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From Earth Science Information Partners (ESIP)
- Capabilities Processor (category StationPoint)for WCS and WFS services. For input It reads the Metadata Data and Cube or Point Data Configuration. It is used to produce the results for GetCapabilities2 KB (197 words) - 09:05, September 6, 2010
- Back to WCS Wrapper WCS General Intro WCS Server StationPoint Data, Category:StationPoint WCS Server Cube Data Category:Cube WCS Mediators and Clients706 bytes (75 words) - 09:53, October 8, 2021
- Metadata Data (category StationPoint)< Back to Glossary | Edit with Form Metadata_Data Description: [[TermDesc::This is a text file filled out by a person. Contains Abstract, Contact Information2 KB (312 words) - 13:35, September 6, 2010
- Data Configuration for Points (category StationPoint)manual configuration is needed. From file point_config.py Coverage information and it's descriptions: point_info = { 'SURF_MET': { 'Title':'Surface Meteorological3 KB (411 words) - 14:26, September 6, 2010
- Coverage Processor for Points (category StationPoint)Coverage_Processor_for_Points Description: This component reads a subset of Station Point Data out of an SQL database. It gets the requested coverage from the1 KB (185 words) - 16:09, August 17, 2012
- WCS GetCoverage Query (category StationPoint)< Back to Glossary | Edit with Form WCS_GetCoverage_Query Description: [[TermDesc::This is the main data query for a WCS service. The request contains4 KB (447 words) - 14:36, September 6, 2010
- SQL Database for Points (category StationPoint)Description: [[TermDesc::This document describes how to create views in your station point data database so that it can be service by simply configuring it. It4 KB (510 words) - 13:36, September 6, 2010
- Location Configuration for Points (category StationPoint)Processor for Points python dictionary]] No Contributors No History Available point_config.py In it's simplest case, SQL views are used to create required location2 KB (209 words) - 13:20, September 6, 2010
- Feature Processor for Points (category StationPoint)database engine, and the resulting rows are written to a CSV file. Used for station point data in WFS GetFeature Query.]] Glossary Domain: WCS Links to this page2 KB (239 words) - 13:25, September 6, 2010
- WCS Capabilities Document (category StationPoint)< Back to Glossary | Edit with Form WCS_Capabilities_Document Description: [[TermDesc::This is the top-level document of a service. It contains Metadata1 KB (151 words) - 11:34, September 8, 2010
- WCS Describe Coverage Document For Points (category StationPoint)< Back to Glossary | Edit with Form WCS_Describe_Coverage_Document_For_Points Description: [[TermDesc::This document is the detailed description of a WCS3 KB (365 words) - 13:47, September 6, 2010
- Glossary for WCS | WCS Outline448 bytes (5 words) - 09:53, October 8, 2021
- WFS GetFeature Query (category StationPoint)< Back to Glossary | Edit with Form WFS_GetFeature_Query Description: [[TermDesc::This Request produces the location table for a coverage, by the Feature843 bytes (111 words) - 13:54, September 6, 2010
- WCS Outline (section WCS Server StationPoint Data)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 atmospheric9 KB (1,059 words) - 11:39, September 8, 2010
- WFS Capabilities Document (category StationPoint)WFS_Capabilities_Document Description: [[TermDesc::This is the top-level document of a station point data location dimension. It contains Metadata Data and a list of location472 bytes (83 words) - 13:52, September 6, 2010
- WFS DescribeFeatureType (category StationPoint)< Back to Glossary | Edit with Form WFS_DescribeFeatureType Description: [[TermDesc::The document describes the location table of a coverage in detail370 bytes (77 words) - 13:53, September 6, 2010
- CSV file. Used for station point data in WFS GetFeature Query. WFS Capabilities: This is the top-level document of a station point data location dimension34 KB (5,082 words) - 02:53, September 16, 2011
- WCS Server for Station-Point Data Type Description of Station-Point Data Server Components Implementation of WCS Server for Station-Point Data Additional1 KB (140 words) - 05:37, July 6, 2011
- Location_Table_for_Points Description: [[TermDesc::This table describes the Station Point Data location dimension. It contains at least loc_code, lat and lon columns2 KB (302 words) - 13:01, September 6, 2010
- of surface weather parameters. Currently, there are about 1,200 SURF_MET stations over the US recording weather data every minute. The SURF_MET dataset is2 KB (217 words) - 10:03, April 18, 2013
- information about the server WCS_Wrapper_Configuration_for_Point_Data: How to serve SQL-based point data. WCS_Wrapper_Configuration_for_Cubes: How to serve35 KB (5,236 words) - 12:07, July 29, 2012
- Rudolf Husar Kari Hoijarvi WCS 1.1.2 Point Station, Grid Distributor NILU Aasmund Vik Paul Eckhardt WCS 1.1.2 Point Station770 bytes (67 words) - 15:17, September 13, 2011
- contains meteorological data, descriptive information about each monitoring station (including its geographic location and its operator), and data quality assurance/quality14 KB (179 words) - 11:13, December 4, 2021
- Back to WCS Access to netCDF Files This is an example on how to serve Station-Point data through WCS data access protocol. The basis of the use case is the13 KB (1,716 words) - 10:05, September 19, 2012
- Aerosol | Platform: Network | Instrument: No Instrument | Method: Point | Type: POINT | Periodicity: HOUR | GeoRange: US | Time Period: HIST Key Use: No927 bytes (83 words) - 13:55, January 24, 2008
- Air Quality Management in Lagos (category StationDoc)monitoring NEEDS NOx, PM10, CO CO2, SO2, VOC Description of Document: Power Point435 bytes (57 words) - 16:41, October 21, 2009
- Aerosol | Platform: Network | Instrument: No Instrument | Method: Point | Type: POINT | Periodicity: DAY | GeoRange: US | Time Period: REALTIME Key Use:19 KB (142 words) - 11:13, December 4, 2021
- [[DataSystemDataSets::* AIRNow ground stations hourly Ozone and PM2.5 measurements. North America, 2003-present. AQS ground stations hourly and aggregated Ozone8 KB (1,219 words) - 13:30, September 5, 2014
- Questions and Comments about CF-1.6 Station Data Convention (section Station Data at Datafed with CF 1.5 draft)00:00:00" ; float lon(station) ; long_name = "station longitude"; units = "degrees_east"; float lat(station) ; long_name = "station latitude" ; units = "degrees_north" ;12 KB (1,546 words) - 16:43, April 23, 2012
- Meteor | Platform: Network | Instrument: No Instrument | Method: Point | Type: POINT | Periodicity: HOUR | GeoRange: GLOB | Time Period: REALTIME Key Use:1 KB (51 words) - 09:40, April 18, 2013
- to have the following advantages: It is geared toward point observations from monitoring stations and not at a complete geographic coverage. It addresses20 KB (3,141 words) - 09:56, July 4, 2011
- In AComServ, WCS for transferring ndim grid and point-station data; WFS for deliver monitoring station descriptions. Issue: WMS interface for preview;10 KB (1,293 words) - 08:55, August 30, 2011
- Interoperability (section WCS_MapPoint)include point data access GetPoint(/), and data packaging. The chaining and the wrapper code for this service is the same as that to the MapPoint. Function:8 KB (1,256 words) - 13:03, November 28, 2008
- selection of the station for the time series is accomplished either by choosing from the station list box or clicking on the station in the map view. The43 KB (5,373 words) - 11:21, December 4, 2021
- Comm. Server Other OGC Protocol(s) : WFS 2.0 for Station Description Data Types Served : Point Station Data in Catalog Data Registered, Description : This4 KB (504 words) - 08:38, September 8, 2011
- Speciation Trends Network (STN) and State, Local and Tribal air monitoring stations (SLAMS). The Database was originally made available in association with5 KB (698 words) - 13:27, May 21, 2008
- those two it is possible to deliver complete metadata of a station network. Typical station network looks like 2D, but is in reality 1D. In cube data,6 KB (760 words) - 23:07, August 23, 2011
- Speciation Trends Network (STN) and State, Local and Tribal air monitoring stations (SLAMS). The Database was originally made available in association with1 KB (104 words) - 09:53, July 4, 2011
- contain conventions for cube data and 1.5 contains some station data. Unofficial CF-1.5 contains point data encoding. Expired certificate, add security exception2 KB (312 words) - 16:41, April 23, 2012
- description from original metadata too long? For this dataset the dataset point of contact are people (i.e. the scientist) not an organization. Do we modify13 KB (1,353 words) - 13:36, December 15, 2009
- single data point is checked against predetermined standards (such as range checks) point-to-point evaluation, whereby a single data point is compared33 KB (4,946 words) - 16:26, June 25, 2014
- Feature Access (SFA) specification). The meaning and order of values for each point's coordinates depends on the coordinate reference system (CRS). The ACDD35 KB (944 words) - 10:12, September 5, 2023
- start planning immediately for a necessary minimum of satellites, ground stations and routine aircraft programmes, with the required modelling support, to19 KB (2,648 words) - 15:07, October 20, 2009
- created such filters, but so far they are outside the standard Delivery of station-point data Issue: use WCS or WFS, Combination of both/which combination? Issue:5 KB (666 words) - 00:57, September 6, 2011
- netCDF-CF Coverage Processor for Points This component reads a subset of Station Point Data out of an SQL database. It gets the requested coverage from the618 bytes (5 words) - 09:53, October 8, 2021
- exactly where and how to acquire data via in-situ sensing efforts is a crucial point in the science process where environmental research is concerned. Decisions19 KB (2,521 words) - 13:55, March 28, 2016
- variables: char station_code(station, station_code_length) ; table_name = "station"; primary_key = "T"; float lon(station) ; table_name = "station"; float lat(station) ;14 KB (1,883 words) - 12:39, September 1, 2011
- quantitiy without its representation predefined values: satellite, surface station, sonde, aircraft, model, emission (/!\ CHANGED) -- check common data model;3 KB (325 words) - 10:44, October 20, 2011
- Use of netCDF and other data formats Gridded data service through WCS Station-point data service (SQL) Data server performance issues/solutions; Server co-development17 KB (2,368 words) - 10:22, July 28, 2012
- types. The three main data types in DataFed are point, grid, and seqimage, shown pictorially in Fig.4. Point data arise from monitoring sites at fixed geographic12 KB (953 words) - 14:35, June 18, 2006
- (level 2 and level 3) working on spatial tools that will do point to point, point to swath, point to grid, and swath to grid he could introduce tool and give3 KB (422 words) - 15:10, November 4, 2014
- | Participants | Discussion 2013-04-10: EventSpace cleaned up 2009-08: Station Fire Updates 2009-08: Fire Started Event Info | What's New | Data | Analysis6 KB (276 words) - 10:18, April 10, 2013
- 1990-01-01" This is begin revised in unofficial Point Observation Conventions. The conventions describe how to code point and and trajectory data into a netCDF file9 KB (1,294 words) - 16:32, April 23, 2012
- monthly mean for that station exceeded five standard deviations. Addi- tional values were flagged based on differences with nearby stations; in this case, metrics12 KB (1,824 words) - 19:30, January 31, 2015
- minute) Horizontal Coverage: Point - above top of the atmosphere Horizontal Sampling: Point - don't need more than one point Vertical Coverage: Top of Atmosphere10 KB (1,540 words) - 07:53, May 15, 2011
- understood by THREDDS (this is a THREDDS "dataType"). One of point, profile, section, station, station_profile, trajectory, grid, image, or swath. Please note20 KB (2,763 words) - 14:02, January 5, 2015
- Community Server Other OGC Protocol(s) : WFS, WMS Data Types Served : Point Station, Grid Data in Catalog Data Registered, Description : This is a subset1 KB (100 words) - 06:09, September 7, 2011
- consists of 342 operating stations covering 127 cities/towns in 26 states and 4 Union Territories of the country. All these stations monitor Sulphur Dioxide13 KB (1,942 words) - 05:59, June 10, 2009
- server was implemented at NILU to test the methodology for accessing point monitoring-station monitoring data. The Pilot Network also included the NEISGEI server13 KB (1,925 words) - 20:15, May 28, 2013
- being collected. Will cameras be utilized at the site? Where is broadband point of presence (POP) located? Does equipment work with required bandwidth? More19 KB (2,584 words) - 11:20, April 24, 2014
- to Glossary | Edit with Form Point_Data_Example Description: [[TermDesc::This is an example how to create a Station Point WCS Service. It shows how to1 KB (178 words) - 13:34, September 6, 2010
- chemical model validation be initiated using the 350 station aerosol chemistry data and the 600 station surface ozone monitoring data over the US. Within32 KB (4,599 words) - 09:52, September 13, 2010
- Telemetry, LoRa or cell chip? Distributed stations to gateway to internet Several stations (5) and at each station there is a different component of research178 KB (26,773 words) - 10:47, November 1, 2023
- temporal aerosol pattern on satellite images as well as the time series of point samplers. Once an ‘interesting’ event appears at any of the pages of the5 KB (803 words) - 19:17, January 28, 2008
- production. To make it operational, no funding until Oct. 5. Work connection for point data, netCDF files (hourly, single cube, virtual identifier), authentication5 KB (730 words) - 09:59, August 25, 2011
- Points Description: [[TermDesc::This processor extracts a subset of station point data from a data source that cannot be turned into a service by just1 KB (154 words) - 09:29, September 6, 2010
- In AComServ, WCS for transferring ndim grid and point-station data; WFS for deliver monitoring station descriptions. Issue: WMS interface for preview;4 KB (337 words) - 04:07, July 28, 2011
- example ""H.5. A single timeseries with time-varying deviations from a nominal point spatial location"", recommends the use of coordinate variables LATITUDE and4 KB (567 words) - 06:42, January 27, 2023
- co-developing a WCS server for gridded (model, satellite, emission) and point-station data with special consideration to AQ applications. CF-netCDF plays a1 KB (137 words) - 03:56, July 19, 2011
- the WRAP in 2005 to serve as the foundational architecture and starting point for the development of the WRAP’s Technical Support System (TSS), a high-level23 KB (2,526 words) - 16:05, June 29, 2010
- essence of those discussions, I am now suggesting to move from the PowerPoint to the wiki as the channel of communication. This will relieve us from the16 KB (2,664 words) - 11:34, September 3, 2011
- WCS Wrapper About (section Adding Point Data)A lot of data in the world is anyway collected from stations distributed in randomly placed stations. While it's possible to interpolate such data into7 KB (936 words) - 15:35, December 6, 2010
- "making data matter," and this aspect will be addressed from a practical point of view in this session. Two efforts are underway to attempt to automate4 KB (645 words) - 08:10, July 11, 2008
- everyday basis, largely because that the huge amount of satellite data, station-based observations, and drought related statistical information are stored4 KB (712 words) - 15:18, October 28, 2013
- N-dimensional cubed data, but the OWS system extends this with Timeseries of Station Data, Point Data. Because there is no good way to describe the location table5 KB (654 words) - 17:32, December 14, 2010
- format, w/ definitions of parameters and fields Processing history (incl. Station location and changes) Data quality assessment Validation record, identification13 KB (1,946 words) - 02:59, July 19, 2012
- understood by THREDDS (this is a THREDDS "dataType"). One of point, profile, section, station, station_profile, trajectory, grid, image, or swath. Please note15 KB (2,086 words) - 13:55, January 5, 2015
- names (for things like pollutants/parameters, units of measure, time, and station/site identifiers). The WMO (world meteorological organization) and GEO may10 KB (1,631 words) - 13:04, November 28, 2008
- wiki which describes our implementation of a WCS service for grid and point-station data. http://wiki.esipfed.org/index.php/WCS_Service_Implementation_-_DataFed3 KB (509 words) - 06:19, December 20, 2007
- available data and information and making it available through one access point. AirQuest is an integrated air quality database including data from AQS,9 KB (1,185 words) - 11:41, February 7, 2008
- underlying bytes, and effectively break the ‘persistence’ of the identifier pointing to the data. This applies to metadata or packaging versions as well, and24 KB (3,663 words) - 12:13, April 22, 2014
- narrow profile or single point measure of the air column, complement the gridded NCEP prediction model output and the EPA ground station data are available from11 KB (1,465 words) - 06:42, July 28, 2012
- encountered by both data providers and users. The impediments from the user's point of view are succinctly stated in the report by Research, P.O.I.T.A.T.C.O55 KB (7,753 words) - 12:01, June 29, 2009
- be using standard interfaces including OGC WMS for image data and WCS for point and grid datasets. This universal access is accomplished by ‘wrapping’ the47 KB (7,201 words) - 12:06, August 12, 2008
- data at ground station locations Plot model 2d fields Plot time series of model vs. ground data Plot model vs. model data at ground station locations Plot5 KB (710 words) - 04:58, February 26, 2010
- National Research Council. Enhancing the Value and Sustainability of Field Stations and Marine Laboratories in the 21st Century. Washington, DC: The National13 KB (1,894 words) - 13:29, May 5, 2016
- traffic. In this particular study, ozone and NOX measurements from three stations of different settings (urban, semi-urban and rural)in the megacity of Istanbul8 KB (889 words) - 04:36, December 18, 2012
- data at ground station locations Plot model 2d fields Plot time series of model vs. ground data Plot model vs. model data at ground station locations Plot6 KB (777 words) - 11:18, February 26, 2010
- Android based tablet with OTG capability to run the software for the ground-station, so you can track battery levels, GPS, etc. in real time. Drone - hardware3 KB (547 words) - 16:27, July 12, 2015
- available. For a typical wind farm with no suitable long-term reference station, this can amount to savings of several million dollars for the project developer16 KB (2,288 words) - 11:14, June 29, 2011
- models (e.g. netCDF or relational SQL Tables); Extending the CF naming to point monitoring data; Refined definition of aerosol components (including size26 KB (3,564 words) - 13:24, October 5, 2011
- county, city location information, population, and emissions data for nearby point, area, and mobile sources. AER updates information in the HEI Database every47 KB (4,037 words) - 16:57, April 12, 2009
- they do track with DOIs and some they don’t. Bruce thought that was a good point, although this complicates the definition. Ruth confirmed the definitions38 KB (5,938 words) - 17:50, February 20, 2014
- very interesting and important point for further discussions including within the ESIP community. For example, station measurements such as meteorological13 KB (1,978 words) - 16:10, April 13, 2015
- and access point, the VMC primarily uses earth science data by serving it out others. However, one role of the VMC is to act as a central point of discovery104 KB (12,153 words) - 07:38, May 1, 2024
- and the new Microsoft (MS) Office 2007 versions of Word, Excel, and Power Point. In order to create and submit your application to Grants.gov, you must find210 KB (30,892 words) - 09:53, October 8, 2021