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</style></head><body><div><a id="top"/></div><div class="header"><div class="middle">HPDE.io</div></div><div class="page"><div class="spase"><div class="abstract"><div class="citation "><h1><a name="spase://NASA/Service/SPDF/DataService/HDO">Heliophysics Digital Observatory</a></h1><p class="author"><script>
var authors='Fung, S. F., Dolan, Charles F. and Garcia, L. N.';
document.write(authors);
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(2024).
Heliophysics Digital Observatory
[Service].
NASA Space Physics Data Facility.
<a href="https://doi.org/10.48322/7AMG-2875">https://doi.org/10.48322/7AMG-2875</a>.
Accessed on <script>var monthName=new Array("January","February","March","April","May","June","July","August","September","October","November","December"); var today = new Date(); document.write(today.getFullYear()+'-'+monthName[today.getMonth()]+'-'+today.getDate()); </script>.
<br/><br/>
Note: Proper references, including those in <a href="https://citation.crosscite.org/format?doi=https://doi.org/10.48322/7AMG-2875&style=bibtex&lang=en-US">BibTex</a> or <a href="https://citeas.org/cite/https://doi.org/10.48322/7AMG-2875">other formats</a>, should include the "Accessed on date" as shown above to identify the version of the resource being cited in a given publication.
</p><p><div class="term">ResourceID</div><div class="definition">spase://NASA/Service/SPDF/DataService/HDO</div></p><p><div class="term">Description</div><div class="definition"><p>Heliophysics research often requires the use of<br>
a variety of observational and model artifacts to study<br>
processes relating to mass and energy transfer across<br>
different heliophysics domains. The Heliophysics Digital<br>
Observatory (HDO) unifies several legacy discipline-oriented<br>
heliophysics virtual observatories via a more streamlined and<br>
intuitive middleware system that takes advantage of the Space<br>
Physics Archive Search and Extract (SPASE) metadata and focuses on<br>
delivering higher-level data search and discovery<br>
capabilities beyond those of existing data services. SPASE<br>
metadata enables HDO to search/discover, locate and access<br>
multi-disciplinary data and model artifacts simultaneously<br>
from distributed repositories. The HDO functionalities<br>
supporting the NASA Heliophysics science goals are summarized below:</p>
<pre><code>1) Search, locate, and access multi-disciplinary heliophysics digital
resources (observational and model artifacts) to support research.
2) Support systems science research by providing simultaneous access
to multi-disciplinary resources for multiple time intervals based
on (a) solar wind and geomagnetic conditions, (b) observing platform
locations, and (c) phenomenon-based event lists.
3) The HDO built-in magnetospheric-state query system (MSQS) allows
resource searching by solar wind, IMF and geomagnetic conditions,
extreme or otherwise.
</code></pre>
</div></p></div><div><p class="right"><a target="_blank" href="HDO.xml">View XML</a>
| <a target="_blank" href="HDO.json">View JSON</a>
| <a target="_blank" href="https://spase-editor.heliocloud.org/?edit=https://hpde.io/NASA/Service/SPDF/DataService/HDO.xml">Edit</a></p><h1 class="detail">Details</h1></div><div><div class="product"><p class="version">Version:2.6.1</p><h1>Service</h1><div class="term">ResourceID</div><div class="definition">spase://NASA/Service/SPDF/DataService/HDO</div><div class="term">ResourceHeader</div><div class="definition"><div class="term">ResourceName</div><div class="definition">Heliophysics Digital Observatory</div><div class="term">DOI</div><div class="definition">https://doi.org/10.48322/7AMG-2875</div><div class="term">ReleaseDate</div><div class="definition">2024-08-23 16:12:05</div><div class="term">Description</div><div class="definition"><p>Heliophysics research often requires the use of<br>
a variety of observational and model artifacts to study<br>
processes relating to mass and energy transfer across<br>
different heliophysics domains. The Heliophysics Digital<br>
Observatory (HDO) unifies several legacy discipline-oriented<br>
heliophysics virtual observatories via a more streamlined and<br>
intuitive middleware system that takes advantage of the Space<br>
Physics Archive Search and Extract (SPASE) metadata and focuses on<br>
delivering higher-level data search and discovery<br>
capabilities beyond those of existing data services. SPASE<br>
metadata enables HDO to search/discover, locate and access<br>
multi-disciplinary data and model artifacts simultaneously<br>
from distributed repositories. The HDO functionalities<br>
supporting the NASA Heliophysics science goals are summarized below:</p>
<pre><code>1) Search, locate, and access multi-disciplinary heliophysics digital
resources (observational and model artifacts) to support research.
2) Support systems science research by providing simultaneous access
to multi-disciplinary resources for multiple time intervals based
on (a) solar wind and geomagnetic conditions, (b) observing platform
locations, and (c) phenomenon-based event lists.
3) The HDO built-in magnetospheric-state query system (MSQS) allows
resource searching by solar wind, IMF and geomagnetic conditions,
extreme or otherwise.
</code></pre>
</div><div class="term">Acknowledgement</div><div class="definition">
Please make the following acknowledgement in any resulting publication:
This research has made use of data provided by the Heliophysics Data Observatory (HDO).
</div><div class="term">PublicationInfo</div><div class="definition"><div class="term">Authors</div><div class="definition">Fung, S. F., Dolan, Charles F. and Garcia, L. N.</div><div class="term">PublicationDate</div><div class="definition">2024-09-19 18:03:40</div><div class="term">PublishedBy</div><div class="definition">NASA Space Physics Data Facility</div></div><div class="term">Contacts</div><dd><table class="nested" cellspacing="0"><tr><th/><th class="center">Role</th><th class="center">Person</th><th class="center">StartDate</th><th class="center">StopDate</th><th class="center">Note</th></tr><tbody><tr><td>1.</td><td>PrincipalInvestigator</td><td><a target="_blank" href="https://hpde.io/SMWG/Person/Shing.F.Fung.html">spase://SMWG/Person/Shing.F.Fung</a></td><td/><td/><td/></tr><tr><td>2.</td><td>Developer<br/>TechnicalContact</td><td><a target="_blank" href="https://hpde.io/SMWG/Person/Charles.F.Dolan.html">spase://SMWG/Person/Charles.F.Dolan</a></td><td/><td/><td/></tr><tr><td>3.</td><td>MetadataContact</td><td><a target="_blank" href="https://hpde.io/SMWG/Person/Leonard.N.Garcia.html">spase://SMWG/Person/Leonard.N.Garcia</a></td><td/><td/><td/></tr></tbody></table></dd><div class="term">InformationURL</div><div class="definition"><div class="term">Name</div><div class="definition">
Fung, Shing F., Charles F. Dolan and Leonard N. Garcia
(2021), The Heliophysics Digital Observatory (HDO): Providing
Enhanced High-Level Data Search Capabilities, SH44C-07,
presented at the AGU Fall Meeting 2021, New Orleans, December
13-17.
</div><div class="term">URL</div><div class="definition"><a target="_blank" href="https://ui.adsabs.harvard.edu/abs/2021AGUFMSH44C..07F/abstract">https://ui.adsabs.harvard.edu/abs/2021AGUFMSH44C..07F/abstract</a></div></div><div class="term">InformationURL</div><div class="definition"><div class="term">Name</div><div class="definition">
Fung, S. F., C. F. Dolan, and L. N. Garcia (2022), The
Nascent Heliophysics Digital Observatory (HDO): A
Follow-on to the Heliophysics VxOs, presented at the 44th
COSPAR Scientific Assembly,
Athens, Greece, July 16-24.
</div><div class="term">URL</div><div class="definition"><a target="_blank" href="https://ui.adsabs.harvard.edu/abs/2022cosp...44.3485F/abstract">https://ui.adsabs.harvard.edu/abs/2022cosp...44.3485F/abstract</a></div></div><div class="term">InformationURL</div><div class="definition"><div class="term">Name</div><div class="definition">
Fung, Shing F., Hyunju K. Connor, Lan K. Jian,
Guiping Liu, Charles F. Dolan, and Leonard N. Garcia
(2024), The Heliophysics Digital Observatory (HDO): A
Service for Supporting Cross-Disciplinary Heliophysics
Research Community, presented at the 45th COSPAR Scientific
Assembly, Busan, South Korea, July 13-21.
</div><div class="term">URL</div><div class="definition"><a target="_blank" href="https://app.cospar-assembly.org/2023/browser/presentation/34768">https://app.cospar-assembly.org/2023/browser/presentation/34768</a></div></div></div><div class="term">AccessURL</div><div class="definition"><div class="term">URL</div><div class="definition"><a target="_blank" href="https://msqs.gsfc.nasa.gov/hdo/public">https://msqs.gsfc.nasa.gov/hdo/public</a></div><div class="term">Description</div><div class="definition"><p>The HDO Query Builder interface enables access to data<br>
products via a time-range selection;<br>
users may alternatively choose to upload an event list<br>
of time ranges. The resultant time ranges may be filtered<br>
by domain resource type (Solar, Heliospheric,<br>
Magnetospheric, ITM and Wave), magnetospheric state (MSQS)<br>
and/or by spacecraft location (via access to the SPDF/Satellite Situation<br>
Center). The resultant data products may be further filtered by<br>
resource type (Numerical, Display, Catalog, etc.). The main<br>
panel displays the available products and provides download<br>
access while the left sidebar captures all user selections and filters.</p>
</div></div></div></div></div></div></div></body></html>