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ESPAS User`s Manual

1. 5 Click on the Project filter on the left to view all the options This filter defines the project that the instruments models are associated with check also the Project entries at the Browse ESPAS Metadata page Clicking on an option at the left the list of assets is updated at the right to reflect the selections You can choose the options for the project according to your preferences In the example below the DIAS project has been selected and at the right all the assets instruments and models that are associated with this project are presented Select your assets of interest by clicking the check boxes Search by assets Select Assets on the right Assets and their respective filter options that are not related to an observation are not displayed in this form For a complete list of all the Assets Instrument and Computations Platforms and Projects registered in ESPAS you can visit the Browse gt Metadata section Clear Filter by Assets v Asset Type Start typing to select options Select All Deselect All w Platform s Instruments a Project Athens Digisonde 4 Models Start typing to select options ARTIST Select All Deselect All DIAS Ne3D Lockwood Formula Electron Density Assimilative Model EDAM SIRM electronic Space Weather upper atmosphere SIRMUP eSWua TaD Topside Sounders Model assisted by Digisonde lt European Digital Upper Atmosphere Server DIAS Space Weather Application Cent
2. 2006 05 11T06 15 00Z National Observatory of Athens 4 372 2006 05 11T06 30 00Z National Observatory of Athens 4 372 2006 05 11T06 45 00Z National Observatory of Athens 4 573 2006 05 11T07 00 00Z National Observatory of Athens 4 4 2006 05 11T07 15 00Z National Observatory of Athens 4 505 2006 05 11107 ce 00Z National Observatory of Athens 4 462 2006 05 11T08 00Z National Observatory of Athens 5 223 2006 05 11788 00Z National Observatory of Athens 4 473 2006 05 11T09 00 00Z National Observatory of Athens 4 473 2006 05 11T10 45 00Z National Observatory of Athens 5 023 2006 05 11T111 30 00Z National Observatory of Athens 4 94 RARE Ae sere arian 9422009 mw o Mb r ass 7 In order to view download the data values in an XML click the XML option of the Get Data as drop down menu A extracted from Athens SAO 2015 07 24 13 54 36 COMPLETED Processing of sos request has completed Refresh Status Expiration Date 2015 08 23 13 54 36 Resubmit Request Get Data as Ea Get Plot Data as Ascii 8 The data values are presented in a new tab window of your browser in XML format that corresponds to the SOS response You can use the Save Page as of your browser to save this file locally on your computer Mozilla Firefox File Edit View History Bookmarks Tools Help j M https respon
3. Observed Property Feature Of Interest e g Electron Density e g Ionosphere Project a v E J observation Je f t pa Composite Process Result Individual a al mn d Organisation Pa prea Acquisition a a Instrument Platform Operation e g Athens Digisonde e g NOA Observatory for satelites 1 9 3 ESPAS Space Physics Ontology 1 In order to view information about ESPAS Data Model click on the Support ESPAS Space Physics Ontology menu item o E5pd5 near earch space daba infrastructure for e Scienc HOME SEARCH BROWSE ESPAS Policies SUPPORT About ESPAS Seal ESPAS Data Model Register ESPAS provides the following services your data in ESPAS 1 Metadata search by o Time O Assets Instruments and Models o Observed Properties For Data Providers o Observation Collections Gonak o Location 2 Download of Data Files News Announcements 3 Download of extracted parameters e The ESPAS Training Schoo will be held in Warsaw from 19th to 23rd October o Plots of extracted parameters 2015 See http www espas fp7 eu schoo for further details ESPAS is a data infrastructure facilitating access to observations models and predictions of the near Earth space environment extending from the Earth s atmosphere up to the outer radiation belts Access to a large number of repositories with heterogeneous data from ground and space in situ and remote sensors NEWS
4. Alouette 2 Electron Density Profiles rd Athens Digisonde SAO files autoscaled Bergen Magnetometer Data 1 6 5 Time Location 1 In order to perform a metadata search using as criteria the time and location click Search Time Location from the main menu You can also click Search and Download at the home page and then click the Location button under the Spatial temporal search header o ES5pDdS nan n 7 i ledi BalGH SPabe SEARCH BROWSE ESPAS Policies SUPPORT o mePeriod Search and Download Register penne observations collections files or data your data in ESPAS data 1 Metada from a large number of data providers o Time Observed Properties O Assets b f _ o Obsen Observation Collections o Obsen AL TEMPORA O Locati 2 Download News Announcements 3 Download orextracted parameters e The ESPAS Training School will be held in Warsaw from 19th to 23rd October o Plots of extracted parameters 2015 See http www espas fp7 eu school for further details ESPAS is a data infrastructure facilitating access to observations models and predictions of the near Earth space environment extending from the Earth s atmosphere up to the outer radiation belts Access to a large number of repositories with heterogeneous data from ground and space in situ and remote sensors Q 6 e 9 NEWS EVENTS PARTNERS DATA PROVIDERS The ESPAS Consortium Copynght 2012 This project has received funding from the European Uni
5. SEARCH BROWSE ESPAS Policies SUPPORT ESPAS Metadata J m D ESPAS provides the following ser ESPAS Space Physics Ontology arch and Download Register ations collections files or data your data in ESPAS h large number of data providers 1 Metadata search by ESPAS Supporting Vocabularies o Time o Assets Instruments and Models o Observed Properties o Observation Collections o Location 2 Download of Data Files News Announcements 3 Download of extracted parameters e The ESPAS Training School will be held in Warsaw from 19th to 23rd October o Plots ofextracted parameters 2015 See http www espas fp7 eu school for further details ESPAS is a data infrastructure facilitating access to observations models and predictions of the near Earth space environment extending from the Earth s atmosphere up to the outer radiation belts Access to a large number of repositories with heterogeneous data from ground and space in situ and remote sensors Q 6 e 9 NEWS EVENTS PARTNERS DATA PROVIDERS The ESPAS Consortium Copyright 2012 This project has received funding from the European Union s Seventh Framework Programme for research technological development and demonstration under grant agreement no 283676 2 The vocabularies browser is presented where you can navigate to all ESPAS supporting vocabularies by clicking at the vocabularies presented at the left column The hierarchy of the terms is presented at the left col
6. rvan ar aJ Computation Organisation e g IRI Model Acquisition A a gt Instrument Platform Operation e g Athens Digisonde e g NOA Observatory lor satelites The ESPAS metadata browser provides information for all the metadata that is registered in the ESPAS system grouped by the main concepts of the ESPAS Data Model Note that the metadata browser presents entities even if there are no observations related to them while in the search pages only the entities with related observations are presented For example suppose that an ESPAS data provider has registered the Instrument A in the ESPAS system but there are no observations related with this specific instrument in the system In this case the Instrument A will be visible in the metadata browser under the Instruments category but this instrument won t be presented at the Search Assets page 1 In order to browse the ESPAS metadata click on the Browse ESPAS Metadata menu item E5Pds SEARCH BROWSE ESPAS Policies SUPPORT ESPAS Metadata h ESPAS provides the following ser ESPAS Space Physics Ontology arch and Download Register ESPAS S ins oca tations collections files or data your data in ESPAS A AAA large number of data providers o Time O Assets Instruments and Models o Observed Properties Oo Observation Collections Location 2 Download of Data Files News Announcements 3 Download of extracted parameters e The ESPAS Training
7. Note also that the selection of an option automatically selects all its siblings in the hierarchy You can manually select or deselect the options by clicking the appropriate check boxes The definition of each filter is available at Support Glossary section You can select one or more options from each filter and use one or more filters at the same time Note that the OR relationship is implied among the options of the same filter and an AND relationship is implied between the filters If one selects the sounder and magnetometer as asset type then the assets of type sounder OR magnetometer is presented at the right A high level query could be represented as asset type sounder OR asset type magnetometer But if also the DIAS project is selected at the project filter then the assets that are of type sounder OR magnetometer AND also belong to the DIAS project are presented A high level query could be represented as project DIAS AND asset type sounder OR asset type magnetometer e Coda HOME BROWSE ESPAS POLICIES SUPPORT Current Selections Back Start New Search Search by assets Select Assets on the right Assets and their respective filter options that are not related to an observation are not displayed in this form For a complete list of all the Assets Instrument and Computations Platforms and Projects registered in ESPAS you can vis
8. Password Optional Confirm Password Optional a Affiliation Organisation Name NOA Country Greece Intended use of ESPAS data O Academic Commercial Comments E mail Address annacharisi gmail com Domain Academic Research AA Gal Gal GH oP abe MY ACCOUNT ESPAS Policies SUPPORT My Personal Info My Dataset File Downloads My Data Values Downloads Register Data Provider Manage Data Source 1 3 Register user In order the user to download data files or data values user registration and login to the ESPAS portal is required In order to register to ESPAS portal please follow the next steps 1 Click the REGISTER link located at the top right menu bar e E5Pds i SEARCH BROWSE ESPAS Policies SUPPORT ESPAS provides the following services Search and Download Register observations collections files or data your data in ESPAS 1 Metadata search by from a large number of data providers o Time O Assets Instruments and Models o Observed Properties Observation Collections Location 2 Download of Data Files News Announcements 3 Download of extracted parameters The ESPAS Training School will be held in Warsaw from 19th to 23rd October o Plots of extracted parameters 2015 See http www espas fp7 eu school for further details ESPAS is a data infrastructure facilitating access to observations models and predictions of the near Earth space e
9. See also the section 1 10 2 for a description of the possible sstatus values Then the download url 3 is provided Click on this url to download the data files Note that this url is valid until the expiration date 2 Afterwards the request is expired and you cannot download the data files You can resubmit the request to get the same data files At the right 4 there are the buttons to refresh the status of the request to cancel it or resubmit it Click on the appropriate button according to your need At the bottom 5 click on the View more link to see information about your request A SAO files May 2006 2015 07 16 12 18 40 COMPLETED I Refresh Status Expiration Date 2015 08 20 12 18 35 Cancel Request Download URL https www es pas fp7 eu portal myAccount downloadBundle djobld J SEL os EE 2 380531404454021558 amp user annacharisi yahoo com Provider National Observatory of Athens COMPLETED Expiration Date 2015 08 20 12 18 35 Download URL https Wwww es pas fp eu portal myAccount downloadBundle djobld 2 380531404454021554 amp user annacharisi yahoo com amp provider httpv resources es pas fp eu provider noa View more 4 The query options of your request are presented In this example the query options of the request are Observation Collections Athens Digisonde SAO files autoscaled AND Time Periods from 2006 05 10 to 2006 05 10 00 00 23 59 UTC Clicking on the View
10. ontology espas fp7 eu unit MHz h F2 http ontology espas fp7 eu unit km 2006 05 11703 30 00Z Mational Observatory of Athens 1 31 43 2006 05 ee 45 00Z National Observatory of Athens 1 71 4 2006 05 11T04 00 00Z National Observatory of Athens 1 81 2006 05 e 15 00Z National Observatory of Athens 1 91 2006 05 11T04 30 00Z National Observatory of Athens 1 91 2006 05 11T04 45 00Z National Observatory of Athens 2 16 4 2006 05 11T05 00 00Z National Observatory of Athens 2 61 2006 05 11T06 00 00Z National Observatory of Athens 2 61 2006 05 11T06 15 00Z National Observatory of Athens 3 16 2006 05 11T06 30 00Z National Observatory of Athens 3 21 2006 05 11T07 15 00Z National Observatory of Athens 3 36 2006 05 11T07 30 00Z National Observatory of Athens 3 41 4 2006 05 11T08 00 00Z National Observatory of Athens 3 51 2006 05 11T10 00 00Z National Observatory of Athens 3 66 2006 05 11T15 00 00Z National Observatory of Athens 2 96 2006 05 11T15 30 00Z National Observatory of Athens 2 81 2006 05 11T15 45 00Z National Observatory of Athens 2 21 43 aoe 05 11T16 00 00Z National Observatory of Athens 2 01 43 006 05 11T16 45 00Z National Observatory of Athens 2 06 co 05 11T17 00 00Z National Observatory of Athens 1 91 4 2006 05 12T03 45 00Z National Observatory of Athens 1 91 2006 05 12T04 00 00Z National Observato
11. 2006 05 11T07 00 00Z 6 105 2006 05 11T07 15 00Z 6 325 2006 05 11T07 30 00Z 6 775 2006 05 11T07 45 00Z 7 15 2006 05 11T08 00 00Z 7 075 2006 05 11T08 15 00Z 7 375 2006 05 11T08 30 00Z 7 8 2006 05 11T08 45 00Z 7 95 2006 05 11T09 00 00Z 7 963 2006 05 11T09 15 00Z 7 95 2006 05 11T09 30 00Z 7 75 2006 05 11T09 45 00Z 7 15 2006 05 11T10 00 00Z 6 85 2006 05 11T10 15 00Z 6 65 2006 05 11T10 30 00Z 4 5 2006 05 11T10 45 00Z 6 225 2006 05 11T11 00 00Z 6 5 2006 05 11T11 15 00Z 6 85 2006 05 11T11 30 00Z 7 113 2006 05 11T11 45 00Z 7 925 2006 05 11T12 00 00Z 8 5 2006 05 11T12 15 00Z 9 0 2006 05 11T12 30 00Z 9 325 2006 05 11T12 45 00Z 9 675 2006 05 11T13 00 00Z 9 525 2006 05 11T13 15 00Z 9 012 2006 05 11T13 30 00Z 8 575 2006 05 11T13 45 00Z 8 405 2006 05 11T14 00 00Z 8 525 2006 05 11T14 15 00Z 8 525 2006 05 11T14 30 00Z 8 525 2006 05 11T14 45 00Z 8 725 7 5 2006 05 11T16 30 00Z 7 35 2006 05 11T16 45 00Z 7 35 2006 05 11T17 00 00Z 6 75 2006 05 11T17 15 00Z 6 3 2006 05 11T17 30 00Z 6 0 6 0 2006 05 11T19 30 00Z 5 85 2006 05 11T19 45 00Z 5 9 2006 05 11T20 00 00Z 5 85 2006 05 11T20 15 00Z
12. 5 15 2006 05 11T20 30 00Z 5 55 2006 05 10T19 45 00Z 5 35 2006 05 10T20 00 00Z 5 4 2006 05 10T20 15 00Z 5 3 2006 05 10T20 30 00Z 5 2 2006 05 10T20 45 00Z 5 2 2006 05 10T21 00 00Z 2006 05 11T01 00 00Z 4 0 2006 05 11T01 15 00Z 3 9 2006 05 11T01 30 00Z 3 85 2004 05 11T01 45 00Z 3 8 2006 05 11T02 00 00Z 3 7 2006 05 11T02 15 00Z 2006 05 11T15 00 00Z 8 9 2006 05 11T15 15 00Z 8 95 2006 05 11T15 30 00Z 8 6 2006 05 11T15 45 00Z 8 9 2006 05 11T16 00 00Z 8 4 2006 05 11T16 15 00Z 2006 05 11T17 45 00Z 6 15 2006 05 11T18 15 00Z 5 7 2006 05 11T18 30 00Z 6 2 2006 05 11T18 45 00Z 5 9 2006 05 11T19 00 00Z 5 7 2006 05 11T19 15 00Z 9 In order to view a plot of the data values click the Linear plot option of the Get Plot Data as drop down menu a extracted from Athens 540 2015 07 24 13 54 36 COMPLETED Processing of sos request has completed Refresh Status Expiration Date 2015 08 23 13 54 36 Resubmit Request B Get Data as Ea Get Plot Data as gt Linear plot h View more 10 The plot of the downloaded data values open in a new pop up window You can select any are to zoom ESPAS Request extracted from Athens SAO 2015 07 24 13 54 36 select any area to zoom Data source National
13. ESPAS Sa Click here to access ESPAS Project platform ESPAS aims at building the e Infrastructure necessary to support ESPAS Training School the access to observations the modeling and prediction of the Ea Lote ed near Earth space environment extending from the Earth s en atmosphere up to the outer radiation belts ESPAS interface will a ESPAS Training school ESPAS Training School provide access to more than 40 data repositories containing Near Earth Space Data E i Infrastructure for e Science The ESPAS Training School will heterogeneous data from ground and space in situ and remote httpJwww espas 1p7 eu be held in Warsaw 19th to 23rd sensed developed for the needs of different users To achieve this Ischool 19th 23th October October 2015 main goal the following detailed objectives are addressed Monday Friday 2015 Space Research Centre of the Polish Academy of Sciences Warsaw The infrastructure must integrate heterogeneous data from Poland The ESPAS Consortium is http www espas fp7 eu school multiple providers To do so it must establish policies on pleased to announce the ESPAS identification access availability quality sharing and re use of Training School which will be held in i a Warsaw from 19th to 23rd October the data or metadata of the participating content providers a aaa e The infrastructure must enable data access across multiple Students and Young Sc ESPAS Ontology data sources each one focus
14. EVENTS PARTNERS DATA PROVIDERS The ESPAS Consortium Copyright 2012 This project has received funding from the European Union s Seventh Framework Programme for research technological development and demonstration under grant agreement no 283676 2 The ESPAS space physics ontology page provides a general overview of the ontology that has been developed for ESPAS A link is provided at the end of this page for the detailed documentation of the ESPAS space physics ontology LOG IN REGISTER ESPAS Project Contact Us o t i Pd i near earth space daba infrastructure For e scienci HOME SEARCH BROWSE ESPAS Policies SUPPORT IN THIS SECTION ESPAS Space Physics Ontology About ESPAS ESPAS Data Model Synopsis The ESPAS data portal manages a vocabulary of Space Physics keywords that can be used to narrow down data searches to observations of specific physical content Such content targeted search is provided by ESPAS in addition to the commonly practiced selection by time and location This document is a user guide to the ESPAS data search capabilities based on the ESPAS Space Physics concepts Glossary For Data Providers ESPAS Space Physics Ontology is the cornerstone of the data search functions that are specific to ESPAS domain Contact Us Introduction Data Model versus Domain Ontology Concepts of Data Model and Ontology are used interchangeably in the escience community In ESPAS we draw a distinction between 0
15. IN THIS SECTION Glossary About ESPAS ESPAS Data Model ESPAS Space Physics Ontology Acquisition Corresponds to the process component that interacts with the feature of interest sampling feature to provide a result It involves the use of an Instrument which is mounted on a Platform that may have an Operation for satellites aircrafts Asset Corresponds to an Instrument or a numerical Model or other software that was used to generate the For Data Providers observation Contact Us Component For vector properties it describes which of the three components is provided in the data only in those cases when observation does not specify the vector property in full Typical components are X Y Z The Component has to be accompanied by a suitable description of the Coordinate Reference System Crs It takes values from the Component controlled vocabulary Composite Observed Property Describes the group of simple observed properties whose values are estimated in the course of an observation It takes values from the Composite Observed Property controlled vocabulary Composite Process Represents the process that consists of more than one components of type Acquisition or Computation Compressed Representation Describes the formalism of compressed representation of voluminous or complex 3D 2D and 1D data Typical examples are spherical harmonics for 2D maps on the sphere truncated Fourier transforms harmonics for diurnal time series Em
16. If you hover the mouse pointer over a specific observed property a pop up window presents its description If you are happy with the list of observed properties presented at the right select the ones you want to be included in your metadata query by clicking the check boxes Otherwise you can use the other filters Measurand and or Qualifier Search by observed properties Filter by a Phenomenon Start typing to select options Select All Deselect All Electron Neutral Particle a Photon Optical af Wave 4 Electromagnetic Wave Plasma Wave v Weasurand Select Observed Properties onthe right Filter wit Clear Observed Properties Start typing to select options Select All Deselect All Minimum frequency of Reflections from Plasma Layer fmin Minimum frequency of ionospheric reflections in E region fminE Minimum frequency of ionospheric reflections in Es layer fminEs Minimum frequency of ionospheric reflections in F region fminF Auroral particle Elayer Critical Frequency foEa E layer Critical Frequency foE E layer X Mode Critical Frequency fE E layer Z mode Critical Frequency fzE Es layer Blanketing Frequency fbEs Es layer Critical Frequency foEs Fl layer Critical Frequency foF1 F2 layer Critical Frequency for Qualifier F2 layer X Mode Critical Fr F2 layer Critical Frequency foF2 l SA e e e The ordinary wave amical frequency of he highest Stati
17. Personal Info ESPAS provides the following services Search and Downlo MyDataset File Downloads ister observations collections files dt Vil SS a in ESPAS 1 Metadata search by from a large number of data pr AAA o Time Assets Instruments and Models Observed Properties Observation Collections o Location 2 Download of Data Files News Announcements 3 Download of extracted parameters The ESPAS Training School will be held in Warsaw from 19th to 23rd October o Plots of extracted parameters 2015 See http www espas fp7 eu school for further details ESPAS is a data infrastructure facilitating access to observations models and predictions of the near Earth space environment extending from the Earth s atmosphere up to the outer radiation belts Access to a large number of repositories with heterogeneous data from ground and space in situ and remote sensors Q t 9 NEWS EVENTS PARTNERS DATA PROVIDERS 2 Update your personal information name password organisation name domain country the intended use of ESPAS data comments and click Submit Note that the fields marked with an asterisk are mandatory If you want to become an ESPAS data provider and you have already contacted ESPAS administrator via the Contact Us page check the box Check if you are a data provider administrator The ESPAS administrator will review your request and upgrade your user status to become a data provider As a data pro
18. Personal Info i i i My Dataset File View all the your data download requests date time stamped Click on each to view more detailed information query status progress as y i Downloads well as a set of possible actions on the data plots etc My Data Values Downloads Sort by Date v v Cluster1 electron density 2015 07 09 22 41 41 v extracted Parameters 2015 07 13 12 21 26 v fof2 2015 07 13 15 22 46 v extracted from Athens SAO 2015 07 24 13 54 36 3 If you want to check the status of a download request or view more information about it click on the name of a specific request In the following example the information about the download request with name extracted from Athens SAO that was submitted on 2015 07 24 13 54 36 local time is presented The status of the request is shown 1 which is completed in this example along with the expiration date 2 See also the section 1 10 3 for a description of the possible status values Then there is the Get Data as drop down menu 3 that provides access to the data values ascii and xml format and also the Get Plot Data as drop down menu 4 that provides a plot of the data values Note that these menus are valid until the expiration date 2 Afterwards the request is expired and you cannot view download plot the data values You can resubmit the request to get the same data values At the right 4 there are the buttons to refr
19. Schoo will be held in Warsaw from 19th to 23rd October o Plots of extracted parameters 2015 See http www espas fp7 eu school for further details ESPAS is a data infrastructure facilitating access to observations models and predictions of the near Earth space environment extending from the Earth s atmosphere up to the outer radiation belts Access to a large number of repositories with heterogeneous data from ground and space in situ and remote sensors Q E 4 Q NEWS EVENTS PARTNERS DATA PROVIDERS The ESPAS Consortium Copyright 2012 This project has received funding from the European Union s Seventh Framework Programme for research technological development and demonstration under grant agreement no 283676 2 The metada browser is presented where you can navigate to all ESPAS metadata by clicking at the main categories ESPAS data model concepts that are presented on the left column Clicking at a specific instance on the left detailed information for this entity are presented on the right side e E5Pds BROWSE HOME SEARCH Navigate in ESPAS Start typing to select options Data Providers Individuals Organisations Platforms Projects Instruments Operations Computations Acquisitions Composite Processes Observation Collections ESPAS Policies Navigate in data providers information accessible via ESPAS platforms projects instruments models collections etc SUPPORT ESPA
20. according to the data model The actual entries into the ESPAS system are accomplished by inserting valid XML files following the ESPAS standards into the system There are two kinds Static entries describing your institute sites instruments data processing and so on Individuals Organisations Platforms Projects Instruments Operations Computations Acquisitions Composite Processes and Observation Collections It is not necessary to explicitly create XML files since these entries can all be created through the ESPAS portal e Observation entries These describe each measurement There are two ways of adding Observations O astatic entry containing information on start of measurements and intervals between measurements O dynamic observation entries one for each experiment e g one per day or one for each run in case of irregular operation These are harvested through the ESPAS Catalogue Service Wrapper ESPAS project RegistrationTool mbr Crget trat eres Pet Sarees Pres mt srerts TU E peel alton wr pee 2 pea dde M reves Cowie other Cabe tr 1 9 6 Contact Us 1 In order to contact ESPAS administrator click on the Support Contact Us menu item o E5Dd5 near earch space daba infrastructure For e scienc SEARCH BROWSE ESPAS Policies SUPPORT About ESPAS ESPAS provides the following services Seal ESPAS Data Model Register observat your data in ESPAS 1 Metadata search by froma
21. clicking the Seach and Download button at the home page gt ESPd5 HOME SEARCH BROWSE ESPAS POLICIES SUPPORT MY ACCOUNT Progressive Search LINO Time Period Observation Collections Click here to see a video tutorial Spatial temporal Search i S o y QA POD e RN e fete RO e e ZN A 0 9 Da ae DD ELL Location vo Click here to see a video tutorial 1 6 1 Time Period 1 In order to start a metadata search progressive search using as the first criterion the time period click Search Time Period from the main menu You can also click Search and Download at the home page and then click the Time Period button e E5Pds SEARCH BROWSE ESPAS Policies SUPPORT ESPAS provid MAMMA h Search and Download Register Assets observations collections files or data your data in ESPAS 1 Metadata from a large number of data providers o Time Observed Properties Assets o Obsell Observation Collections o Obsen O Locatit 2 Download Time Location News Announcements e The ESPAS Training School will be held in Warsaw from 19th to 23rd October 2015 See http www espas fp7 eu school for further details 3 Download of extracted parameters o Plots of extracted parameters ESPAS is a data infrastructure facilitating access to observations models and predictions of the near Earth space environment extending from the Earth s atmosphere up to the outer radiation belts Access to a
22. e CoPdo ESPAS User s Manual July 2015 Contents Table of Contents Contents o Tata LSESPAS Portales sas riada A A A A A eeacerecase 4 BALOS MM ts cas a E a E E E E 5 12 Forgot PASS WO E O 7 eS ROIS OL SET ii EE O A AE 10 LAE ES PAS PrO eC ios 12 Lo COn CL aa A on oa 13 LO Search MENU viar a EA T E E E T T ETA 15 DG Eme PeO nenea id 17 De a2 PASSES urera a a EA canted A E atone aiteeceteeeackey auoweoanianes 19 KOS OBSserved Properes srr a sie stick Caleta sen O Cale ee MEA eta aad 23 1 6 4 OBseryvation Cole cuota 27 AA det staxsedt senses axtbarsicenaern 32 E ELO WS O A oa 33 ES PAS Metadata oda 33 L722 ESPAS Space PHYSICS Ontol py ni ias 37 EAS ES RAS Upporting VOCADULAFIES sieas e E E T 40 16 ESPAS Policies Mona 43 LSI UD POUL A A O O O A A eee daeada date 45 Lal ADOUL ES PINS an 45 132 ES PAS Data Mode 46 IOS ESPAS Space PHYSICS OM O1O BY ia iia 47 ACOSO ee 48 LIS FOr Data PLONE AS 49 OT 51 RTM Account men errr an TR A T E 99 t10 L My Personal Informatio 5s vies tonsacsu dig nddescovsiisw O wisenovsxesw veal eee reguenecee 99 110 2 My Dataset Elle DOWN ddS iaa 55 1 10 33 My Data Values DOwWwnlO9ddS una k a ET 59 EIEN GG ota 65 LIZ TEV CUS A E E E EE 66 Be Wie MMe ANT oeae E A EA A O AEO mt O 67 TTA Ala POV OCES raised 68 2 Metadata S CaP e 69 ZV A A A ON 69 23M Location SEMA 69 De DoONnl0ad or Data EOS sli 69 4 Downl ad f Da e doo e a 69 1 ESPAS Portal The ESPAS Portal has been developed in the
23. free of charge to any person obtaining a copy of this software and associated documentation files the Software to use copy and modify the Software subject to the following conditions The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software and the IRI Working Group should be acknowledge in scientific papers that make use of the Software and the scientific paper describing the specific version of the IRI model should be referenced Creative Commons Attribution NonCommercial ShareAlike This license lets others remix tweak and build upon your work non commercially as long as they credit you and license their new creations under the identical te rms ULEIC University College London 1 9 Support menu The support menu provides supporting information to the user and data provider regarding the ESPAS portal and its basic components the ESPAS data model and the ESPAS space physics ontology It is highly suggested the users and data providers of ESPAS to read this material beforehand in order to understand the concepts and terms used in ESPAS portal and how these terms are used for the metadata searches This will facilitate their interaction with ESPAS portal and maximize their potentials to perform queries for observations that satisfy more complex criteria Moreover the glossary page gives the definitions for all the terms that are used in the ESPAS port
24. is expired and you cannot view download plot the data values Pending the request is in a pending state and an appropriate message is displayed You should wait until the status becomes Completed If this takes too long you can cancel the request and resubmit it Expired the request has expired The url to download the data files is not available any more You can resubmit the request to get the files again Failed the request has failed and the reason of failure is presented You can resubmit the request Unknown The request is in unknown status You should contact the ESPAS administrator Home Page Contact Us e refresh the status You can refresh the status of a request that is in a submitting pending or running status e resubmit the request You can resubmit a request that has expired or failed 1 In order to view the history of your data values download requests click My Account My Data Values Downloads from the main menu o ESDd5 near earth space dal SEARCH BROWSE ESPAS POLICIES SUPPORT MY ACCOUNT My Personal Info ESPAS provides the following services Search and Downlo MyDataset File Downloads ster observations collections files a in ESPAS 1 Metadata search by from a large number of data p My Data Values Downloads o Time Assets Instruments and Models Observed Properties Oo Observation Collections Location 2 Download of Data Files News Announcements 3 Download of e
25. long to get completed or you realized that you made a mistake in the query parameters e resubmit the request You can resubmit a request that is in a expired failed or canceled status 1 In order to view the history of your dataset file download requests click My Account gt My Dataset File Downloads from the main menu SEARCH BROWSE ESPAS POLICIES SUPPORT MY ACCOUNT My Personal Info ESPAS provides the following services Search and Downloa eea E ster observations collections files My Date Values D di in ESPAS 1 Metadata search by from a large number of data pr EEN ASS o Time Assets Instruments and Models Observed Properties Observation Collections O Location 2 Download of Data Files News Announcements 3 Download of extracted parameters e The ESPAS Training School will be held in Warsaw from 19th to 23rd October o Plots of extracted parameters 2015 See http www espas fp7 eu school for further details ESPAS is a data infrastructure facilitating access to observations models and predictions of the near Earth space environment extending from the Earth s atmosphere up to the outer radiation belts Access to a large number of repositories with heterogeneous data from ground and space in situ and remote sensors Q a A DATA PROVIDERS NEWS EVENTS PARTNERS 2 A list of all your download requests is presented in chronological order oldest first The name of the request is the name
26. observation collections that contain the observations that satisfy the query criteria Then the user can proceed to download data files originating to the ESPAS data providers The data files Note that user registration and login to ESPAS portal is required for this service 3 Download of data values The result of a metadata search is a list of the observation collections that contain the observations that satisfy the query criteria Then the user can request to download data values from specific observed properties as extracted from the data files A subset of the observed properties is available for download as extracted data values After a data value download request the user gets as a result a text file in txt or XML format that contains the values of the selected observed properties Note that user registration and login to ESPAS portal is required for this service o Plot of the data values After a data value download request the user can view or download a plot that presents the values of the selected observed properties All the data in ESPAS portal are provided by the ESPAS Data Providers The ESPAS Data Providers are special users of the ESPAS portal that have some added functionalities comparing to a user of ESPAS e g register metadata This manual presents a description of the ESPAS portal and its functionalities with examples and screen shots for the user 1 1 Home page The home page of the ESPAS Portal is pre
27. or vertical ionosonde are presented If you are happy with the list of assets presented at the right select the ones you want to be included in your metadata query by clicking the check boxes Otherwise you can use the other filters Platform and or Project Search by assets Select Assets on the right er wit e le Assets and their respective filter options that are not related to an observation are not displayed in this form For a complete list of all the Assets Instrument and Computations Platforms and Projects registered in ESPAS you can visit the Browse gt Metadata section Clear Filter by Assets Asset Type Start typing to select options Select All Deselect All Start typing to select options Ss Select All Deselect All GNSS Dual Frequency Receiver ee E Alouette 2 Topside Sounder 4 Radar y ara Incoherent Scatter Radar Digisonde 4 Y Sounder ElS Athens Digisonde Athens Digisonde is an ionospheric station produced by Lowell Digisonde International capable of making Git measurements of the overhead jonosphere and provides EIS 4 Y lonosonde V Vertical lonosonde real time on site processing and analysis to characterize radio A ISI Signal propagation in support of communications or Passive Remote Sensing Instrument 7 surveillance operations and enhance ionospheric research ISIE efforts Athens Digisonde is installed in Palaia Penteli 38 03 lat 23 52 lon Athens Digisonde data can be accessed Ro
28. search menu and then continue with any other to filter further your results This means that at each step the available options that are presented are filtered by the previous selections For example if the Athens Digisonde has been selected in the Assets page and then you click on the Observed Properties page only the observed properties that are related with the Athens Digisonde instrument will be available for selection You can submit your query at any stage of the progressive search Moreover the Assets Observed Properties and Observation Collections search pages are enriched with some extra filters presented at the left that can be used to narrow down or facilitate your selection of the entities presented at the right The definition of each filter is available at Support Glossary section You can select one or more options from each filter and use one or more filters at the same time Note that the OR relationship is implied among the options of the same filter and an AND relationship is implied between the filters For example in the Assets search page there are the filters assets type platform type and project If one selects the sounder and magnetometer as asset type then the assets of type sounder OR magnetometer are presented at the right A high level query could be represented as asset type sounder OR asset type magnetometer But if also the DIAS project is selected at the project filter then the assets that are of
29. type sounder OR magnetometer AND also belong to the DIAS project are presented A high level query could be represented as project DIAS AND asset type sounder OR asset type magnetometer At the top part of each of the Search pages there is the Current Selections area where the current selected criteria by the user are presented For example the time period from 2013 01 01 00 00 to 2013 31 01 23 59 UTC and the Athens Digisonde has been selected so far in the picture below At the right there are the buttons B that link to the remaining search criteria in order to continue building your query The buttons for the criteria that have already been selected are deactivated Below these buttons there is the Back button C that returns you in the previous selected criteria to refine your selection But note that in that case your selections for the current criterion will be lost You can submit your query anytime by clicking the Submit button D If you want to start a new search click the Start New Search link E below the Submit button HOME SEARCH BROWSE ESPAS POLICIES SUPPORT MY ACCOUNT Current Selections Time Periods 2013 01 01 00 00 2013 01 31 23 59 00 00 23 59 UTC Assets Athens Digisond jon Collections Start New Search You can start a metadata query by selecting any of the criteria time period assets observed properties observation collections and time location using the Search menu main menu or by
30. you have defined during the submission of the request see also section 3 Download of data files Inside the parenthesis the local time of the submission is presented You can sort the requests by submission date or name 1 by clicking on the appropriate option of the Sort by drop down menu Moreover you can use the search box filter 2 to search for requests with a specif name or date HOME SEARCH BROWSE ESPAS POLICIES SUPPORT MY ACCOUNT My Dataset File Downloads My Personal Info My Dataset File Check out your download requests They have atime stamp of the request Just click on a request to see its progress information about it z Downloads and a list of download URLs if it is completed My Data Values Downloads Sort by Date g v Alouette 1 2015 07 09 22 59 25 v Athens SAO files 2015 07 09 23 00 33 wt 2015 07 13 12 19 13 v SAO files 2015 07 13 12 21 08 w sao 2015 07 13 15 23 23 v SAO files for May 5th 2006 2015 07 13 19 45 23 vw location query 2015 07 15 14 43 48 3 If you want to check the status of a download request or view more information about it click on the name of a specific request In the following example the information about the download request with name SAO files May 2006 that was submitted on 2015 07 16 12 18 40 local time is presented The status of the request is shown 1 which is completed in this example along with the expiration date 2
31. 015 08 23 13 54 36 E Get Data as a Get Plot Data as AML 6 The data values marked by a timestamp are presented in a new tab window of your browser in ascii format as comma separated values The header line of the file is the description of the fields of the data values and the corresponding units So the first value corresponds to the time stamp in UTC of the measured observed property while the second value is the name of the data provider Afterwards the extracted data values of measured observed properties are presented in the units defined in the header line and the same order as described at the header line The data values are grouped by data provider and extracted parameter So in this example first the foE values of the National Observatory of Athens data provider are presented lines 1 to 40 then the foF 1 values of the same data providers are presented lines 41 to 80 etc You can use the Save Page as of your browser to save this file locally on your computer Mozilla Firefox File Edit View History Bookmarks Tools Help i https w scii_csv x ESPAS My Acco x https v eSpas fp7 eu portal dataServiet requestlId SOSReqID 422956292 amp userld annacharisi yahoo com amp El y Search wh O y Al nomenon Time Provider Name foE http ontology espas fp7 cu unit Wiz foF1 http ontology espas fp7 eu unit MHz foF2 http ontology espas fp7 eu unit MHz fmin http
32. 0Z 3 06 2006 05 12T06 30 00Z 3 21 2006 05 12T06 45 00Z 3 26 2006 05 12T07 00 00Z 3 31 2006 05 12T07 15 00Z 3 36 2006 05 12T09 45 00Z 3 56 2006 05 12T14 45 00Z 3 06 2006 05 12T15 15 00Z 2 81 2006 05 12T16 00 00Z 2 01 2006 05 12T16 15 00Z 2 26 2006 05 12T16 30 00Z 1 91 2006 05 12T16 45 00Z 2 16 2006 05 12T17 00 00Z 1 91 2006 05 12T17 15 00Z 1 46 2006 05 11T04 45 00Z 3 423 2006 05 11T06 15 00Z 4 372 2006 05 11T06 30 00Z 4 372 2006 05 11T06 45 00Z 4 573 2006 05 11T07 00 00Z 4 4 2006 05 11T07 15 00Z 4 505 2006 05 11T07 30 00Z 4 462 2006 05 11T08 00 00Z 5 223 2006 05 11T08 15 00Z 4 473 2006 05 11T09 00 00Z 4 473 2006 05 11T10 45 00Z 5 023 2006 05 11T11 30 00Z 4 934 2006 05 11T11 45 00Z 5 723 2006 05 11T12 30 00Z 4 423 2006 05 11T12 45 00Z 4 923 2006 05 11T13 00 00Z 4 473 2006 05 11T13 15 00Z 4 334 2006 05 11T13 30 00Z 4 372 2006 05 11T13 45 00Z 4 1 2006 05 11T14 00 00Z 4 223 2006 05 11T14 15 00Z 4 173 2006 05 11T14 30 00Z 4 134 2006 05 11T14 45 00Z 3 822 2006 05 12T06 30 00Z 4 323 2006 05 12T08 00 00Z 4 673 2006 05 12T08 15 00Z 4 622 2006 05 12T09 45 00Z 4 473 2006 05 12T11 45 00Z 5 023 2006 05 12T12 45 00
33. 2 This project has received funding from the European Union s Seventh Framework Programme for research technological development and demonstration under grant agreement no 283676 3 message is presented that confirms that your email was successfully sent to the ESPAS administrator Email to administrator was successfully sent 1 6 Search menu ESPAS portals provides metadata searches for observations based on the following search criteria e Time period the time period when the observations were acquired e Assets the instruments and models that were used for the generation of the observations e Observed properties the observed properties that were measured in the observations e Observation collections the collections that the observations belong to e Location the location of the platforms ground based observatories or satellites on which the instruments are mounted and used for the generation of the observations The metadata search is open to all users with no registration required In order to perform a query for observations ESPAS portal supports the progressive search that helps you to construct a metadata search using criteria from Time Period Assets instruments and or models Observed Properties and Observation Collections please visit Support ESPAS Data Model and ESPAS Space Physics Ontology for more explanation You can start your query with any of these criteria by clicking one of the options of the
34. All Deselect All Alouette 2 Electron Density Profiles a 5 Earth Andenes Magnetometer Data R IS Athens Digisonde SAO files autoscaled er Bergen Magnetometer Data Thermosphere Bjerneya Magnetometer Data Ets App CTS 1 minute XYZF variations DEMETER IAP Characteristics of Low Energy lons in Burst Mode DMT_N1_1139 DEMETER IAP Characteristics of Low Energy lons in Survey Mode DMT_N1_1140 DEMETER ISL Langmuir Probe Results Plasma Parameters in Burst Mode Dimensionality DMT_N1_1143 DEMETER ISL Langmuir Probe Results Plasma Parameters in Survey Mode DMT_N1_1144 3 The following example presents the use of the Region of Space filter check also the Feature Of Interest vocabulary at the Browse ESPAS Space Physics Ontology page The filter presents in a hierarchical view all the region of space entries of the observation collections that are related with at least one observation Using the buttons Select All or Deselect All you can select or deselect all the options respectively In this example the Ionosphere option has been selected from the Region of Space filter and on the right the corresponding observation collections are presented If you hover the mouse pointer over a specific observation collection a pop up window presents its description If you are happy with the list of observation collections presented at the right select the ones you want to be included in your metadata query by clicking the
35. Data Model ISO controlled organization of data elements and their relationships in a generic science neutral manner Domain Ontology a vocabulary controlled structured set of physical concepts and relationships specific to a particular domain of science In order to describe the domain ontology concepts custom data elements not in the ISO 91000 standard had to be introduced Additionally ESPAS Data Model includes new custom data elements of the generic science neutral nature that were required to adequately describe available data collections Key Elements of ESPAS Space Physics Ontology In order to simplify navigation through the wealth of ESPAS Space Physics vocabulary terms the ontology is organized in several hierarchies of keywords connected to each other via a broader narrower relationship Understanding the ontology hierarchies is critical for efficient data search and discovery in ESPAS For a detailed description of the ESPAS Space Physics Ontology click here Q 1 p NEWS EVENTS PARTNERS DATA PROVIDERS The ESPAS Consortium Copyright 2012 This project has received funding from the European Union s Seventh Framework Programme for research technological development and demonstration under grant agreement no 283676 1 9 4 Glossary 1 In order to view the ESPAS Glossary click on the Support Glossary menu item LOG IN REGISTER ESPAS Project Contact U o t 6 p d i near earch space daba infrastr
36. Metadata Register your data in ESPAS ESPAS Space Physics Ontology March and Download tations collections files or data large number of data providers ESPAS provides the following se ESPAS Supporting Vocabularies 1 Metadata search by o Time Assets Instruments and Models Observed Properties Observation Collections O Location 2 Download of Data Files 3 Download of extracted parameters o Plots of extracted parameters News Announcements e The ESPAS Training School will be held in Warsaw from 19th to 23rd October 2015 See http www espas fp7 eu school for further details ESPAS is a data infrastructure facilitating access to observations models and predictions of the near Earth space environment extending from the Earth s atmosphere up to the outer radiation belts Access to a large number of repositories with heterogeneous data from ground and space in situ and remote sensors DATA PROVIDERS The ESPAS Consortium Copyright 2012 This project has received funding from the European Union s Seventh Framework Programme for research technological development and demonstration under grant agreement no 283676 NEWS EVENTS PARTNERS 2 The ontology browser is presented where you can navigate to all ESPAS space physics vocabularies by clicking at the vocabularies presented at the left column The hierarchy of the ontology terms is presented at the left column by nesting the children t
37. Observatory of Athens From 2006 05 10 19 00 until 2006 05 12 23 15 500http ontology espas fp eu unit MHz ok 400http ontology espas foFi fp eu unit MHz F foF2 fmin Le 300http fontology espas HF l fp eu unit MHz 200http ontology espas fp eu unit MHz 100http ontology espas fp eu unit MHz NN NN OP ontology espas fp eu unit MHz 100http ontology espa 11 May 12 00 12 May 12 00 fp eu unit MHz 11 You can save the plot locally on your computer by clicking the button at the top left corner 1 and then selecting the appropriate format ESPAS Request extracted from Athens SAO 2015 07 24 13 54 36 Select any area to zoom Data source National Observatory of Athens From 2006 05 10 19 00 until 2006 05 12 23 15 S00http ontology espas Print chart fp7 eu unit MHz Download PNG image ee Download JPEG image e A Jony pas Download PDF document fp7 ew unit MHz Download SVG vector image 300http ontology espas fp eu unit MHz 2O00http ontology espas fp eu unit MHz 100http ontology espas fp eu unit MHz naaa E O E T E fp7 eu unit MHz 100http ontology espas 11 May 12 00 12 May 12 00 fp eu unit MHz 1 11 News 1 If you want to view News regarding ESPAS project click on the NEWS located at the bottom menu bar Ce E5Pds HOME SEARCH BROWSE ESPAS provides t
38. Physics Ontology page Clicking on an option at the left the list of the observed properties is updated at the right to reflect the selections You can choose the options for the qualifier according to your preferences Then select the observed properties you want to be included in your metadata query by clicking the check boxes Search by observed properties Clear Select Observed Properties on the right Filter with available options ont Filter by Observed Properties Phenomenon Start typing to select options Select All Deselect All v Measurand Frequency Spread of E layer trace FE a Qualifier Frequency Spread of F layer trace FF Range Spread of E layer trace QE Start typing to select options Range Spread of F layer trace QF Select All Deselect All Vector Magnitude 2D Vector At Half Maximum Output At Maximum Output Average Maximum 6 When you have finished with the Observed Properties selection your selected observed properties are presented at the Current Selections area You have now the following options e continue your metadata query by clicking on any of the activated buttons at the right Time Period Assets Observation Collections e finish your query by clicking the Submit button or e start a new search by clicking the Start New Search link ts Pl ae Current Selections a Observed Properties E layer Critical Frequency Fl layer Critical aba a Time Period pd DOisen
39. Project Granted Extension ESPAS in Big Data from Space conference ESPAS Training School first announcement ESPAS CDAW during ESWW11 EISCAT_3D User Meeting in Uppsala Sweden ICRI 2014 ESPAS Release 2 in ESWW10 ESPAS presentations in the ESWW10 Antwerp 18 22 November 2013 Tenth European Space Weather Week ESWW10 The ESPAS Consortium Copyright 2012 14 This project has received ndng ram te European Urtats Seventh Framework Programme fo research tecimaiogica development and demonsta on unde grant agreement no 253576 1 12 Events 1 If you want to view News regarding ESPAS project click on the EVENTS located at the bottom menu bar po d5 LOG IN REGISTER ESPAS Project Contact U e p near earth space daba infrastructure for e scienci SEARCH BROWSE ESPAS Policies SUPPORT ESPAS provides the following services Search and Download Register observations collections files or data your data in ESPAS 1 Metadata search by from a large number of data providers o Time O Assets Instruments and Models o Observed Properties o Observation Collections O Location 2 Download of Data Files News Announcements 3 Download of extracted parameters e The ESPAS Training Schoo will be held in Warsaw from 19th to 23rd October o Plots of extracted parameters 2015 See http www espas fp7 eu school for further details ESPAS is a data infrastructure facilitating access to observations models and predictions of the ne
40. S Metadata ESPAS Space Physics Ontology ESPAS Supporting Vocabularies 3 For example if you click on the Instruments on the left column a list of all the instruments registered in ESPAS is presented at the right side Note that the name that appears inside the parenthesis in all instances at the left column represents their localld a unique identifier for the ESPAS system and is mainly useful for the ESPAS data providers e ESPAS BROWSE HOME SEARCH Navigate in ESPAS Start typing to select options Data Providers Individuals Organisations Platforms Projects 4 Instruments ACE Magnetometer ace mag ACE SWEPAM ace swepam Alouette 1 Topside Sounder nasa alouette1 Alouette 2 Topside Sounder nasa alouette2 And ya Magnetometer ANDMagnetometer Athens Digisonde AthensDigisonde Bergen Magnetometer BERMagnetometer Bj rn ya Geomagnetic Observartory Magnetometer BJNMagnetometer Castello Tesino Scalar Magnetometer ScalarCTS Castello Tesino Vector Magnetometer VectorCTS CHAMP Languir Probe 007 MNamhic Canmannatir Oheanrartans Navigate in data providers information accessible via ESPAS platforms projects instruments models collections etc ESPAS Policies SUPPORT ESPAS Space Physics Ontology ESPAS Supporting Instruments f Vocabularies ACE Magnetometer ACE SWEPAM Alouette 1 Topside Sounder Alouette 2 Topside Sounder And ya Magnetometer Athe
41. S data providers e Cabas HOME SEARCH BROWSE ESPAS Polices Access to Metadata Access to meta data is open with no registration required Data Licences By Data Provider provider Belgian Institute for Space Aeronomy BIRA IASB v EDAM v EISCAT v Istituto Nazionale di Geofisica e Vulcanologia v National Observatory of Athens vw ULEIC University College London v NEWS EVENTS ESPAS Policies SUPPORT 4 PARTNERS The ESPAS Consortium Copyright 2012 This project has received funding from the European Union s Seventh Framework Programme for research technological d Users must register to download data On requesting data users will be asked to agree to the data providers licences Below you can view a list of licences grouped by data DATA PROVIDERS evelopment and demonstration under grant agreement no 283676 2 In order to view the specific data license from a data provider click on the name of the data provider In the example below you can see the data licences defined by the National Observatory of Athens NOA data provider Data Licences By Data Provider Users must register to download data On requesting data users will be asked to agree to the data providers licences Below you can view a list of licences grouped by d provider Belgian Institute for Space Aeronomy BIRA 145B EDAM EISCAT Istituto Nazionale di Geofisica e Vulcanologia a Nationa
42. The ESPAS Training School will be held in Warsaw from 19th to 23rd October 2015 See http www espas fp7 eu school for further details ESPAS is a data infrastructure facilitating access to observations models and predictions of the near Earth space environment extending from the Earth s atmosphere up to the outer radiation belts Access to a large number of repositories with heterogeneous data from ground and space in situ and remote sensors DATA PROVIDERS 2 EVENTS PARTNERS The ESPAS Consortium Copyright 2012 This project has received funding from the European Union s Seventh Framework Programme for research technological development and demonstration under grant agreement no 283676 2 The Data Providers page of the ESPAS project website will open in a new tab window HOME OVERVIEW Home gt Community gt Data Providers Data Providers Source DIAS system ESWUA database European ionosondes Troms Gibilmanna Sodankyla Warsaw Hornsund EISCAT incoherent scatter radars EISCAT dynasondes Malvern ISR database GIRO databases SWACI database SuperDARN INGV magnetometers SGO magnetometer DTU Space Magnetometer Network e Cubas COMMUNITY Near Earth space data from ground based sensors and instruments Sign k Propect Wiki Contact u near earth space catia infrastructure for e science NEWS amp EVENTS PUBLICATIONS In this section gu Partners ESPAS will provide acce
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44. a 7 Similarly you can browse all the ESPAS metadata by navigating through the entries at the left column 1 7 2 ESPAS Space Physics Ontology The ESPAS data portal manages a set of vocabularies of Space Physics keywords that can be used to narrow down data searches to observations of specific physical content These vocabularies constitute the ESPAS space physics ontology that is the cornerstone of the data search functions specific to the ESPAS domain In order to simplify navigation through the wealth of ESPAS Space Physics vocabulary terms the ontology is organized in several hierarchies of terms connected to each other via a parent child relationship Understanding the ontology hierarchies is critical for efficient data search and discovery in ESPAS For more information on the ESPAS space physics ontology please visit the Support ESPAS Space Physics Ontology page The ESPAS space physics ontology browser provides information for all the vocabularies that constitute the ontology presenting all the terms that exist in each vocabulary along with their description The hierarchy of the ontology terms is presented at the left column by nesting the children terms under the parent term 1 In order to browse the ESPAS space physics ontology click on the Browse ESPAS Space Physics Ontology menu item o E5Dd5 near earch space daba infrasoruchuri HOME SEARCH BROWSE ESPAS Policies SUPPORT ESPAS
45. ace Aeronomy BIRA 145B SUBMITTING View more Refresh Status Cancel Request Resubmit Request 1 10 3 My Data Values Downloads The My Data Values Downloads page presents the history and detailed information of your download requests for data values Note that for each completed download request you will provided with the option to view download the data values in ASCII or XML format or to plot them These functionalities are valid for a specific period of time as defined by each ESPAS data provider Afterwards the request is expired and you cannot view download plot the data values Usually the data values download requests are processed in a very short time period of time since a maximum of 30 days can be selected as time period For each download request you can e view its status A request is characterized by its status which can have one of the following values O Submitting the request is being submitted to the ESPAS system You should wait until the status becomes Completed to get the data values Running the request is running You should wait until the status becomes Completed to get the data values Completed the request has completed successfully You are provided with the option to view download the data values in ASCII or XML format or to plot them These functionalities are valid for a specific period of time as defined by each ESPAS data provider Afterwards the request
46. al and the contact page presents a contact form with the ESPAS administrator 1 9 1 About ESPAS 1 In order to view information about ESPAS project click on the Support About ESPAS menu item E5Pdo HOME SEARCH BROWSE ESPAS Policies SUPPORT ESPAS provides the following services Seal ESPAS Data Model Register observat your data in ESPAS 1 Metadata search by fromalar ESPAS Space Physics Ontology o Time Glossary O Assets Instruments and Models Observed Properties For Data Providers R Observation Collections aitari tia O Location 2 Download of Data Files News Announcements 3 Download of extracted parameters e The ESPAS Training School will be held in Warsaw from 19th to 23rd October o Plots of extracted parameters 2015 See http www espas fp7 eu school for further details ESPAS is a data infrastructure facilitating access to observations models and predictions of the near Earth space environment extending from the Earth s atmosphere up to the outer radiation belts Access to a large number of repositories with heterogeneous data from ground and space in situ and remote sensors e r 3 NEWS EVENTS PARTNERS DATA PROVIDERS The ESPAS Consortium Copyright 2012 This project has received funding from the European Union s Seventh Framework Programme for research technological development and demonstration under grant agreement no 283676 2 The about ESPAS page is presented that pr
47. ar Earth space environment extending from the Earth s atmosphere up to the outer radiation belts Access to a large number of repositories with heterogeneous data from ground and space in situ and remote sensors Q 1 y NEWS EVENTS PARTNERS DATA PROVIDERS The ESPAS Consortium Copyright 2012 This project has received funding from the European Union s Seventh Framework Programme for research technological development and demonstration under grant agreement no 283676 2 The Events page of the ESPAS project website will open in a new tab window e i i p d i near earcH space daba infrastructure for e science HOME OVERVIEW COMMUNITY NEWS amp EVENTS PUBLICATIONS Home gt News amp Events gt Events In this section News Events Calendar Amo Events f a j _ uw A Meetings See Dy year See by manth See Dy week See Today See by c ategortes Search 10 November 10 November 2011 Friday 11 November 2011 2011 SPAS Kick off meeting by member gt 30 January 2012 Tuesday 31 January 2012 SPAS 1st Technical Meeting by This email address is being protected from spambots You 2012 JavaScript enabled to view it uesday 08 May 2012 08 May 2012 SPAS 2nd Technical Meeting by This email address is being protected from spambots You JavaScript enabled to view it y 09 May 2012 Friday 11 May 2012 09 May 2012 SPAS Plenary meeting by Technical Manager 04 June 2012 Saturday 09 Ju
48. ate in the ESPAS It presents all the relevant information of the required steps to be performed by a data provider in order a dataset to be registered in ESPAS portal LOG IN REGISTER ESPAS o ESpdS near earcH space daba infrast BROWSE HOME SEARCH ESPAS Policies SUPPO For Data Providers About ESPAS Basically all near Earth space environment data that is measurements of the upper atmosphere magnetosphere and solar wind leido environment are suitable for inclusion in ESPAS In order to include a dataset in ESPAS there is a number of steps that have to be followed A brief summary follows In order to set up a working ESPAS data system it is necessary to follow the more detailed documentation which can be found in the ESPAS project wiki ESPAS Space Physics Ontology Glossary In order to make a dataset accessible through ESPAS the data must be accessible in a file system or through an SQL database and metadata according to the ESPAS standard must be created The following steps outline the procedure For Data Pro viders Contact Us Describe your data The first important step is to describe the data according to the ESPAS data model This implies following the ESPAS Ontology which is the categorization of measurements and data used by ESPAS There must be ontology entries for your types of instruments data and so on Additions to the ontology must be created if suitable entries are missing Create XML entities
49. cal Frequency iticalFrequency F2 Layer Auroral particle E layer Critical Frequency _ E2 layer Critical Frequency Phenomenon s E layer Critical Frequency Electromagnetic Wave Es layer Critical Frequency Measurand s F1 5 layer Critical Frequency Critical Frequency f F1 5 layer Critical Frequency Interaction s Fl layer Critical Frequency Reflection RI F2 layer Critical Frequency Propagation Mode X Mode Critical Frequency Ordinary Wave O Z Mode Critical Frequency Cutoff Frequency Electric Field Electromagnetic Wave Electron Density 4 Note that the links that are presented at the right will point you to the corresponding entries of the ontology browser In this example click on the Electromagnetic Wave under the Phenomenon title and the information regarding this term are presented on the Navigate in ESPAS Space Physics Ontology ESPAS Metadata Navigate in the ESPAS Space Physics Ontology terms observed property phenomenon measurand etc ESPAS Supporting Start typing to select options Electromagnetic Wave an Ea Virtual Height of a trace at given frequency A form of energy transmitted and absorbed by charged particles Altitude of Constant Atmospheric Pressure that exhibits wave like behavior as it travels through space its electric and magnetic fields oscillate in phase perpendicular to Dummy Deprecated Term each other perpendicular to direction of energy and wave Electron Drift Vel
50. caton in the F region ofionosphere 4 Click on the Measurand on the left to view all the options for this filter check also the Measurand vocabulary at the Browse ESPAS Space Physics Ontology page Clicking on an option at the left the list of the observed properties is updated at the right to reflect the selections You can choose the options for the measurand according to your preferences Then select the observed properties you want to be included in your metadata query by clicking the check boxes Search by observed properties Select Observed Properties on the right Filter with available opt Filter by Observed Properties Phenomenon Start typing to select options Select All Deselect All a Measurand Auroral particle E layer Critical Frequency foEa Start typing to select options 2 E ayer Critical Frequency foE SelectAll cali E4ayer X Mode Critical Frequency fE E layer Z mode Critical Frequency fzE a Frequency f Es layer Critical Frequency foEs A ie F Fl layer Critical Frequency foF1 ee Y F2ayer Critical Frequency foF2 A PIN F2 layer X Mode Critical Frequency fxF2 aa F2 layer Z Mode Critical Frequency fzF2 Maximum Usable Frequency f M Factor of F2 layer at 3000 km M 3000 F2 Mi o o e a rn DL Qualifier 5 Click on the Qualifier on the left to view all the options for this filter check also the Qualifier vocabulary at the Browse ESPAS Space
51. check boxes Otherwise you can use the other filter Dimensionality Search by observation collections the Browse gt Metadata section Filter by v Region of Space Start typing to select options Select All Deselect All 4 Earth a Earth s Near Surface Y lonosphere Thermosphere Earth s Magnetosphere v Dimensionality Select Observation Collections on the right Filter with available options on th Observation Collections that are not related to an observation are not displayed in this form For a complete list of all the Observation Collections registered in ESPAS you can visit e left Observation Collection Start typing to select options Select All Deselect All F Alouette 1 Electron Density Profiles Alouette 2 Electron Density Profiles Andenes Magnetometer Data Athens Digisonde SAO files O Y Bergen Magnetometer Data Clear Athens Digisonde SAO files autoscaled Bj rn ya Magnetometer Data DMT_N1_1143 format versions 4 2 and 4 3 can be found at http ulcar uml edu digisonde html DEMETER ISL Langmuir Probe Results F This collection contains the SAO text files produced by Athens Digisonde 38 03 degrees N 23 52 degrees W DEMETER IAP Characteristics of Low Eng Each SAO file contains the autoscaled characteristics for one ionogram
52. concept of observation According to Fowler 1998 an Glossary observation is an act that results in the estimation of the value of a feature property using a designated procedure such as a sensor For Data Providers instrument algorithm or process chain An observation is associated with a discrete time instant or period through which a number term or other symbol is assigned to a phenomenon The result of an observation is an estimate of the value of a property of some feature so the details of the observation are metadata concerning the value of the feature property Contact Us EXAMPLE Measuring the act of the observation the F2 layer Critical Frequency foF2 of the lonosphere above Athens at 1 1 2015 16 00 GMT The featureOfinterest is the lonosphere the observedProperty is the foF2 the procedure process is the acquisition made by the Athens Digisonde mounted on NOA platform and the result is 5 2 MHz Following this approach the data which ESPAS data model is aimed at describing is always considered as observation results and the observation together with its properties provide relevant metadata Besides the main concept of Observation the other related concepts that are used in ESPAS data model are listed below while a high level overview of the relationships among them is presented at Figure 1 Observed Property Feature Of Interest Project e g Electron Density e g Ionosphere v M y _ Composite Process Resut
53. count E mail Address Password Forgot your password The ESPAS Consortium Copynght 2012 This project has received funding from the European Union s Seventh Framework Programme for research technological development and demonstration under grant agreement no 283676 pro E p Er 2 Provide your e mail address and click Reset Password e ESPAS SEARCH BROWSE ESPAS Policies SUPPORT Please enter the email address for your account A verification code will be sent to you Once you have received the verification code you will be able to choose a new password for your account E mail Address annacharisi gmail com Reset Password al PARTNERS The ESPAS Consortium Copynght 2012 This project has received funding from the European Union s Seventh Framework Programme for research technological development and demonstration under grant agreement no 283676 3 A message is presented that confirms your password reset request and an e mail has been sent to you with instructions on how to reset your password e ESPAS HOME SEARCH BROWSE ESPAS Policies SUPPORT Password reset request processed An e mail was sent to you with instructions on how to reset your password 6 2 9 EVENTS PARTNERS DATA PROVIDERS The ESPAS Consortium Copyright 2012 This project has received funding from the European Union s Seventh Framework Programme for research technological development and demonstration
54. d at the right side Navigate in ESPAS ESPAS Metadata Navigate in data providers information accessible via ESPAS platforms projects instruments models collections etc A Ontology Start typing to select options ESPAS Supporting start typing to select options ere o rb geras Athens Digisonde SAO files autoscaled Vocabularies Data Providers This collection contains the SAO text files produced by Athens Individuals Digisonde 38 03 degrees N 23 52 degrees W Each SAO file Organisations contains the autoscaled characteristics for one ionogram including the echo traces h f echo amplitudes frequency and Platforms range spread and most of the importnat ionospheric Projects a characteristics together with the electron density profile where Instruments available SAO stands for Standard Archiving Output format A Operations description of the SAO format versions 4 2 and 4 3 can be found Computations at http ulcar uml edu digisonde html Acquisitions Query Composite Processes 4 Observation Collections Alouette 1 Electron Density Profiles nasa Ep7 alouette 1 pena Alouette 2 Electron Density Profiles nasa mpositeObservedProperty noa sao alouette2 Andenes Magnetometer Data ANDdata Responsible parties Athens Digisonde SAO files autoscaled Anna ER Point of contact AthensSAO National Observatory of Athens Data Provider Bergen Magnetometer Data BERdata Bj rn ya Magnetometer Data B Ndat
55. ddress annacharisi gmail com For Data Providers Contact Us Subject Interest on participating at ESPAS as Data Provider Message Dear Sir Madam would like to inform me about the necessary steps in order to become an official ESPAS Data provider am looking forward to hearing from you Anna Charisi v y PARTNERS DATA PROVIDERS The ESPAS Consortium Copyright 2012 This project has received funding from the European Union s Seventh Framework Programme for research technological development and demonstration under grant agreement no 283676 3 A message is presented that confirms that your email was successfully sent to the ESPAS administrator Email to administrator was successfully sent 1 10 My Account menu The My Account menu provides information regarding the user s personal information the dataset files download requests and the data values download requests Moreover for the users that are registered as data providers in the ESPAS portal there are two extra options in this menu the register data provider and manage data source see Support For Data Providers for more information The My Account menu is displayed only after you have logged in the ESPAS Portal 1 10 1 My Personal Information 1 If you want to edit your personal information e g password name click My Account My Personal Info from the main menu e BoPdo HOME SEARCH BROWSE ESPAS POLICIES SUPPORT MY ACCOUNT My
56. dividuals Organisations Platforms Projects Instruments Operations Computations Acquisitions Composite Processes 4 Observation Collections Alouette 1 Electron Density Profiles nasa alouette1 Alouette 2 Electron Density Profiles nasa alouette2 Andenes Magnetometer Data ANDdata Athens Digisonde SAO files autoscaled AthensSAQ Bergen Magnetometer Data BERdata Bj rn ya Magnetometer Data BJNdata Navigate in data providers information accessible via ESPAS platforms projects instruments models collections etc Observation Collections Alouette 1 Electron Density Profiles Alouette 2 Electron Density Profiles Andenes Magnetometer Data Athens Digisonde SAO files autoscaled Bergen Magnetometer Data Bj rn ya Magnetometer Data CHAMP AI 3 NRT CHAMP Topside lonosphere Plasmasphere Reconstruction CTS 1 minute XYZF variations DEMETER IAP Characteristics of Low Energy lons in Burst Mode DMT_N1_1139 DEMETER IAP Characteristics of Low Energy lons in Survey Mode DMT_N1_1140 DEMETER ISL Langmuir Probe Results Plasma Parameters in Burst Mode DMT_N1_1143 DEMETER ISL Langmuir Probe Results Plasma Parameters in Survey Mode DMT_N1_1144 DIAS Bottomside Electron Density Nowcasting Maps ESPAS Metadata ESPAS Space Physics Ontology ESPAS Supporting Vocabularies 6 Click on the Athens Digisonde SAO files autoscaled collection and detailed information is presente
57. ed buttons at the right Assets Observed Properties Observation Collections finish your query by clicking the Submit button or start a new search by clicking the Start New Search link HOME SEARCH BROWSE ESPAS POLICIES SUPPORT Current Selections Time Periods 2013 01 01 00 00 2013 01 31 23 59 10 00 12 00 UTC ey Hs Sel Diegos write Assets Observed Properties Observation Collections Start New Search 1 6 2 Assets 1 According to ESPAS terminology an asset corresponds to an Instrument or a numerical Model or other software that was used to generate the observation In order to start a metadata search progressive search using as the first criterion the assets click Search Assets from the main menu You can also click Search and Download at the home page and then click the Assets button E5Pdo SEARCH BROWSE ESPAS Policies SUPPORT a mePeriod Search and Download Register observations collections files or data your data in ESPAS 1 Metadata from a large number of data providers o Time Observed Properties O Assets Obsall Observation Collections o Obsen O Locatit N Time Location News Announcements 3 Download or extracted parameters e The ESPAS Training School will be held in Warsaw from 19th to 23rd October o Plots of extracted parameters 2015 See http www espas fp7 eu school for further details ESPAS is a data infrastructure facilitating access to observations mod
58. ed on a specific research topic The ESPAS ontology can be Since the search results are related to datasets and their ESPAS Project Granted eS ee ee descriptions metadata it is essential that they are delivered in Extension e 18 Mar 2015 17 04 here a scientist friendly manner To facilitate the search a number of workflows data flows will be employed within the core The ESPAS project has been ESPAS system granted a 7 month extension to 30th e The infrastructure will provide value added services to explore November 2015 ESPAS Roadma mine events identification and visualize the integrated j 3 p ESPAS in Big Data from Space metadata e 1 November 2011 Start of the conference e The infrastructure will be used as a test bed for setting up the An et MA AMM 1 5 Contact Us 1 If you want to contact ESPAS administrator click the Contact Us link located at the top right menu bar o H Pd i near earch space aba infrastr SEARCH BROWSE ESPAS Policies SUPPORT ESPAS provides the following services Search and Download Registe r observations collections files or data your data in ESPAS 1 Metadata search by from a large number of data providers o Time Assets Instruments and Models o Observed Properties o Observation Collections O Location 2 Download of Data Files News Announcements 3 Download of extracted parameters e The ESPAS Training Schoo will be held in Warsaw from 19th to 23rd October o Plots of e
59. els and predictions of the near Earth space environment extending from the Earth s atmosphere up to the outer radiation belts Access to a large number of repositories with heterogeneous data from ground and space in situ and remote sensors Q r 9 NEWS EVENTS PARTNERS DATA PROVIDERS The ESPAS Consortium Copyright 2012 This project has received funding from the European Union s Seventh Framework Programme for research technological development and demonstration under grant agreement no 283676 2 At the top part of the Search by assets page there is the Current Selections area see the section 1 6 Search menu for more information where your selected criteria are presented Below this area at the right part A there is a list of all the assets in alphabetical order that are associated with observations grouped as Instruments and Models You can scroll down this list and select the assets you want to include in your metadata query You can also use the Select All button or Deselect All to select and deselect all the options respectively If you hover the mouse pointer over a specific instrument a pop up window presents its description The Clear button clears all the selections including the filters At the left part B there are some filters Instrument type Platform Project that you can use to narrow down or facilitate your selection of assets presented at the right part A hierarchical view of each filter is provided
60. er lonosphere SWACI SuperDARN sdarn 6 When you have finished with the Assets selection your selected assets are presented at the Current Selections area You have now the following options e continue your metadata query by clicking on any of the activated buttons at the right Time Period Observed Properties Observation Collections e finish your query by clicking the Submit button or e start a new search by clicking the Start New Search link Current Selections Assets Alouette 1 Topside Sounder Alouette 2 Topside Sounder D Assets i Back Submit Alouette 1 Topside Sounder Alouette 2 ES Topside sounder Athens Digisonde Start New Search Rome AIS INGV lonosonde 1 6 3 Observed Properties 1 In order to start a metadata search progressive search using as the first criterion the observed properties click Search Observed Properties from the main menu You can also click Search and Download at the home page and then click the Observed Properties button For more information on the observed property term please visit Support ESPAS Data Model page and Support ESPAS Space Physics Ontology e BoPdo HOME SEARCH BROWSE ESPAS Policies SUPPORT ee Te Period Search and Download Register Assets observations collections files or data your data in ESPAS 1 Metadata from a large number of data providers o Time Observed Properties k O Assets Observation Collections
61. erms under the parent term like the windows explorer presents the folders and file structures gt ESPAS BROWSE HOME SEARCH ESPAS Policies SUPPORT Navigate in ESPAS Space Physics Ontology Navigate in the ESPAS Space Physics Ontology terms observed property phenomenon measurand etc Start typing to select options Observed Property Phenomenon Measurand Qualifier Feature Of Interest Propagation Mode Interaction Instrument Type Computation Type Composite Observed Property necicrTcn Rr n near earcH space aba infrasiruchu N THIS SECTION ESPAS Metadata ESPAS Supporting Vocabularies 3 For example click on the Observed Property vocabulary at the left column then click the Critical Frequency O Mode Critical Frequency and choose the F2 layer Critical Frequency entry Information about this observed property e g description related concepts is presented at the right side Navigate in ESPAS Space Physics Ontology ESPAS Metadata Navigate in the ESPAS Space Physics Ontology terms observed property phenomenon measurand etc ESPAS Supporting led ui ida ei F2 layer Critical Frequency foF2 Vocabularies 4 Observed Property The ordinary wave critical frequency of the highest stratification Blanketing Frequency in the F region of ionosphere Collision Frequency identifier w Critical Frequency http ontology espas fp7 eu observedProperty Cr O Mode Criti
62. esh the status of the request or resubmit it Click on the appropriate button according to your need At the bottom 5 click on the View more link to see information about your request a extracted from Athens SAO 2015 07 24 13 54 36 COMPLETED Refresh Status Expiration Date 2015 08 23 13 54 36 E Get Data as T Sa Get Plot Data as View more 4 The query options of your request are presented In this example the query options of the request are Observation Collections Athens Digisonde SAO files autoscaled AND Time Periods from 2006 05 10 to 2006 05 12 00 00 23 59 UTC AND Selected Observed Properties E layer Critical Frequency F1 layer Critical Frequency F2 layer Critical Frequency Minimum frequency of Reflections from Plasma Layer Minimum Virtual Height of F2 layer Clicking on the View less this area closes View less Query Options Observation Collections Athens Digisonde SAO files autoscaled Time Periods 2006 05 10 2006 05 12 00 00 23 59 UTC selected Observed Properties E layer Critical Frequency Fl layer Critical Frequency F2 layer Critical Frequency Minimum frequency of Reflections from Plasma Layer Minimum Virtual Height of F2 layer 5 In order to view download the data values in ascii format click the Ascii option of the Get Data as drop down menu extracted from Athens SAO 2015 07 24 13 54 36 COMPLETED Proc Refresh Status Expiration Date 2
63. for the data providers click on the Support For Data Providers menu item E5Pds m Neal CarGH SPabE m J SEARCH BROWSE ESPAS Policies SUPPORT About ESPAS ESPAS provides the following services Seal ESPAS Data Model Register observat your data in ESPAS 1 Metadata search by fromalat ESPAS Space Physics Ontology o Time Glossary Assets Instruments and Models Observed Properties For Pata Providers o 3 Observation Collections Contact Ue o Location 2 Download of Data Files 3 Download of extracted parameters o Plots ofextracted parameters News Announcements e The ESPAS Training School will be held in Warsaw from 19th to 23rd October 2015 See http www espas fp7 eu school for further details ESPAS is a data infrastructure facilitating access to observations models and predictions of the near Earth space environment extending from the Earth s atmosphere up to the outer radiation belts Access to a large number of repositories with heterogeneous data from ground and space in situ and remote sensors y NEWS EVENTS PARTNERS DATA PROVIDERS The ESPAS Consortium Copyright 2012 This project has received funding from the European Union s Seventh Framework Programme for research technological development and demonstration under grant agreement no 283676 2 The For Data Providers page is addressed to the existing ESPAS data providers and the new ones wishing to particip
64. framework of the ESPAS project http www espas fp7 eu and is available at the following url address https www espas fp7 eu portal index html ESPAS is a data e infrastructure facilitating access to observations and model predictions of the near Earth space environment a region extending from the Earth s atmosphere up to the outer radiation belts Through the ESPAS portal the user can have access to a large number of repositories with heterogeneous data from ground and space in situ and remote sensors The user can perform searches for observations using specific criteria e g time instrument and then s he can download data files or data values More precisely the ESPAS portal provides the following services to the user 1 Metadata search for observations that satisfy the following specific criteria o Time period the time period when the observations were acquired o Assets the Instruments and Models that were used for the generation of the observations o Observed properties the observed properties that were measured in the observations o Observation collections the collections that the observations belong to o Location the location of the platforms ground based observatories or satellites on which the instruments are mounted and used for the generation of the observations The metadata search is open to all users with no registration required 2 Download of data files The result of a metadata search is a list of the
65. frastructure regulates access to the data so that users are made aware of policies on the use of the data and that where restrictions on access exist ESPAS can apply them How to find the data The infrastructure must make it straightforward for users to locate data using criteria that are suited to the user s scientific objectives which we may term a scientist friendly approach To facilitate such searches a number of workflows have been developed for use within the ESPAS portal 0 Have we tested ESPAS The infrastructure is being tested through the application of several test and science cases designed to serve the needs of the wide interdisciplinary users 1 9 2 ESPAS Data Model 1 In order to view information about ESPAS Data Model click on the Support ESPAS Data Model menu item p p d LOG IN REGISTER ESPAS Project Contact Us e i i near earch space daba infrastructure for e science SEARCH BROWSE ESPAS Policies SUPPORT About ESPAS ESPAS provides the following services Sea gt PAS Data Mode Register observat your data in ESPAS 1 Metadata search by fromalat ESPAS Space Physics Ontology o Time Glossary Assets Instruments and Models o Observed Properties For Data Providers o Observation Collections ContactUs O Location i t 2 Download of Data Files News Announcements 3 Download of extracted parameters e The ESPAS Training School will be held in Warsaw from 19th to 23rd October o Plo
66. from the European Union s Seventh Framework Programme for research technological development and demonstration under grant agreement no 283676 3 Using the buttons at the right of the From date and To date fields you can select the dates and times at the appropriate pop up windows Search by time period Select a period of the observations Option specify the time of day to narrow down your results Clear Time period start to end Subset of day O iifany From date 2015 07 14 10 15 Subset start 00 00 1 January 2013 gt To date 2015 07 14 10 15 nd 23 59 0 00 1 00 2 00 3 00 4 00 5 00 6 00 7 00 8 00 9 00 11 00 12 00 13 00 14 00 15 00 16 00 17 00 18 00 19 00 20 00 21 00 22 00 23 00 v 6 __ __ Q NEWS EVENTS PARTNERS DATA PROVIDERS 4 Ifyou want to define also a subset of day click on the Subset start and Subset end fields and using the up and down arrows specify the start and end time UTC Search by time period Select a period of the observations Opt specify the time of day to narrow down your results Clear Time period start to end Subset of day ifany From date 2013 01 01 00 00 si Subset start 10 00 To date 2013 01 31 23 59 si Subsetend 12 00 A A 12 00 v v 5 When you have finished with the Time period selection your selected time period and subset of day is presented at the Current Selections area You can continue your metadata query by clicking on any of the activat
67. he following services 1 Metadata search by o Time Assets Instruments and Models o Observed Properties o Observation Collections Oo Location 2 Download of Data Files 3 Download of extracted parameters o Plots of extracted parameters ESPAS Policies SUPPORT Search and Download observations collections files or data from a large number of data providers Register your data in ESPAS News Announcements e The ESPAS Training School will be held in Warsaw from 19th to 23rd October 2015 See http www espas fp7 eu school for further details ESPAS is a data infrastructure facilitating access to observations models and predictions ofthe near Earth space environment extending from the Earth s atmosphere up to the outer radiation belts Access to a large number of repositories with heterogeneous data from ground and space in situ and remote sensors PARTNERS This project has received funding from the European Union s Seventh Framework Programme for research technological development and demonstration under grant agreement no 283676 The ESPAS Consortium Copyright 2012 2 The News page of the ESPAS project website will open in a new tab window gt ESPAS HOME OVERVIEW near earcH space catia infrastructure for e science COMMUNITY NEWS amp EVENTS PUBLICATIONS Home gt News 4 Events gt News In this section News News Events ESPAS Training School second announcement ame Meetings ESPAS
68. icies SUPPORT Already an ESPAS user ESPAS Account E mail Address annacharisi gmail com Password eeeeeeece Forgot your password j VENTS ARTNERS VIDERS NEWS The ESPAS Consortium Copyright 2012 This project has received funding from the European Union s Seventh Framework Programme for research technological development and demonstration under grant agreement no 283676 3 You are redirected to the My Account My personal info page in case you want to edit your information Note the Hello name that is presented on the top right menu that confirms your logged in status o SPAS oa HOME SEARCH BROWSE ESPAS Policies SUPPORT MY ACCOUNT Edit your information My Personal Info Name Anna Charisi My Dataset File Downloads E mail Address annacharisi gmail com My Data Values Downloads Password Optional Register Data Provider Manage Data Source Confirm Password Optional a Affiliation Organisation Name NOA Domain Academic Research Country Greece Intended use of ESPAS data O Academic Commercial Comments 1 2 1 Forgot Password 1 If you have forgotten your password then go to the Home page and click the LOG IN link located at the top right menu bar At the login page click the Forgot your password link o ESDd5 Near Garth Space ali HOME SEARCH BROWSE ESPAS Policies SUPPORT Already an ESPAS user ESPAS Ac
69. including the echo traces h f echo DEMETER IAP Characteristics of Low En amplitudes frequency and range spread and most of the importnat ionospheric characteristics together with the DEMETER ISL Langmuir Probe Results F electron density profile where available SAO stands for Standard Archiving Output format A description of the SAO eee DMT_N1_1144 DIAS Bottomside Electron Density Nowcasting Maps DIAS daily f plots of fmin foF2 from Athens Digisonde 4 Click on the Dimensionality on the left to view all the options for this filter check also the Dimensionality vocabulary at the Browse ESPAS Supporting Vocabularies page Clicking on an option at the left the list of the observation collections is updated at the right to reflect the selections You can choose the options for the dimensionality according to your preferences Then select the observation collections you want to be included in your metadata query by clicking the check boxes Search by observation collections the Browse gt Metadata section Filter by v Region of Space a Dimensionality Start typing to select options Select All Deselect All 4 1D 4 Y 1D Profile 4 V 1D Altitude Profile Y 1D Vertical Altitude Profile 4 2D 4 F 2D Cross Section Pl ON Gaamannatic Crace Carctinn Select Observation Collections on the right Filter with available options on the left Observation Collection
70. it the Browse gt Metadata section Clear Filter by Assets Asset Type Start typing to select options m Select All Deselect All Start typing to select options 4 Instruments Select All Deselect All Alouette 1 Topside Sounder 4 _ Instrument types Alouette 2 Topside Sounder 4 _ In Situ Sensing Instrument Energetic Particle Detector Langmuir Probe Magnetometer Resonance Relaxation Sounder Oe A PA ee ee ee v Platform v Project And ya Magnetometer Athens Digisonde Bergen Magnetometer Bj rn ya Geomagnetic Observartory Magnetometer Castello Tesino Scalar Magnetometer Castello Tesino Vector Magnetometer Domb s Geomagnetic Observartory Magnetometer Denna Magnetometer DTU Space fluxgate magnetometer EISCAT Kiruna Receiver 3 The following example presents the use of the Asset Type filter which defines the type of the asset instrument or model according to a corresponding controlled vocabulary check also the Instrument and Computation type at the Browse ESPAS Space Physics Ontology page The filter presents in a hierarchical view all the assets types that are related with at least one observation Using the buttons Select All or Deselect All you can select or deselect all the options respectively In this example the Sounder option has been selected from the Asset Type filter and all the children and on the right only the Assets instruments in this case that are of type sounder ionosonde
71. l Inertial system for epoch 2000 cartesian Geocentric Equatorial Inertial system for epoch 2000 spherical Geocentric Solar Ecliptic Geocentric Solar Equatorial Geocentric Solar Magnetospheric Geocentric Spherical Geographic East North Up Cartesian Geographic North East Down Cartesian Geomagnetic dipole coordinate system Geocentric Spherical GEO spherical Geocentric spherical also known as Spherical Earth Centred Earth Fixed ECEF in spherical representation lat lon alt where alt is the distance from the Earth center in km the mean Earth radius is 6371 2 km IDENTIFIER ESPAS Metadata ESPAS Space Physics Ontology ESPAS Supporting Vocabularies 4 Similarly you can navigate through all the ESPAS supporting vocabularies by clicking the appropriate terms at the left column 1 8 ESPAS Policies menu The ESPAS Policies menu provides information regarding the ESPAS policies and the data licenses defined by each ESPAS data provider ESPAS provides access to metadata for free and no user registration is required However the download of data files and data values requires the following user registration and login to the ESPAS portal user agreement to the data licenses as defined by each ESPAS Data Provider 1 Click on the ESPAS Policies menu The ESPAS policies page will open that presents the ESPAS policy regarding the access to metadata along with the data licenses of the ESPA
72. l Observatory of Athens NOA s Terms of Reference The data acquired from this service may be used freely for educational and non commercial academic research purposes by registered users only Redistribution of the data is subject to the same conditions of use A heavy investment of time effort expertise and funds continues to be made to produce collect quality control interpret and store the data and products available from this service It is important that the DIAS data suppliers and the service developers are appropriately acknowledged in scientific publications that involve analysis of data obtained from this service making reference to the following basic citations Belehaki et al Space Weather 4 512002 doi 10 1029 20065W000270 2006 Belehaki et al JASTP 67 1092 1099 2005 Belehaki et al Acta Geophysica 55 3 doi 10 2478 s11600 007 0010 x pp 398 409 2007 IRI s Terms of Reference Copyright c 2012 International Reference lonosphere THE SOFTWARE IS PROVIDED AS IS WITHOUT WARRANTY OF ANY KIND EXPRESS OR IMPLIED INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT IN NO EVENT SHALL THE IRI AUTHORS OR THE IRI WORKING GROUP MEMBERS BE LIABLE FOR ANY CLAIM DAMAGES OR OTHER LIABILITY WHETHER IN AN ACTION OF CONTRACT TORT OR OTHERWISE ARISING FROM OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE Permission is hereby granted
73. large number of repositories with heterogeneous data from ground and space in situ and remote sensors 2 At the top part of the Search by time period page there is the Current Selections area see the section 1 6 Search menu for more information where your selected criteria are presented Below this area there are the From date To date fields A to define your time period of interest in UTC timezone Moreover you can specify the subset of day in UTC B this will apply for all days in the selected time period by using the fields Subset start and Subset end So you can specify a time period of 1 to 10 January 2014 but also a subset of day 10 00 to 12 00 UTC This selection will return the observations that were acquired between the times 10 00 and 12 00 in UTC for the days from 1 to 10 January 2014 If you don t want to define any subset of day leave the default values 00 00 to 23 59 for these fields bal GH SPALE e E5Pdo HOME BROWSE ESPAS Policies SUPPORT Current Selections Cy most Sis nk i Back Submit Start New Search Search by time period Select a period of the observations Option specify the time of day to narrow down your results Time period start to end Subset of day ifany From date 2015 07 09 09 51 BE Subset start 00 00 To date 2015 07 09 09 51 Subset end 23 59 EVENTS PARTNERS DATA PROVIDERS The ESPAS Consortium Copynght 2012 This project has received funding
74. lat ESPAS Space Physics Ontology o Time Glossary Assets Instruments and Models Observed Properties For Data Providers a AAA O Location News An uncements 2 Download of Data Files 3 Download of extracted parameters e The ESPAS Training School will be held in Warsaw from 19th to 23rd October o Plots ofextracted parameters 2015 See http www espas fp7 eu school for further details ESPAS is a data infrastructure facilitating access to observations models and predictions of the near Earth space environment extending from the Earth s atmosphere up to the outer radiation belts Access to a large number of repositories with heterogeneous data from ground and space in situ and remote sensors Q 6 1 y NEWS EVENTS PARTNERS DATA PROVIDERS The ESPAS Consortium Copyright 2012 This project has received funding from the European Union s Seventh Framework Programme for research technological development and demonstration under grant agreement no 283676 2 Provide the required information and the message you want to send to ESPAS administrator and click Submit Note that the fields marked with an asterisk are mandatory o p 6 p d 6 near earch space daba infrastructure SEARCH BROWSE ESPAS Policies SUPPORT IN THIS SECTION Contact Us About ESPAS Send an email to the system administrator All fields with an are required ESPAS Data Model ESPAS Space Physics Name Anna Charisi Ontology Glossary E mail A
75. less this area closes View less Query Options Observation Collections Athens Digisonde SAO files autoscaled Time Periods 2006 05 10 2006 05 10 00 00 23 59 UTC 5 In the following example a request that has been canceled by the user is presented Canceled status a Athens SAO files May 2006 2015 07 16 11 32 51 Expiration Date 2015 08 15 11 32 51 Provider National Observatory of Athens CANCELED Download request t View more Refresh Status Resubmit Request 6 In the following example a request that is in a pending state is presented pending status This happens for example when the download request is being processed You should wait until the status becomes Completed If this takes too long you can cancel the request and resubmit it a Electron Density 540 Whisper 2015 07 25 19 53 07 PENDING 1 Expiration Date 2015 08 24 19 53 01 Provider Belgian Institute for Space Aeronomy BIRA IASB SUBMITTING View more Refresh Status Cancel Request Resubmit Request 7 In the following example a request that is running running status is presented You should wait until the status becomes Completed to get the data files a Electron Density SA0 Whis per 2015 07 25 19 53 07 RUNNING Proce Expiration Date 2015 08 24 19 53 01 Provider National Observatory of Athens SUBMITTING Provider Belgian Institute for Sp
76. links for the News Events Partners and Data Providers pages of ESPAS project website 1 2 Log in In order the user to download data files or data values user login to the ESPAS portal is required 1 Click the LOG IN link located at the top right menu bar E5Pds BROWSE ESPAS Policies SUPPORT ESPAS provides the following services Search and Download Registe r observations collections files or data your data in ESPAS 1 Metadata search by from a large number of data providers o Time Assets Instruments and Models o Observed Properties o Observation Collections o Location 2 Download of Data Files News Announcements 3 Download of extracted parameters e The ESPAS Training School will be held in Warsaw from 19th to 23rd October o Plots of extracted parameters 2015 See http www espas fp7 eu school for further details ESPAS is a data infrastructure facilitating access to observations models and predictions of the near Earth space environment extending from the Earth s atmosphere up to the outer radiation belts Access to a large number of repositories with heterogeneous data from ground and space in situ and remote sensors PARTNERS The ESPAS Consortium Copyright 2012 This project has received funding from the European Union s Seventh Framework Programme for research technological development and demonstration under grant agreement no 283676 o e5Dd5 near earth space e SEARCH BROWSE ESPAS Pol
77. mation Collection Observed Properties Back Submit E layer Critical Frequency Player Critical Frequency F2 layer Critical Frequency Start Mew Search 1 6 4 Observation Collections 1 In order to start a metadata search progressive search using as the first criterion the observation collections click Search Observation Collections from the main menu You can also click Search and Download at the home page and then click the Observation Collections button According to ESPAS terminology an observation collection corresponds to any set of existing observations For more information please visit Support Glossary page e E5Pdo SEARCH BROWSE ESPAS Policies SUPPORT Time Period Search and Download Register Assets observations collections files or data your data in ESPAS 1 Metadata from a large number of data providers o Time Observed Properties O Assets o Gbsa Observation Collections h o Obsen O Locatit 2 Download Time Location 3 Download orextractea parameters e The ESPAS Training School will be held in Warsaw from 19th to 23rd October o Plots of extracted parameters 2015 See http www espas fp7 eu school for further details ESPAS provide News Announcements ESPAS is a data infrastructure facilitating access to observations models and predictions ofthe near Earth space environment extending from the Earth s atmosphere up to the outer radiation belts Access to a large number of repo
78. ne 2012 04 June 2012 U School on Space Weather fundamental plasma processes by This email address is 03 ing protected from spambots You need JavaScript enabled to view it ib EE 18 July 2012 224 18 July 2012 eleconference with the Steering Committee by This email address is being protected rom spambots You need JavaScript enabled to view it 1 13 Partners 1 If you want to view the Partners of ESPAS project click on the PARTNERS located at the bottom menu bar LOG IN REGISTER ESPAS Project Contact Us P near earcH space daba infrasbruchure for e science SEARCH BROWSE ESPAS Policies SUPPORT ESPAS provides the following services Search and Download Register observations collections files or data your data in ESPAS 1 Metadata search by from a large number of data providers o Time O Assets Instruments and Models Observed Properties Observation Collections O Location 2 Download of Data Files 3 Download of extracted parameters o Plots of extracted parameters ESPAS is a data infrastructure facilitating access to observations models and predictions of the near Earth space environment extending from the Earth s atmosphere up to the outer radiation belts Access to a large number of repositories with heterogeneous data from ground and space in situ and remote sensors v 3 NEWS EVENTS PARTNERS DATA PROVIDERS The ESPAS Consortium Copyright 2012 This project has received funding f
79. ns Digisonde Bergen Magnetometer Bjerneya Geomagnetic Observartory Magnetometer Castello Tesino Scalar Magnetometer Castello Tesino Vector Magnetometer CHAMP Languir Probe Domb s Geomagnetic Observartory Magnetometer Denna Magnetometer DTU Space fluxgate magnetometer EISCAT Kiruna Receiver EISCAT Sodankyl Receiver EISCAT Svalbard Dvnasonde 4 Click on a specific instance either on the left column or the right side and detailed information is presented for this instance For this example click on the Athens Digisonde and detailed information such as description instrument type etc is presented at the right side Note that the links that are presented at the right will point you to the corresponding entries Navigate in ESPAS Start typing to select options Data Providers Individuals Organisations Platforms Projects s Instruments ACE Magnetometer ace mag ACE SWEPAM ace swepam Alouette 1 Topside Sounder nasa alouette1 Alouette 2 Topside Sounder nasa alouette2 Andeya Magnetometer ANDMagnetometer Athens Digisonde AthensDigisonde Bergen Magnetometer BERMagnetometer Bj rn ya Geomagnetic Observartory Magnetometer BJNMagnetometer Castello Tesino Scalar Magnetometer ScalarCTS Castello Tesino Vector Magnetometer VectorCTS CHAMP Languir Probe 007 Mamhic MCanmannatir Oheoanrartans Navigate in data providers information accessible via ESPAS platforms projects i
80. nstruments models collections etc Athens Digisonde Athens Digisonde is an ionospheric station produced by Lowell Digisonde International capable of making measurements of the overhead ionosphere and provides real time on site processing and analysis to characterize radio signal propagation in support of communications or surveillance operations and enhance ionospheric research efforts Athens Digisonde is installed in Palaia Penteli 38 03 lat 23 52 lon Athens Digisonde data can be accessed through http www iono noa gr http www iono noa gr Instrument Version DPS4 Instrument Type Vertical lonosonde Responsible parties Anna Belehaki Point of contact National Observatory of Athens Holder Operational modes Drift lonogram This is similar to the Doppler lonogram in that higher Doppler resolution is achieved by extending the integration period In addition to multiplexing frequencies the receive antennas are also multiplexed This provides a raw data file which records the relative phase of all Doppler lines of all womb ec oe lbo AA mm wn 8 lo mm meee www eee oie ee She ESPAS Metadata ESPAS Space Physics Ontology ESPAS Supporting Vocabularies 5 As another example click on Observation Collections at the left column A list of all the observation collections registered in ESPAS are presented at the right side Navigate in ESPAS Start typing to select options Data Providers In
81. nvironment extending from the Earth s atmosphere up to the outer radiation belts Access to a large number of repositories with heterogeneous data from ground and space in situ and remote sensors 3 PARTNERS The ESPAS Consortium Copyright 2012 This project has received funding from the European Union s Seventh Framework Programme for research technological development and demonstration under grant agreement no 283676 2 Provide the required information and click Register Note that the fields marked with an asterisk are mandatory e BoP do SEARCH BROWSE ESPAS Policies SUPPORT Are you new to the ESPAS platform Register to participate to the ESPAS platform or gain access to the ESPAS data Name Anna Maria Charisi E mail Address annacharisi yahoo com Password Confirm Password a Affiliation Organisation Name Domain Academic Research Country Greece Intended use of ESPAS data O Academic Commercial Comments Data Provider Checkif you are a data provider administrator 3 A message is presented that confirms your registration to the ESPAS system and an e mail has been sent to your email address with instructions on how to activate your account Thank you Anna Maria Charisi for registering to the ESPAS system An e mail has been sent to your email address Follow the instructions to activate your account 4 Check your e mail An e mail from the sender sup
82. o Obsen o Obsen Locatit 2 Download Time Location 3 Download orextractea parameters e The ESPAS Training School will be held in Warsaw from 19th to 23rd October o Plots of extracted parameters 2015 See http www espas fp7 eu school for further details News Announcements ESPAS is a data infrastructure facilitating access to observations models and predictions of the near Earth space environment extending from the Earth s atmosphere up to the outer radiation belts Access to a large number of repositories with heterogeneous data from ground and space in situ and remote sensors 2 At the top part of the Search by observed properties page there is the Current Selections area see also the section 1 6 Search menu for more information where your selected criteria are presented Below this area at the right part A there is a list of all the observed properties in alphabetical order that are associated with observations You can scroll down this list and select the observed properties you want to include in your metadata query You can also use the Select All button or Deselect All to select and deselect all the options respectively If you hover the mouse pointer over a specific observed property a pop up window presents its description The Clear button clears all the selections including the filters At the left part B there are some filters Phenomenon Measurand Qualifier that you can use to narrow down
83. ocity propagation and with a fixed ratio of the electric to magnetic Electron Flux intensity Electron Temperature IDENTIFIER International Sunspot Number LOCATION http ontology espas fp7 eu phenomenon Electrom agneticWave Neutral Temperature a s Phenomenon Activity Field Particle Photon 4 Wave 4 Electromagnetic Wave Plasma Wave Electric Field Component of EM Wave Magnetric Field Component of EM Wave right 5 Similarly you can navigate through all the vocabularies of the ESPAS space physics ontology by clicking the appropriate terms at the left column 1 7 3 ESPAS Supporting Vocabularies Many of the properties of the concepts of the ESPAS Data Model use values from controlled vocabularies and are referred as supporting vocabularies The terms in these vocabularies are connected to each other via parent child relationships optional as in the case of the ESPAS space physics ontology The definition of each controlled vocabulary is given in the Glossary section Browse Glossary of the ESPAS portal e BoP do HOME SEARCH Glossary Acquisition Asset Component Composite Observed Property Composite Process Compressed Representation Computation Computation Type Crs Data Provider Dimensionality Instance BROWSE ESPAS Policies SUPPORT Corresponds to the process component that interacts with the feature of interest sampling feature to provide a res
84. on s Seventh Framework Programme for research technological development and demonstration under grant agreement no 283676 1 7 Browse menu The Browse menu provides information regarding the ESPAS metadata the ESPAS Space Physics Ontology and the ESPAS Supporting Vocabularies 1 7 1 ESPAS Metadata ESPAS provides access to observations data of the Near Earth Space using relevant information metadata such as the assets instruments and models that generated the observation the observed properties that were measured during the observation etc All this information that characterizes an observation e g when the observation took place what it was measured by which instrument etc is called metadata and is organised according to the ESPAS data model For more information on the ESPAS data model please visit the Support ESPAS Data Model page e E5Pdo i HOME SEARCH BROWSE ESPAS Policies SUPPORT ESPAS Data Model About ESPAS ESPAS Data Model The ESPAS data model is built entirely on ISO 19100 series geographic information standards particularly the ISO 19156 Observations and Measurements O amp M standard This standardisation facilitates interoperability with other information systems and provides freedom to ESPAS Space Physics mix and match information system components without compromising overall success SO 19101 2002 Ontology The general structure of the ESPAS data model gives a central place to the
85. or facilitate your selection of observed properties presented at the right part A hierarchical view of each filter is provided Note also that the selection of an option automatically selects all its siblings in the hierarchy You can manually select or deselect the options by clicking the appropriate check boxes The definition of each filter is available at Support ESPAS Space Physics Ontology page You can select one or more options from each filter and use one or more filters at the same time Note that the OR relationship is implied among the options of the same filter and an AND relationship is implied between the filters lf one selects the ion and electron as phenomenon then the observed properties with phenomenon ion OR electron are presented at the right A high level query could be represented as phenomenon ion OR phenomenon electron But if also the temperature is selected at the measurand filter then the observed properties with phenomenon ion OR electron AND measurand equal to temperature are presented A high level query could be represented as measurand temperature AND phenomenon ion OR phenomenon electron o Espas HOME BROWSE ESPAS POLICIES SUPPORT Current Selections O Start Mew Search Search by observed properties Select Observed Properties on the right Filter with available opt Filter by Observed Pro
86. ovides an overview of ESPAS project LOG IN REGISTER ESPAS Project Contact Us e p 1 p d 6 near earcH space daba infrastructure for e science HOME SEARCH BROWSE ESPAS Policies SUPPORT IN THIS SECTION About ESPAS ESPAS Data Model ESPAS Space Physics The ESPAS project is building an e Infrastructure that will help scientists and engineers to locate observational data from ground based Ontology and space borne sensors and from models that can advance studies of the near Earth space environment and its adverse impact on advanced technologies This is a very diverse environment extending from the upper atmosphere out into the magnetosphere and Glossary beyond into that part of the solar wind that is flowing past the Earth and that is often depositing significant amounts of energy and momentum into the magnetosphere This environment has many different components including a both the neutral and ionised parts of the upper atmosphere the thermosphere and onosphere respectively which extend upwards to around 1000 km altitude b the tenuous extension of the ionosphere out to altitudes of 20000 km the plasmasphere c the regions of high energy particles that surround the Earth the radiation belts and d the origins and properties of the hot plasma flowing from the Sun to the Earth the solar wind This diversity creates a tension that ESPAS has sought to resolve For Data Providers Contact Us a Data are spread a
87. perties Phenomenon Start typing to select options Select All Deselect All Start typing to select options 4 Electron Density Ne Select All Deselect 411 a Total Electron Content 1 410 Held Total Vertical Electron Content 1 Electric Field a Magnetic Field B Magnetic Field 4 Magnetic Field NED Eastward Component Y Partide Magnetic Eastward NED Field Strength Variation dBy Magnetic Field NED Northward Component E lon Magnetic Northward NED Field Strength Variation dBx 4 Charged Particle a Magnetic Field Vertical Component 4 Magnetic Vertical Field Strength Variation dBz Measurand a i 4 Minimum frequency of Reflections from Plasma Layer fmin Minimum frequency of ionospheric reflections in E region fminE Qualifier oo Minimum frequency of ionospheric reflections in Es layer fminEs 3 The following example presents the use of the Phenomenon filter check also the Phenomenon vocabulary at the Browse ESPAS Space Physics Ontology page The filter presents in a hierarchical view all the phenomenon entries of the observed properties that are related with at least one observation Using the buttons Select All or Deselect All you can select or deselect all the options respectively In this example the Wave option has been selected from the Phenomenon filter and all its siblings and on the right the observed properties that are of wave phenomenon are presented
88. pirical Orthogonal Functions EOF It takes values from the Compressed Representation controlled vocabulary Computation Corresponds to the process component that involves only numerical computation no Instrument is involved as in the case of Models e g EDAM SIRMUP or specific softwares e g ARTIST for the autoscaling of the ionograms Computation Type Describes the type of the Computation process e g Mathematical model software It takes values from the Computation Type controlled vocabulary Crs Corresponds to the Coordinate Reference Systems e g GSE GSM used to describe a vector Component observed property definition the location of a Platform and the geographic extent of an Observation It takes values from the Crs controlled vocabulary Data Provider Corresponds to an authorized Institution Organisation or Individual that provides at minimum metadata information and at several cases access to data Dimensionality Instance Dimensionality is a compact description of the domain X spanned by the independent input variables x1 x2 x3 of the Observation result output dependent variable Y Y x1 x2 x3 The independent variables x1 x2 x3 are tested in the course of the Observation to acquire values of the dependent variable Y For example an Observed Property NeutralWindVelocity is a vector fiala i f im 2 enara 1 9 5 For Data Providers 1 In order to view the information
89. port Mespas fp7 eu has been sent that has a link in order to activate your account Click on that link e Account Activation gt support espas fp7 eu To annacharisi yahoo com Please follow this link https www espas fp7 eu portal my Account html email annacharisi y ahoo com amp activationid 5e8 133f4 b4dd 4e66 b73a 494314a005f5 activate to activate your account Reply Reply All or Forward More 5 Your account has been activated and you are automatically logged in the ESPAS and redirected to the My Account My Personal Info page in case you want to edit your information Note the Hello name that is presented on the top right menu that confirms your logged in status e EsPds SEARCH BROWSE ESPAS Policies SUPPORT Edit your information Name Anna Maria Charisi My Dataset File Downloads E mail Address annacharisi yahoo com My Data Values Downloads Password Optional Confirm Password Optional a Affiliation Organisation Name UOA Domain Academic Research Country Greece Intended use of ESPAS data O Academic Commercial Data Provider Check if you are a data provider administrator 1 4 ESPAS Project 1 If you want more information about ESPAS Project click the ESPAS Project link located at the top right menu bar P 1 d C LOG IN REGISTER Contact Us o near earcH space daba infrastrucbure for e Science SEARCH BROWSE ESPAS Policies SUPPORT ESPAS provides
90. rom the European Union s Seventh Framework Programme for research technological development and demonstration under grant agreement no 283676 2 The Partners page of the ESPAS project website will open in a new tab window e t i p d i near earth space daba infrastructure for e science HOME OVERVIEW COMMUNITY NEWS amp EVENTS PUBLICATIONS Home gt Community gt Partners In this section LE sh Meme Partners Data Providers Stakeholders Related Links Google ap data C2013 Google INEGI Terms of Use Partners 1 Science and Technology Facilities Council STFC 2 National and Kapodistrian University of Athens NKUA and National Observatory of Athens NOA 1 14 Data Providers 1 If you want to view the Data Providers of ESPAS project click on the PROVIDERS located at the bottom menu bar DATA e E5Pds HOME SEARCH ESPAS provides the following services 1 Metadata search by o Time Assets Instruments and Models o Observed Properties Observation Collections O Location 2 Download of Data Files 3 Download of extracted parameters o Plots of extracted parameters O NEWS BROWSE LOG IN REGISTER ESPAS Project near earth space daba infrastructure for e scienc ESPAS Policies SUPPORT Search and Download observations collections files or data from a large number of data providers Register your data in ESPAS News Announcements e
91. round many institutes each specialising in a particular measurement or model but b The modern focus on inter disciplinary studies e g coupling between different components means that individual scientists and engineers wish to access many different datasets Thus there was a clear need for a system that helps scientists to locate the datasets that they need and then to download those data This is the core of the problem that ESPAS has addressed The immediate aim was to provide a single point access to a large number of data repositories covering different aspects of the near Earth environment These repositories are very heterogeneous including data from both ground and space based sensors and using a wide variety of measurement techniques e g in situ and remote sensed measurements This heterogeneity was important as it provided the challenge needed to develop a truly flexible system So the ESPAS Consortium has had to address a number of detailed objectives How can the infrastructure integrate heterogeneous data from multiple providers To do this we have established a data model that allows us to capture a wide range of metadata about all these data and to do so in a consistent manner It is the breadth and consistency of the metadata that enables us to build a powerful tool for locating data For this reason we regard the data model as a key outcome of ESPAS 8 Who can access the data To build confidence among data providers the in
92. ry of Athens 1 86 2006 05 12T04 15 00Z National Observatory of Athens 2 16 2006 05 12T04 30 00Z National Observatory of Athens 2 26 2006 05 12T04 45 00Z National Observatory of Athens 2 56 2006 05 12T05 00 00Z National Observatory of Athens 2 56 2006 05 12T05 15 00Z National Observatory of Athens 2 66 2006 05 12T05 45 00Z National Observatory of Athens 2 71 2006 05 12T06 00 00Z National Observatory of Athens 2 986 4 2006 05 12T06 15 00Z National Observatory of Athens 3 06 2006 05 12T06 30 00Z National Observatory of Athens 3 21 43 2006 05 12T06 45 00Z National Observatory of Athens 3 26 2006 05 12T107 00 00Z National Observatory of Athens 3 31 2006 12107 pe 00Z National Observatory of Athens 3 36 43 2006 12709 National Observatory of Athens 3 56 2006 e 12714 pah 00Z National Observatory of Athens 3 06 2006 05 12T15 15 00Z National Observatory of Athens 2 81 N 2006 05 12T16 00 00Z National Observatory of Athens 2 01 2006 05 12T116 15 00Z National Observatory of Athens 2 26 2006 05 12T16 30 00Z National Observatory of Athens 1 91 2006 05 12T16 45 00Z National Observatory of Athens 2 16 2006 05 12T17 se 00Z National Observatory of Athens 1 91 2006 05 12T17 National Observatory of Athens 1 46 2006 05 11T04 45 00Z National Observatory of Athens 3 423
93. s that are not related to an observation are not displayed in this form For a complete list of all the Observation Collections registered in ESPAS you can visit Observation Collection Start typing to select options 9 9 S S Select All Deselect All Alouette 1 Electron Density Profiles Alouette 2 Electron Density Profiles Andenes Magnetometer Data Athens Digisonde SAO files autoscaled Bergen Magnetometer Data _ Bj rn ya Magnetometer Data E Domb s Magnetometer Data _ Danna Magnetometer Data EISCAT lonosonde observations Hopen Magnetometer Data F ISIS 1 Electron Density Profiles F ISIS 2 Electron Density Profiles E j ckvik Magnetometer Data Clear 5 When you have finished with the selection of the observation collections your selections are presented at the Current Selections area You have now the following options e continue your metadata query by clicking on any of the activated buttons at the right Time Period Assets Observed Properties e finish your query by clicking the Submit button or e start a new search by clicking the Start New Search link Current Selections A En egosi Observation Collections Alouette 1 Electron Density Profiles Alouette 2 Electron q les Sw pei Time Period Assets Observed Properties Observation Collections Observation Collections Back Submit Alouette 1 Electron Density Profiles
94. scribes the type of the Computation process e g Mathematical model software It takes values from the Computation Type controlled vocabulary Corresponds to the Coordinate Reference Systems e g GSE GSM used to describe a vector Component observed property definition the location of a Platform and the geographic extent of an Observation It takes values from the Crs controlled vocabulary Corresponds to an authorized Institution Organisation or Individual that provides at minimum metadata information and at several cases access to data Dimensionality is a compact description of the domain X spanned by the independent input variables x1 x2 x3 of the Observation result output dependent variable Y Y fix1 x2 x3 The indanandam ersiarialblll ar sI s w aren bartad im tha enmen nE tha Ober wes etiam ba aem rien seals rm About ESPAS ESPAS Data Model ESPAS Space Physics Ontology For Data Providers Contact Us The ESPAS supporting vocabularies page provides information for all these vocabularies presenting all the terms that exist in each vocabulary along with their description The hierarchy of the ontology terms is presented at the left column by nesting the children terms under the parent term 1 In order to browse the ESPAS supporting vocabularies click on the Browse ESPAS Supporting Vocabularies menu item o e5DaS near earch space daba infrastructure for e scienci
95. se x ESPAS My Acco x A https www espas fp7 eu portal dataServlet requestid SOSReqlD 4229562928userld annacharisidyahoo com xs y Q Search w amp 8 f Q This XML file does not appear to have any style information associated with it The document tree is shown below lt sos GetResultResponse xsi schemaLocation http www opengis net sos 2 0 http schemas opengis net sos 2 0 sos xsd gt lt sos resultValues gt 2006 05 11T03 30 00Z 1 31 2006 05 11T03 45 00Z 1 71 2006 05 11T04 00 00Z 1 81 2006 05 11T04 15 00Z 1 91 2006 05 11T04 30 00Z 1 91 2006 05 11T04 45 00Z 2 16 002006 05 11T05 00 00Z 2 61 2006 05 11T06 00 00Z 2 61 2006 05 11T06 15 00Z 3 16 2006 05 11T06 30 00Z 3 21 2006 05 11T07 15 00Z 3 36 2006 05 11T07 30 00Z 3 41 2006 05 11T08 00 00Z 3 51 2006 05 11T10 00 00Z 3 66 2006 05 11T15 00 00Z 2 96 2006 05 11T15 30 00Z 2 81 2006 05 11T15 45 00Z 2 21 2006 05 11T16 00 00Z 2 01 2006 05 11T16 45 00Z 2 06 2006 05 11T17 00 00Z 1 91 2006 05 12T03 45 00Z 1 91 2006 05 12T04 00 00Z 1 86 2006 05 12T04 15 00Z 2 16 2006 05 12T04 30 00Z 2 26 2006 05 12T04 45 00Z 2 56 2006 05 12T05 00 00Z 2 56 2006 05 12T05 15 00Z 2 66 2006 05 12T05 45 00Z 2 71 2006 05 12T06 00 00Z 2 96 2006 05 12T06 15 0
96. sented below and consists of the following areas e CoPda SEARCH BROWSE ESPAS Policies SUPPORT ESPAS provides the following services Search and Download Register observations collections files or data your data in ESPAS 1 Metadata search by from a large number of data providers o Time Assets Instruments and Models Observed Properties Observation Collections o Location 2 Download of Data Files News Announcements 3 Download of extracted parameters e The ESPAS Training School will be held in Warsaw from 19th to 23rd October o Plots of extracted parameters 2015 See http www espas fp7 eu school for further details ESPAS is a data infrastructure facilitating access to observations models and predictions of the near Earth space environment extending from the Earth s atmosphere up to the outer radiation belts Access to a large number of repositories with heterogeneous data from ground and space in situ and remote sensors 1 Top right menu provides the links for the Login Registration the ESPAS project and Contact page 2 Main menu provides the links for the Search Browse ESPAS Policies Support and My account pages 3 An overview of the ESPAS services 4 Alink to the main Search and Download page 5 Data Providers a link to the Manage Data Source page Users a link to the Support gt For Data Providers 6 News and announcements area 7 Abrief description of ESPAS portal 8 Bottom menu provides
97. sitories with heterogeneous data from ground and space in situ and remote sensors 2 At the top part of the Search by observation collections page there is the Current Selections area see also the section 1 6 Search menu for more information where your selected criteria are presented Below this area at the right part A there is a list of all the observation collections in alphabetical order that are associated with at least one observation You can scroll down this list and select the observation collections you want to include in your metadata query You can also use the Select All button or Deselect All to select and deselect all the options respectively If you hover the mouse pointer over a specific observation collection a pop up window presents its description The Clear button clears all the selections including the filters At the left part B there are some filters Region of Space Dimensionality that you can use to narrow down or facilitate your selection of observation collections presented at the right part A hierarchical view of each filter is provided Note also that the selection of an option automatically selects all its siblings in the hierarchy You can manually select or deselect the options by clicking the appropriate check boxes The definition of each filter is available at Support Glossary page You can select one or more options from each filter and use one or more filters at the same
98. ss to the following diverse databases and data collections listed in the table below Data Providers Types of data Stakeholders Related Links lonosonde parameters ionograms European maps of critical frequencies 8 Digisondes Usable frequencies for HF communications and ionograms Vertical sounding parameters and ionograms Electron density profiles and temperatures from EISCAT lonosonde parameters ionograms Electron density profiles lonograms skymaps and drift files from 50 Digisondes around the world TEC GNSS parameters and European maps Convection maps Magnetic field data from three permanent geomagnetic observatories in Italy Magnetic field data from Sodankyla Geophysical Observatory Magnetic field data from Greenland Denmark and the South Atlantic 2 Metadata Search 2 1 Progressive Search 2 3 Time Location Search 3 Download of Data Files 4 Download of Data Values
99. the following services Search and Download Register observations collections files or data your data in ESPAS 1 Metadata search by from a large number of data providers o Time Assets Instruments and Models o Observed Properties o Observation Collections O Location gt Download of Data Fils News Announcements 3 Download of extracted parameters e The ESPAS Training School will be held in Warsaw from 19th to 23rd October o Plots of extracted parameters 2015 See http www espas fp7 eu school for further details ESPAS is a data infrastructure facilitating access to observations models and predictions of the near Earth space environment extending from the Earth s atmosphere up to the outer radiation belts Access to a large number of repositories with heterogeneous data from ground and space in situ and remote sensors v 2 3 NEWS EVENTS PARTNERS DATA PROVIDERS The ESPAS Consortium Copyright 2012 This project has received funding from the European Union s Seventh Framework Programme for research technological development and demonstration under grant agreement no 283676 2 The ESPAS project website http www espas fp7 eu will open in a new tab window ATEO CECI A As Project Wiki Contact us e i i p d i near earch space daba infrastructure for e science HOME OVERVIEW COMMUNITY NEWS 8 EVENTS PUBLICATIONS Lee Latest News ESPAS Platform Welcome to the EU FP7
100. through http www iono noa gr v Platform w Project 4 Click on the Platform on the left to view all the options for this filter which defines the platform type where the instruments are mounted on check also the Platform type vocabulary at the Browse ESPAS Supporting Vocabularies page Clicking on an option at the left the list of assets is updated at the right to reflect the selections You can choose the options for the platform according to your preferences Then select your assets of interest by clicking the check boxes at the right Search by assets Select Assets on the right Assets and their respective filter options that are not related to an observation are not displayed in this form For a complete list of all the Assets Instrument and Computations Platforms and Projects registered in ESPAS you can visit the Browse gt Metadata section Clear Filter by Assets w Asset Type Start typing to select options Select All Deselect All a Platform Instruments Start typing to select options UCL FPI Svalbard Red and Green Lines Select All Deselect All Ground based station Y Adveotdalen Auroral Station AAS Attu AT Adventdalen Auroral Station AAS a FPI at the Adventdalen Auroral Station belonging to UNIS Castellc was present until closing in 2007 We can do both 630nm and 57 7nm observations with both instruments EISCAT 1 EISCAT Site Troms Troms miem am oe mmm vw Project
101. time Note that the OR relationship is implied among the options of the same filter and an AND relationship is implied between the filters lf one selects the ionosphere and thermosphere as region of space then the observation collections with region of space ionosphere OR thermosphere are presented at the right A high level query could be represented as region of space ionosphere OR region of space thermosphere But if also the 1D profile is selected at the dimensionality filter then the observation collections with region of space ionosphere OR thermosphere AND dimensionality equal to 1D profile are presented A high level query could be represented as dimensionality 1D profile AND region of space ionosphere OR region of space thermosphere e CoPda HOME BROWSE ESPAS POLICIES SUPPORT Current Selections O Back Start Mew Search Search by observation collections Select Observation Collections on the right Filter wit ek Observation Collections that are not related to an observation are not displayed in this form For a complete list of all the Observation Collections registered in ESPAS you can visitthe Clear Browse gt Metadata section Filter by Observation Collection Region of Space Start typing to select options Select All Deselect All Start typing to select options Alouette 1 Electron Density Profiles Select
102. ts of extracted parameters 2015 See http www espas fp7 eu school for further details ESPAS is a data infrastructure facilitating access to observations models and predictions of the near Earth space environment extending from the Earth s atmosphere up to the outer radiation belts Access to a large number of repositories with heterogeneous data from ground and space in situ and remote sensors r NEWS EVENTS PARTNERS DATA PROVIDERS The ESPAS Consortium Copyright 2012 This project has received funding from the European Union s Seventh Framework Programme for research technological development and demonstration under grant agreement no 283676 2 The ESPAS data model page provides a general overview of the ESPAS data model with a figure that presents the relationships among the major data model concepts A link is provided at the end of this page for the detailed documentation of the ESPAS data model for an in depth description o ESDdS near earth space daba infrastructure for HOME SEARCH BROWSE ESPAS Policies SUPPORT IN THIS SECTION ESPAS Data Model About ESPAS The ESPAS data model is built entirely on ISO 19100 series geographic information standards particularly the ISO 19156 Observations and Ee tee moet Measurements O amp M standard This standardisation facilitates interoperability with other information systems and provides freedom to ESPAS Space Physics mix and match information system componen
103. ts without compromising overall success ISO 19101 2002 Ontology The general structure of the ESPAS data model gives a central place to the concept of observation According to Fowler 1998 an Glossary observation is an act that results in the estimation of the value of a feature property using a designated procedure such as a sensor For Data Providers instrument algorithm or process chain An observation is associated with a discrete time instant or period through which a number term or other symbol is assigned to a phenomenon The result of an observation is an estimate of the value of a property of some feature so the details of the observation are metadata concerning the value of the feature property Contact Us EXAMPLE Measuring the act of the observation the F2 layer Critical Frequency foF2 of the lonosphere above Athens at 1 1 2015 16 00 GMT The featureOfinterest is the lonosphere the observedProperty is the foF2 the procedure process is the acquisition made by the Athens Digisonde mounted on NOA platform and the result is 5 2 MHz Following this approach the data which ESPAS data model is aimed at describing is always considered as observation results and the observation together with its properties provide relevant metadata Besides the main concept of Observation the other related concepts that are used in ESPAS data model are listed below while a high level overview of the relationships among them is presented at Figure 1
104. ucture for e science SEARCH BROWSE ESPAS Policies SUPPORT About ESPAS ESPAS provides the following services Seal ESPAS Data Model Register observat your data in ESPAS 1 Metadata search by fromalas ESPAS Space Physics Ontology Assets Instruments and Models Observed Properties For Data Providers 5 Observation Collections Contat ik o Location 2 Download of Data Files News7 Announcements 3 Download of extracted parameters e The ESPAS Training School will be held in Warsaw from 19th to 23rd October o Plots of extracted parameters 2015 See http www espas fp7 eu school for further details ESPAS is a data infrastructure facilitating access to observations models and predictions of the near Earth space environment extending from the Earth s atmosphere up to the outer radiation belts Access to a large number of repositories with heterogeneous data from ground and space in situ and remote sensors 6 x E EVENTS PARTNERS DATA PROVIDERS The ESPAS Consortium Copyright 2012 This project has received funding from the European Union s Seventh Framework Programme for research technological development and demonstration under grant agreement no 283676 2 The glossary page provides a list of terms and their definition that are used in the ESPAS portal LOG IN REGISTER ESPAS Project Contact Us o p 6 p d i near earth space daba infrastructure for e science HOME SEARCH BROWSE ESPAS Policies
105. ult It involves the use of an Instrument which is mounted on a Platform that may have an Operation for satellites aircrafts Corresponds to an Instrument or a numerical Model or other software that was used to generate the observation For vector properties it describes which of the three components is provided in the data only in those cases when observation does not specify the vector property in full Typical components are X Y Z The Component has to be accompanied by a suitable description of the Coordinate Reference System Crs It takes values from the Component controlled vocabulary Describes the group of simple observed properties whose values are estimated in the course of an observation It takes values from the Composite Observed Property controlled vocabulary Represents the process that consists of more than one components of type Acquisition or Computation Describes the formalism of compressed representation of voluminous or complex 3D 2D and 1D data Typical examples are spherical harmonics for 2D maps on the sphere truncated Fourier transforms harmonics for diurnal time series Empirical Orthogonal Functions EOF It takes values from the Compressed Representation controlled vocabulary Corresponds to the process component that involves only numerical computation no Instrument is involved as in the case of Models e g EDAM SIRMUP or specific softwares e g ARTIST for the autoscaling of the ionograms De
106. umn by nesting the children terms under the parent term like the windows explorer presents the folders and file structures e E5Dd5 near earch space catia inirastrucki Scienc HOME SEARCH BROWSE ESPAS Policies SUPPORT N THIS SECTION Navigate in ESPAS Supporting Vocabularies ESPAS Metadata ESPAS Space Physics Ontology Navigate in the ESPAS Supporting Vocabularies terms component licence status crs etc Start typing to select options ESPAS Supporting Vocabularies Component Compressed Representation Coordinate Reference System CRS Dimensionality Instance Dimensionality Timeline Licence Platform Type Projection Related Observation Role Related Party Role Result Accumulation Result Data Format Service Function Status Unit 3 For example click on the Coordinate Reference System CRS vocabulary at the left column then click the Geocentric Spherical term The description of this term is presented at the right side Navigate in ESPAS Supporting Vocabularies Navigate in the ESPAS Supporting Vocabularies terms component licence status crs etc Start typing to select options Component Compressed Representation 4 Coordinate Reference System CRS Corrected GeoMagnetic Geocentric Cartesian Geocentric Equatorial Inertial system for epoch 1950 cartesian Geocentric Equatorial Inertial system for epoch 1950 spherical Geocentric Equatoria
107. under grant agreement no 283676 4 Check your e mail An e mail from the sender support Mespas fp7 eu has been sent that has a link in order to reset your password Click on that link Reset Password inbox x support espas fp 7 eu 2 30 PM 0 minutes ago dl to me Please follow this link https www espas fp7 eu portal my Account htmi resetToken 86e0e9b13edc39a307de7615e91b10fe73e1539e964a3afb1ad890aa352be1ae7382d0c520d38e916b4fd29e565 a8846726499123fe1065fa5b984da7c0a24d0b5d44529ee8bc 1a2bb0e0826c8825b7586aa4333640977b3HFreset to reset your password 5 In the reset password page press Submit give your new password twice in the appropriate fields and gt ESPd5 SEARCH HOME BROWSE Reset your password New Password Confirm New Password Submit Bal edi i ESPAS Policies SUPPORT The ESPAS Consortium Copyright 2012 This project has received funding from the European Union s Seventh Framework Programme for research technological development and demonstration under grant agreement no 283676 6 Your password has been reset and you are automatically logged in the ESPAS and redirected to the My Account My personal info page in case you want to edit your information Note the Hello name that is presented on the top right menu that confirms your logged in status e E5Pds HOME SEARCH BROWSE Edit your information Name Anna Charisi
108. vider you can register metadata in the ESPAS portal Hello Anna Maria Charisi Sign Out ESPAS Project Contact Us e E i l d 1 near earch space daba infrastructure for e science HOME SEARCH BROWSE ESPAS POLICIES SUPPORT MY ACCOUNT Edit your information IM THIS SECTION My Personal Info My Dataset File Downloads E mail Address annachansk yahoo com My Data Values Mame Anna Mana Chansi Downloads Password Optional sseseses Confirm Password Optional ssssss a Affiliation Organisation Name UOA Domain Academic Research M Country Greece 4 Intended use of ESFAS data Academic Commercial Comments Data Provider Eheck if you are a data provider administrator 3 A message is presented that confirms that your personal information has been updated successfully Success Your information was updated successfully 1 10 2 My Dataset File Downloads The My Dataset File Downloads page presents the history and detailed information of your download requests for dataset files Note that for each completed download request you will provided with a url to download the data files This url is valid for a specific period of time as defined by each ESPAS data provider Afterwards the request is expired and you cannot download the data files For each download request you can e view its status A request is characterized by its status which can have one of the follo
109. wing values O Submitting the request is being submitted to the ESPAS system You should wait until the status becomes Completed to get the data files Running the request is running You should wait until the status becomes Completed to get the data files Completed the request has completed successfully You are provided with a url to download the data files This url is valid for a specific period of time as defined by each ESPAS data provider Afterwards the request is expired and you cannot download the data files Pending the request is in a pending state and an appropriate message is displayed You should wait until the status becomes Completed If this takes too long you can cancel the request and resubmit it Expired the request has expired The url to download the data files is not available any more You can resubmit the request to get the files again Canceled the request has been canceled by the user You can resubmit the request Failed the request has failed and the reason of failure is presented You can resubmit the request Undefined The request is in undefined status You should contact the ESPAS administrator Home Page Contact Us e refresh the status You can refresh the status of a request that is in a submitting pending or running status e cancel the request You can cancel a request that is in a submitting pending or running status for example when the request takes too
110. xtracted parameters 2015 See http www espas fp7 eu school for further details ESPAS is a data infrastructure facilitating access to observations models and predictions ofthe near Earth space environment extending from the Earth s atmosphere up to the outer radiation belts Access to a large number of repositories with heterogeneous data from ground and space in situ and remote sensors gt 9 The ESPAS Consortium Copyright 2012 This project has received funding from the European Union s Seventh Framework Programme for research technological development and demonstration under grant agreement no 283676 2 Provide the required information and the message you want to send to ESPAS and click Submit Note that the fields marked with an asterisk are mandatory o BSPd5 near earch space daba infrastructure SEARCH BROWSE ESPAS Policies SUPPORT IN THIS SECTION Contact Us About ESPAS Send an email to the system administrator All fields with an are required ESPAS Data Model ESPAS Space Physics Name Anna Charisi Ontology Glossary E mail Address annacharisi gmail com For Data Providers Contact Us Subject Interest on participating at ESPAS as Data Provider Message Dear Sir Madam would like to inform me about the necessary steps in order to become an official ESPAS Data provider am looking forward to hearing from you Anna Charisi PARTNERS gt 9 The ESPAS Consortium Copyright 201
111. xtracted parameters e The ESPAS Training School will be held in Warsaw from 19th to 23rd October o Plots of extracted parameters 2015 See http www espas fp7 eu school for further details ESPAS is a data infrastructure facilitating access to observations models and predictions of the near Earth space environment extending from the Earth s atmosphere up to the outer radiation belts Access to a large number of repositories with heterogeneous data from ground and space in situ and remote sensors 6 e y NEWS EVENTS PARTNERS DATA PROVIDERS O The ESPAS Consortium Copyright 2012 This project has received funding from the European Union s Seventh Framework Programme for research technological development and demonstration under grant agreement no 283676 2 Alist of all your download requests is presented in chronological order oldest first The name of the request is the name you have defined during the submission of the request see also section 4 Download of data values Inside the parenthesis the local time of the submission is presented You can sort the requests by submission date or name 1 by clicking on the appropriate option of the Sort by drop down menu Moreover you can use the search box filter 2 to search for requests with a specif name or date o ESDd5 near earth space daba Infrasbrucbo HOME SEARCH BROWSE ESPAS POLICIES SUPPORT MY ACCOUNT IN THIS SECTION My Data Values Downloads My

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