for Atmospheric

scenario is consistent with GEO project HE-07-03: Integrated Atmospheric Pollution Monitoring, Modelling, and Forecasting in the GEO 2007-2009 Work Plan, and

Keating: EPA Air Quality GEO Plan 7 November 2007 This proposal addresses the needs of two air quality-related decision-making contexts—assessment and

airCraft) - European-based global commercial aircraft flight measured ozone, CO, NO data (currently under restricted access pending an agreement between EPA and

< GEO User Requirements for Air Quality | Report | Documents | Resources | Edit with Form Doc #: 18 Title: Global Earth Observation System (GEOS): System

< GEO User Requirements for Air Quality | Report | Documents | Resources | Edit with Form Doc #: 105 Title: Hemispheric Transport of Air Pollution 2007

workstation only the specified subset of data (variables, lon-lat box, time-range). Transmission volume over the Internet to the user is thereby greatly reduced

(hopefully) versions 1.1.0 and 1.1.1 will be treated by the same code as 1.1.2 as no real protocol differences were found in the spec documents introduced wcs_capabilities

software tools to display data and perform operations on specified subsets with no user intervention. It is equally important that the coordinate data are easy

Drawing from the GEO Work Plan (Task DA-09-02d)Task Demonstrate the use of web services to compare global and regional atmospheric models (including atmospheric

transferred. We should be compliant with OGC (the Open Geospatial Consortium) and GEO (Group on Earth Observations) standards; we should also coordinate to ensure

function that by given a location on Earth specified by (x,y,z,t), it returns range values. Coverage data are data that can be defined by the coverage function

scenario is consistent with GEO project HE-07-03: Integrated Atmospheric Pollution Monitoring, Modelling, and Forecasting in the GEO 2007-2009 Work Plan, and

< GEO User Requirements for Air Quality | Report | Documents | Resources | Edit with Form Doc #: 40 Title: Community Input to the NRC Decadal Survey from

/*/echo:Temporal/echo:RangeDateTime/echo:BeginningDateTime ECS /*/ecs:Temporal/ecs:RangeDateTime/ecs:RangeEndingDate ECS /*/ecs:Temporal/ecs:RangeDateTime/ecs:RangeEndingTime

< GEO User Requirements for Air Quality | Report | Documents | Resources | Edit with Form Doc #: 9 Title: Monitoring ambient air quality for health impact

intercontinental transport. Information systems are practice driven. There are no natural laws to follow, the field is in pre-scientific age. Major input to

code has been written with security in mind, and there are no known security bugs. There is no code that writes on the disk, so running this service should

meteorological data coordination, there is still no WIDAC for meteorological data that has free access. There is currently no potential WIDAC for any chemical constituent

assessment process through: direct observational evidence of regional and long range intercontinental transport, emission inventory improvements through inverse

exchange of elements between independent systems. The technology involved may range from a simple list of static access points to more integrated RSS, JSR-168

talk about thoughts on the intro material b. Talk about Overlap with the GeoSemantics Symposium (Beth & Bar) c. Panel Discussion During the Session: what

Presentation - Leptoukh RSIG: Profile | Presentation - Plessel Environmental GeoWeb: Profile | Presentation - Walter VIEWS: Profile | Presentation - McClure/Schichtel

Presentation - Leptoukh RSIG: Profile | Presentation - Plessel Environmental GeoWeb: Profile | Presentation - Walter VIEWS: Profile | Presentation - McClure/Schichtel

makers GEO- monitoring renewable energy sources/improving forecasting CEOS-uses earth observation satellites to directly support near term goals of GEO NASA

activity. Also, there are currently no generally accepted methods for conducting this process. For this reason, the leads for GEO Task US-09-01a have strongly

associated health effects they are useful study cases for understanding long-range transport of air pollutants – amenable to satellite observations from a regulatory

concrete, interoperable coverage data structure which can be encoded in GML, GeoTIFF, NetCDF, JPEG2000, and any other suitable data format. This coverage data

Hence, even if there is a matching AOT between model and observations, it is no guarantee that the chemical apportionment is correct. Complete aerosol chemical

selecting a date and time for a dataset that has no data. When this happens, you will see either a blank map (no data returned) or a pink error screen. When

with their data colleagues.  I have been part of several projects in NSF’s GeoInformatics efforts as far back as 2001, and led the Department of Energy-sponsored

ESIP and GEOSS North American air quality coordination AQ, Climate, long range transport Potential collaboration with ESIP and GEOSS NARSTO data archive

in the GEO 2007-2009 Work Plan. This scenario is also consistent with the efforts of the CEOS Atmospheric Composition Constellation. From the GEO 2007-2009

service is ESIP compliant and if not, exactly what the problem is OK - so no diagram so far. Is one needed for this use case? Out of the box, the Esri

[netCDF][ncML] Issues and ToDo List Map attributes into various standards NOAA GEO-IDE page on NetCDF ACDD [Added 5 Oct 2011] NetCDF files conforming to this

/*/echo:Temporal/echo:RangeDateTime/echo:BeginningDateTime ECS /*/ecs:Temporal/ecs:RangeDateTime/ecs:RangeEndingDate ECS /*/ecs:Temporal/ecs:RangeDateTime/ecs:RangeEndingTime

computer models. The extent of data and model products ranges from site specific to global, and durations range from days to years. To learn more about the types

limited). [sf]|| Facilitate user input into data and information systems. No-Maybe – limited success by AQ & Water Mgt Clusters {"end users" are a problem

Testbed and Tutorial Needs: Cloud Computing (Phil Yang, Rob Raskin) o Doug –GeoCloud o Adrian/Myra – NASA Cloud Services o Microsoft? o Amazon Semantic Web

the United States on the international Group on Earth Observations (GEO) and the GEO User Interface Committee. In these positions, he has promoted activities

needed for a diverse range of users and applications, and was highlighted as a priority observation for all Group on Earth Observation (GEO) Societal Benefit

components occurs in order to produce targeted societal benefits; there is no formal method for the coordination, such as there is for the evolving Architecture

Lundquist Tim Dye The connectivity matrix indicates data system connections ranging from downloading data to standards-based interoperability. The yellow symbols

exchange. Donor jealousy Clear statements about obstacles: no clear structure; no dedicated funding and no clear idea(s) yet how to do it. Opportunities, fixes:

Publications Division, the Netherlands, Bruce Batrick, ed. ISSn No.: 0250-1589, ISBN No.: 92-9092-495-0 GEO, The Group on Earth Observations, was established by a

Identification and Analysis wide range of publicly available sources built through literature searches and online searches applied a range of keywords to identify

of the GEO Architecture Implementation Pilot makes progress between March and November 2010. Add value of GEO in general: The newly forming GEO Air Quality

"data" activities other than my own, over my career. In the past these have ranged from: technical advisory board member for OPeNDAP in its early years (1996-2003);

submitted through email/GoToMeeting chat/phone call as well. Erin - There is no specific preference for how the nomination should occur. Denise - One note:

options for visualization (e.g., multiple ways for interpolation, including no interpolation) Recommended default with other options for more advanced users

centric. GeoPortal server: Open-source product that supports formal metadata. Strongly suited for federating searches to other catalogues. ArcGIS GeoPortal:

for an improvement during the 20% worst visibility days while also ensuring no degradation during the 20% best visibility days. To accomplish this, users

via data qualifying flags and method description codes. Currently there are no standards for flag code sets or for defining which events should be flagged

Data” approaches. It is then no obvious “winner,” i.e. neither approach has an edge over the other within this said "range." The above point implies the

bounding DCAT /dct:spatial DCITE /dcite:resource/dcite:geoLocations/dcite:geoLocation/dcite:geoLocationPlace DIF /dif:DIF/dif:Spatial_Coverage//* DIF-10

bounding DCAT /dct:spatial DCITE /dcite:resource/dcite:geoLocations/dcite:geoLocation/dcite:geoLocationPlace DIF /dif:DIF/dif:Spatial_Coverage//* DIF-10

the observation system including: satellites and their sampling strategies (GEO, LEO); ground-based networks with super sites (GAW etc …); regular aircraft

organizations for sharing real-time data during a disaster event. Will use GeoCollaborate™ to access public and private sector data sources that help operations

something else/better? potential problem: only enumeration of levels possible, no ranges Issue: current state of WCS 2.0? core released, but extensions still in

NetCDF array has syntactic properties like its dimensions and data type, but no semantic interpretation what they actually mean. Computing latitude, longitude

bounding DCAT /dct:spatial DCITE /dcite:resource/dcite:geoLocations/dcite:geoLocation/dcite:geoLocationPlace DIF /dif:DIF/dif:Spatial_Coverage//* DIF-10

status. GEO Portal: user can search for something (eg energy/environment)- for a more focused search, the user can go to the thematic Portal EnerGEO. The

provide a unifying approach to describing sensors and observations across geo-science domains.  Built on an existing sensor metadata model that references

unique identifications: global unique identifiers such as the International Geo Sample Number (IGSN) can be unambiguously referenced to a sample. The IGSN

will be held prior to the January meeting. The ESIP Federation attended the GEO Plenary in Beijing. The exhibit hall traffic was disappointing, but good connections

/* Dryad /*/dcterms:temporal ECHO /*/Temporal//* ECS /ecs:RangeBeginningDate ECS /ecs:RangeEndingDate EML /eml:eml/*/coverage/temporalCoverage ISO /*/

(SOP) within your research community? No 2.2 If no, briefly explain in several sentences why you're not (e.g., there is no established protocol and the project

yourself "how easy will it be to replace this dependency when it no longer works?" No one should build gdal alone (unless it is winter and you need a source

project, in particular NSF EarthCube involvement (GeoLink project partner) and frequent co-organization of GeoVoCamps. Website: http://dase.cs.wright.edu/ Full

that were not previously possible. Thanks to the cloud-optimized GeoTiff format, we're no longer limited by scene-based display rules. Pixel mosaics in an

in event analyses (?? As desired, no hard commitment) and some of the decision support services/tools (?? As desired, no hard commitment) NAAPS:The Navy

time will not be reviewed or considered for funding. Please note: There is no guarantee funds will be available when your application is received. Contacts:

m:idinfo/csdgm:spdom/csdgm:bounding DCITE /dcite:resource/dcite:geoLocations/dcite:geoLocation DIF /dif:DIF/dif:Spatial_Coverage//* DIF-10 /dif:DIF/di

m:idinfo/csdgm:spdom/csdgm:bounding DCITE /dcite:resource/dcite:geoLocations/dcite:geoLocation DIF /dif:DIF/dif:Spatial_Coverage//* DIF-10 /dif:DIF/di

m:idinfo/csdgm:spdom/csdgm:bounding DCITE /dcite:resource/dcite:geoLocations/dcite:geoLocation DIF /dif:DIF/dif:Spatial_Coverage//* DIF-10 /dif:DIF/di

m:idinfo/csdgm:spdom/csdgm:bounding DCITE /dcite:resource/dcite:geoLocations/dcite:geoLocation DIF /dif:DIF/dif:Spatial_Coverage//* DIF-10 /dif:DIF/di