From 6adc1cdb238d1cbe6232459ea7fbefdefd6ba157 Mon Sep 17 00:00:00 2001
From: Markus Demleitner <m@tfiu.de>
Date: Thu, 9 Jul 2026 17:12:11 +0200
Subject: [PATCH] Adding infrastructure for validating vocabulary-controlled
 elements.

This is basically an xslt-generating python script; see there for how
to use it.

I've also added a file voc-exercise.vor in tests; this exercises the
existing vocabulary checks.  I have not added actual tests yet because
I'm unsure about how single-resource validation should look like in
the end.
---
 assets/validate/checkVOResource.xsl      |   33 +-
 assets/validate/validateVocabularies.xsl | 2882 ++++++++++++++++++++++
 src/benson/oai/vocabulary_xslt.py        |  191 ++
 tests/fixtures/voc-exercise.vor          | 1332 ++++++++++
 4 files changed, 4422 insertions(+), 16 deletions(-)
 create mode 100644 assets/validate/validateVocabularies.xsl
 create mode 100644 src/benson/oai/vocabulary_xslt.py
 create mode 100644 tests/fixtures/voc-exercise.vor

diff --git a/assets/validate/checkVOResource.xsl b/assets/validate/checkVOResource.xsl
index 77485b3..9311f60 100644
--- a/assets/validate/checkVOResource.xsl
+++ b/assets/validate/checkVOResource.xsl
@@ -1,10 +1,11 @@
 <?xml version="1.0" encoding="UTF-8" standalone="yes"?>
-<xsl:stylesheet xmlns:xsl="http://www.w3.org/1999/XSL/Transform" 
-                xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" 
+<xsl:stylesheet xmlns:xsl="http://www.w3.org/1999/XSL/Transform"
+                xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
                 exclude-result-prefixes="vr vg ri oai xsi"
                 version="1.0">
 
    <xsl:import href="testsVOResource-v1_0.xsl"/>
+   <xsl:import href="validateVocabularies.xsl"/>
    <xsl:import href="validationCommon.xsl"/>
 
    <xsl:output method="xml" encoding="UTF-8" indent="yes"
@@ -13,13 +14,13 @@
    <!--
      -  the date and time for the execution of this validater.  This is used
      -  to ensure that stated dates are indeed in the past.  If not
-     -  its an empty string, the test will not be done.  
+     -  its an empty string, the test will not be done.
      -->
    <xsl:param name="rightnow"></xsl:param>
 
    <!--
-     -  a slash-delimited list of authority IDs that have been declared in a 
-     -  registry record.  If this list is non-empty, a test will be applied 
+     -  a slash-delimited list of authority IDs that have been declared in a
+     -  registry record.  If this list is non-empty, a test will be applied
      -  to ensure that the resource's Authority ID has been registered.
      -->
    <xsl:param name="managedAuthorityIDs">//</xsl:param>
@@ -27,9 +28,9 @@
    <!--
      -  the type of query being tested.  Allowed values include:
      -  <pre>
-     -    
-     -    
-     -    
+     -
+     -
+     -
      -  </pre>
      -->
    <xsl:param name="role">resource</xsl:param>
@@ -45,15 +46,15 @@
    <xsl:param name="inputs"/>
 
    <!--
-     -  the status values to show in the output.  The value should be 
+     -  the status values to show in the output.  The value should be
      -  a space-delimited list of status values.  The default is to show
-     -  all status types, e.g. "fail warn rec pass".  
+     -  all status types, e.g. "fail warn rec pass".
      -->
    <xsl:param name="showStatus">fail warn rec pass</xsl:param>
 
    <!--
      -  the test codes to ignore.  The value should be a space-delimited
-     -  list of test codes (i.e. "items") whose results should not be 
+     -  list of test codes (i.e. "items") whose results should not be
      -  returned.
      -->
    <xsl:param name="ignoreTests"/>
@@ -64,7 +65,7 @@
    <xsl:param name="resultsRootElement">VOResourceValidation</xsl:param>
 
    <!--
-     -  this is the value of the showStatus parameter with spaces prepended 
+     -  this is the value of the showStatus parameter with spaces prepended
      -  and appended to add processing by reportResult
      -->
    <xsl:variable name="verbosity">
@@ -72,7 +73,7 @@
    </xsl:variable>
 
    <!--
-     -  this is the value of the show parameter with spaces prepended and 
+     -  this is the value of the show parameter with spaces prepended and
      -  appended to add processing by reportResult
      -->
    <xsl:variable name="ignore">
@@ -81,10 +82,10 @@
 
    <!--
      -  begin testing.  This template should be overridden for the appropriate
-     -    output format (plain text, html, etc.).  It should provide the 
+     -    output format (plain text, html, etc.).  It should provide the
      -    overall document envelope to contain the results of the various
-     -    tests (via reportResult).  Within that envelope, it should apply the 
-     -    mode="byquery" template on "/".  This implementation returns XML 
+     -    tests (via reportResult).  Within that envelope, it should apply the
+     -    mode="byquery" template on "/".  This implementation returns XML
      -    encoding.
      -->
    <xsl:template match="/">
diff --git a/assets/validate/validateVocabularies.xsl b/assets/validate/validateVocabularies.xsl
new file mode 100644
index 0000000..58b8ed7
--- /dev/null
+++ b/assets/validate/validateVocabularies.xsl
@@ -0,0 +1,2882 @@
+
+<!-- Generated by benson.oai.vocabulary_xslt.py; do not edit by
+hand. -->
+
+<xsl:stylesheet
+    xmlns:xsl="http://www.w3.org/1999/XSL/Transform"
+    xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
+    xmlns:ri="http://www.ivoa.net/xml/RegistryInterface/v1.0"
+    xmlns:int="urn:ivoa:rofr-validator-internal"
+    version="1.0">
+
+    <xsl:template match="text()" mode="voccheck"/>
+
+    
+    <int:date_role-terms>
+        <int:term>Accepted</int:term>
+        <int:term>Available</int:term>
+        <int:term>Copyrighted</int:term>
+        <int:term>Collected</int:term>
+        <int:term>Created</int:term>
+        <int:term>Issued</int:term>
+        <int:term>Submitted</int:term>
+        <int:term>Updated</int:term>
+        <int:term>Valid</int:term>
+        <int:term>Inspected</int:term>
+        <int:term>ExportRequested</int:term>
+    </int:date_role-terms>
+    <int:date_role-deprecated>
+        <int:term>representative</int:term>
+        <int:term>creation</int:term>
+        <int:term>update</int:term>
+    </int:date_role-deprecated>
+
+    <xsl:key name="date_role-ok"
+        match="/"
+        use="document('')/xsl:stylesheet/int:date_role-terms/int:term"/>
+    <xsl:key name="date_role-warn"
+        match="/"
+        use="document('')/xsl:stylesheet/int:date_role-deprecated/int:term"/>
+
+    <xsl:template match="/*/curation/date" mode="voccheck">
+        <xsl:variable name="term-given" select="normalize-space(@role)"/>
+        <xsl:choose>
+            <xsl:when test="key('date_role-ok', $term-given)"/>
+
+            <xsl:when test="key('date_role-warn', $term-given)">
+                <xsl:call-template name="reportResult">
+                    <xsl:with-param name="item">use-voc-date_role</xsl:with-param>
+                    <xsl:with-param name="status">false</xsl:with-param>
+                    <xsl:with-param name="type">warn</xsl:with-param>
+                    <xsl:with-param name="desc"
+                        >#<xsl:value-of select="$term-given"
+                        /> deprecated in vocabulary http://www.ivoa.net/rdf/voresource/date_role
+                    </xsl:with-param>
+                </xsl:call-template>
+            </xsl:when>
+
+            <xsl:otherwise>
+                <xsl:call-template name="reportResult">
+                    <xsl:with-param name="item">use-voc-date_role</xsl:with-param>
+                    <xsl:with-param name="status">false</xsl:with-param>
+                    <xsl:with-param name="type">fail</xsl:with-param>
+                    <xsl:with-param name="desc"
+                        >#<xsl:value-of select="$term-given"
+                        /> not in vocabulary http://www.ivoa.net/rdf/voresource/date_role
+                    </xsl:with-param>
+                </xsl:call-template>
+            </xsl:otherwise>
+        </xsl:choose>
+    </xsl:template>
+
+
+
+    <int:content_level-terms>
+        <int:term>Research</int:term>
+        <int:term>Amateur</int:term>
+        <int:term>General</int:term>
+    </int:content_level-terms>
+    <int:content_level-deprecated>
+        
+    </int:content_level-deprecated>
+
+    <xsl:key name="content_level-ok"
+        match="/"
+        use="document('')/xsl:stylesheet/int:content_level-terms/int:term"/>
+    <xsl:key name="content_level-warn"
+        match="/"
+        use="document('')/xsl:stylesheet/int:content_level-deprecated/int:term"/>
+
+    <xsl:template match="/*/content/contentLevel" mode="voccheck">
+        <xsl:variable name="term-given" select="normalize-space(.)"/>
+        <xsl:choose>
+            <xsl:when test="key('content_level-ok', $term-given)"/>
+
+            <xsl:when test="key('content_level-warn', $term-given)">
+                <xsl:call-template name="reportResult">
+                    <xsl:with-param name="item">use-voc-content_level</xsl:with-param>
+                    <xsl:with-param name="status">false</xsl:with-param>
+                    <xsl:with-param name="type">warn</xsl:with-param>
+                    <xsl:with-param name="desc"
+                        >#<xsl:value-of select="$term-given"
+                        /> deprecated in vocabulary http://www.ivoa.net/rdf/voresource/content_level
+                    </xsl:with-param>
+                </xsl:call-template>
+            </xsl:when>
+
+            <xsl:otherwise>
+                <xsl:call-template name="reportResult">
+                    <xsl:with-param name="item">use-voc-content_level</xsl:with-param>
+                    <xsl:with-param name="status">false</xsl:with-param>
+                    <xsl:with-param name="type">fail</xsl:with-param>
+                    <xsl:with-param name="desc"
+                        >#<xsl:value-of select="$term-given"
+                        /> not in vocabulary http://www.ivoa.net/rdf/voresource/content_level
+                    </xsl:with-param>
+                </xsl:call-template>
+            </xsl:otherwise>
+        </xsl:choose>
+    </xsl:template>
+
+
+
+    <int:content_type-terms>
+        <int:term>Other</int:term>
+        <int:term>Archive</int:term>
+        <int:term>Bibliography</int:term>
+        <int:term>Catalog</int:term>
+        <int:term>Journal</int:term>
+        <int:term>Library</int:term>
+        <int:term>Simulation</int:term>
+        <int:term>Survey</int:term>
+        <int:term>Transformation</int:term>
+        <int:term>Education</int:term>
+        <int:term>Outreach</int:term>
+        <int:term>EPOResource</int:term>
+        <int:term>Animation</int:term>
+        <int:term>Artwork</int:term>
+        <int:term>Background</int:term>
+        <int:term>BasicData</int:term>
+        <int:term>Historical</int:term>
+        <int:term>Photographic</int:term>
+        <int:term>Press</int:term>
+        <int:term>Organisation</int:term>
+        <int:term>Project</int:term>
+        <int:term>Registry</int:term>
+    </int:content_type-terms>
+    <int:content_type-deprecated>
+        
+    </int:content_type-deprecated>
+
+    <xsl:key name="content_type-ok"
+        match="/"
+        use="document('')/xsl:stylesheet/int:content_type-terms/int:term"/>
+    <xsl:key name="content_type-warn"
+        match="/"
+        use="document('')/xsl:stylesheet/int:content_type-deprecated/int:term"/>
+
+    <xsl:template match="/*/content/type" mode="voccheck">
+        <xsl:variable name="term-given" select="normalize-space(.)"/>
+        <xsl:choose>
+            <xsl:when test="key('content_type-ok', $term-given)"/>
+
+            <xsl:when test="key('content_type-warn', $term-given)">
+                <xsl:call-template name="reportResult">
+                    <xsl:with-param name="item">use-voc-content_type</xsl:with-param>
+                    <xsl:with-param name="status">false</xsl:with-param>
+                    <xsl:with-param name="type">warn</xsl:with-param>
+                    <xsl:with-param name="desc"
+                        >#<xsl:value-of select="$term-given"
+                        /> deprecated in vocabulary http://www.ivoa.net/rdf/voresource/content_type
+                    </xsl:with-param>
+                </xsl:call-template>
+            </xsl:when>
+
+            <xsl:otherwise>
+                <xsl:call-template name="reportResult">
+                    <xsl:with-param name="item">use-voc-content_type</xsl:with-param>
+                    <xsl:with-param name="status">false</xsl:with-param>
+                    <xsl:with-param name="type">fail</xsl:with-param>
+                    <xsl:with-param name="desc"
+                        >#<xsl:value-of select="$term-given"
+                        /> not in vocabulary http://www.ivoa.net/rdf/voresource/content_type
+                    </xsl:with-param>
+                </xsl:call-template>
+            </xsl:otherwise>
+        </xsl:choose>
+    </xsl:template>
+
+
+
+    <int:relationship_type-terms>
+        <int:term>Cites</int:term>
+        <int:term>IsSupplementTo</int:term>
+        <int:term>IsSupplementedBy</int:term>
+        <int:term>IsContinuedBy</int:term>
+        <int:term>Continues</int:term>
+        <int:term>IsNewVersionOf</int:term>
+        <int:term>IsPreviousVersionOf</int:term>
+        <int:term>IsPartOf</int:term>
+        <int:term>HasPart</int:term>
+        <int:term>IsSourceOf</int:term>
+        <int:term>IsDerivedFrom</int:term>
+        <int:term>IsIdenticalTo</int:term>
+        <int:term>IsServiceFor</int:term>
+        <int:term>IsServedBy</int:term>
+    </int:relationship_type-terms>
+    <int:relationship_type-deprecated>
+        <int:term>mirror-of</int:term>
+        <int:term>service-for</int:term>
+        <int:term>served-by</int:term>
+        <int:term>derived-from</int:term>
+        <int:term>related-to</int:term>
+    </int:relationship_type-deprecated>
+
+    <xsl:key name="relationship_type-ok"
+        match="/"
+        use="document('')/xsl:stylesheet/int:relationship_type-terms/int:term"/>
+    <xsl:key name="relationship_type-warn"
+        match="/"
+        use="document('')/xsl:stylesheet/int:relationship_type-deprecated/int:term"/>
+
+    <xsl:template match="/*/content/relationship/relationshipType" mode="voccheck">
+        <xsl:variable name="term-given" select="normalize-space(.)"/>
+        <xsl:choose>
+            <xsl:when test="key('relationship_type-ok', $term-given)"/>
+
+            <xsl:when test="key('relationship_type-warn', $term-given)">
+                <xsl:call-template name="reportResult">
+                    <xsl:with-param name="item">use-voc-relationship_type</xsl:with-param>
+                    <xsl:with-param name="status">false</xsl:with-param>
+                    <xsl:with-param name="type">warn</xsl:with-param>
+                    <xsl:with-param name="desc"
+                        >#<xsl:value-of select="$term-given"
+                        /> deprecated in vocabulary http://www.ivoa.net/rdf/voresource/relationship_type
+                    </xsl:with-param>
+                </xsl:call-template>
+            </xsl:when>
+
+            <xsl:otherwise>
+                <xsl:call-template name="reportResult">
+                    <xsl:with-param name="item">use-voc-relationship_type</xsl:with-param>
+                    <xsl:with-param name="status">false</xsl:with-param>
+                    <xsl:with-param name="type">fail</xsl:with-param>
+                    <xsl:with-param name="desc"
+                        >#<xsl:value-of select="$term-given"
+                        /> not in vocabulary http://www.ivoa.net/rdf/voresource/relationship_type
+                    </xsl:with-param>
+                </xsl:call-template>
+            </xsl:otherwise>
+        </xsl:choose>
+    </xsl:template>
+
+
+
+    <int:uat-terms>
+        <int:term>classical-black-holes</int:term>
+        <int:term>interstellar-absorption</int:term>
+        <int:term>observational-astronomy</int:term>
+        <int:term>diffuse-interstellar-bands</int:term>
+        <int:term>galaxy-luminosities</int:term>
+        <int:term>horizontal-parallax</int:term>
+        <int:term>gamma-ray-bursters</int:term>
+        <int:term>polycyclic-aromatic-hydrocarbons</int:term>
+        <int:term>clustering</int:term>
+        <int:term>classical-t-tauri-stars</int:term>
+        <int:term>solar-x-ray-flares</int:term>
+        <int:term>ob-stars</int:term>
+        <int:term>auroral-oval</int:term>
+        <int:term>interplanetary-medium</int:term>
+        <int:term>roche-limit</int:term>
+        <int:term>subgiant-stars</int:term>
+        <int:term>galaxies</int:term>
+        <int:term>anomalous-cepheid-variable-stars</int:term>
+        <int:term>eruptive-variable-stars</int:term>
+        <int:term>solar-spectral-irradiance</int:term>
+        <int:term>astrostatistics-distributions</int:term>
+        <int:term>astronomy-data-sonification</int:term>
+        <int:term>galactic-bar</int:term>
+        <int:term>tidal-tails</int:term>
+        <int:term>geosynchronous-satellites</int:term>
+        <int:term>stellar-mass-functions</int:term>
+        <int:term>submillimeter-astronomy</int:term>
+        <int:term>extreme-ultraviolet-astronomy</int:term>
+        <int:term>solar-coronal-mass-ejections</int:term>
+        <int:term>lithium-stars</int:term>
+        <int:term>ultraviolet-spectroscopy</int:term>
+        <int:term>cosmic-noise</int:term>
+        <int:term>hertzsprung-russell-diagram</int:term>
+        <int:term>stratosphere</int:term>
+        <int:term>interstellar-medium</int:term>
+        <int:term>carbonaceous-chondrites</int:term>
+        <int:term>hot-dark-matter</int:term>
+        <int:term>megalithic-astronomy</int:term>
+        <int:term>interstellar-line-emission</int:term>
+        <int:term>starburst-galaxies</int:term>
+        <int:term>lyman-limit-systems</int:term>
+        <int:term>gamma-ray-sources</int:term>
+        <int:term>spectrometers</int:term>
+        <int:term>star-clusters</int:term>
+        <int:term>symbiotic-binary-stars</int:term>
+        <int:term>dark-adaption</int:term>
+        <int:term>solar-particle-emission</int:term>
+        <int:term>natural-satellites-solar-system</int:term>
+        <int:term>lunar-highlands</int:term>
+        <int:term>baryon-acoustic-oscillations</int:term>
+        <int:term>stellar-mass-black-holes</int:term>
+        <int:term>cosmology</int:term>
+        <int:term>solar-neighborhood</int:term>
+        <int:term>meridian-circles</int:term>
+        <int:term>solar-core</int:term>
+        <int:term>orbital-elements</int:term>
+        <int:term>ansae</int:term>
+        <int:term>alt-azimuth-mounts</int:term>
+        <int:term>proper-motions</int:term>
+        <int:term>ionized-coma-gases</int:term>
+        <int:term>metallicity</int:term>
+        <int:term>binary-lens-microlensing</int:term>
+        <int:term>very-large-telescope</int:term>
+        <int:term>b-stars</int:term>
+        <int:term>schwarzschild-metric</int:term>
+        <int:term>magnetohydrodynamics</int:term>
+        <int:term>gravitational-energy</int:term>
+        <int:term>lunar-surface</int:term>
+        <int:term>apparent-superluminal-motion</int:term>
+        <int:term>extrasolar-radiation</int:term>
+        <int:term>interplanetary-physics</int:term>
+        <int:term>iron-meteorites</int:term>
+        <int:term>diurnal-parallax</int:term>
+        <int:term>greenhouse-gases</int:term>
+        <int:term>earth-atmosphere</int:term>
+        <int:term>supergalactic-coordinate-system</int:term>
+        <int:term>fk-catalog</int:term>
+        <int:term>blue-straggler-stars</int:term>
+        <int:term>surface-variability</int:term>
+        <int:term>aperiodic-comets</int:term>
+        <int:term>charge-transfer</int:term>
+        <int:term>delta-delphini-variable-stars</int:term>
+        <int:term>a-giant-stars</int:term>
+        <int:term>zenith-tubes</int:term>
+        <int:term>natural-satellite-dynamics</int:term>
+        <int:term>cassegrain-telescopes</int:term>
+        <int:term>interplanetary-grains</int:term>
+        <int:term>ultraviolet-telescopes</int:term>
+        <int:term>microlensing-parallax</int:term>
+        <int:term>high-energy-astrophysics</int:term>
+        <int:term>cape-ri-photometry</int:term>
+        <int:term>irregular-cadence</int:term>
+        <int:term>celestial-equator</int:term>
+        <int:term>chromatic-aberration</int:term>
+        <int:term>solar-cycle</int:term>
+        <int:term>electronic-spectroscopy</int:term>
+        <int:term>carbon-burning</int:term>
+        <int:term>stellar-classification</int:term>
+        <int:term>telescopes</int:term>
+        <int:term>oxygen-burning</int:term>
+        <int:term>early-astronomical-instruments</int:term>
+        <int:term>transit-instruments</int:term>
+        <int:term>near-ultraviolet-astronomy</int:term>
+        <int:term>open-universe</int:term>
+        <int:term>n-body-simulations</int:term>
+        <int:term>vilnius-photometry</int:term>
+        <int:term>atmospheric-clouds</int:term>
+        <int:term>magnetosphere-cusps</int:term>
+        <int:term>eclipses</int:term>
+        <int:term>equatorial-mounts</int:term>
+        <int:term>shell-burning</int:term>
+        <int:term>magnetohydrodynamical-simulations</int:term>
+        <int:term>poisson-distribution</int:term>
+        <int:term>optical-double-stars</int:term>
+        <int:term>galaxy-ages</int:term>
+        <int:term>radio-interferometry</int:term>
+        <int:term>blazars</int:term>
+        <int:term>sungrazers</int:term>
+        <int:term>stellar-physics</int:term>
+        <int:term>solar-telescopes</int:term>
+        <int:term>laser-guide-stars</int:term>
+        <int:term>magellanic-irregular-galaxies</int:term>
+        <int:term>nonstandard-evolution</int:term>
+        <int:term>interstellar-scintillation</int:term>
+        <int:term>mantle</int:term>
+        <int:term>ultraluminous-x-ray-sources</int:term>
+        <int:term>astronomy-data-acquisition</int:term>
+        <int:term>plate-tectonics</int:term>
+        <int:term>warm-neutral-medium</int:term>
+        <int:term>excitation-rates</int:term>
+        <int:term>near-earth-objects</int:term>
+        <int:term>x-ray-point-sources</int:term>
+        <int:term>planetary-dynamics</int:term>
+        <int:term>earth-trojans</int:term>
+        <int:term>the-sun</int:term>
+        <int:term>nucleated-dwarf-galaxies</int:term>
+        <int:term>astrostatistics</int:term>
+        <int:term>gravity-darkening</int:term>
+        <int:term>poleward-boundary</int:term>
+        <int:term>smoothing</int:term>
+        <int:term>warm-ionized-medium</int:term>
+        <int:term>south-ecliptic-pole</int:term>
+        <int:term>galaxy-masses</int:term>
+        <int:term>pulsating-variable-stars</int:term>
+        <int:term>natural-satellite-atmospheres</int:term>
+        <int:term>asteroid-occultation</int:term>
+        <int:term>g-giant-stars</int:term>
+        <int:term>interacting-binary-stars</int:term>
+        <int:term>compact-nebulae</int:term>
+        <int:term>amateur-astronomy</int:term>
+        <int:term>red-supergiant-stars</int:term>
+        <int:term>virgo-cluster</int:term>
+        <int:term>light-curves</int:term>
+        <int:term>planetary-structure</int:term>
+        <int:term>quantum-gravity</int:term>
+        <int:term>lunar-node-regression</int:term>
+        <int:term>greenhouse-effect</int:term>
+        <int:term>semi-detached-binary-stars</int:term>
+        <int:term>andromeda-galaxy</int:term>
+        <int:term>spectroscopy</int:term>
+        <int:term>relativistic-aberration</int:term>
+        <int:term>descending-node</int:term>
+        <int:term>absolute-magnitude</int:term>
+        <int:term>true-anomaly</int:term>
+        <int:term>nebulae</int:term>
+        <int:term>post-starburst-galaxies</int:term>
+        <int:term>planetary-rings</int:term>
+        <int:term>rotation-powered-pulsars</int:term>
+        <int:term>uncharged-black-holes</int:term>
+        <int:term>early-type-supergiant-stars</int:term>
+        <int:term>direct-absorption</int:term>
+        <int:term>solar-ultraviolet-emission</int:term>
+        <int:term>compact-h-ii-region</int:term>
+        <int:term>lunar-phase</int:term>
+        <int:term>radiative-recombination</int:term>
+        <int:term>solar-evolution</int:term>
+        <int:term>astronomical-techniques</int:term>
+        <int:term>extrasolar-gas-giants</int:term>
+        <int:term>observational-cosmology</int:term>
+        <int:term>vibrational-spectroscopy</int:term>
+        <int:term>ice-physics</int:term>
+        <int:term>apparent-magnitude</int:term>
+        <int:term>sculptor-dwarf-elliptical-galaxy</int:term>
+        <int:term>galaxy-fountains</int:term>
+        <int:term>ionosphere-current-systems</int:term>
+        <int:term>jeans-mass</int:term>
+        <int:term>companion-galaxies</int:term>
+        <int:term>main-sequence</int:term>
+        <int:term>photometer</int:term>
+        <int:term>atmospheric-science</int:term>
+        <int:term>molecular-reactions</int:term>
+        <int:term>minimum-chi-squared</int:term>
+        <int:term>transit-photometry</int:term>
+        <int:term>holographic-interferometry</int:term>
+        <int:term>high-angular-resolution</int:term>
+        <int:term>lemaitre-universe</int:term>
+        <int:term>astronomy-education</int:term>
+        <int:term>emission-nebulae</int:term>
+        <int:term>orbits</int:term>
+        <int:term>laboratory-astrophysics</int:term>
+        <int:term>magnetic-poles</int:term>
+        <int:term>solar-corona</int:term>
+        <int:term>x-ray-astronomy</int:term>
+        <int:term>plutoids</int:term>
+        <int:term>a-stars</int:term>
+        <int:term>planetary-science</int:term>
+        <int:term>exoplanet-atmospheric-composition</int:term>
+        <int:term>early-type-galaxies</int:term>
+        <int:term>dwarf-irregular-galaxies</int:term>
+        <int:term>stellar-processes</int:term>
+        <int:term>stellar-associations</int:term>
+        <int:term>planetesimals</int:term>
+        <int:term>sampling-distribution</int:term>
+        <int:term>natural-satellite-wakes</int:term>
+        <int:term>variable-stars</int:term>
+        <int:term>oort-cloud</int:term>
+        <int:term>stellar-convection-envelopes</int:term>
+        <int:term>moving-clusters</int:term>
+        <int:term>perseus-cluster</int:term>
+        <int:term>inclination</int:term>
+        <int:term>galaxy-collisions</int:term>
+        <int:term>eccentricity</int:term>
+        <int:term>lunar-probes</int:term>
+        <int:term>multiple-star-evolution</int:term>
+        <int:term>near-sun-comets</int:term>
+        <int:term>oort-constants</int:term>
+        <int:term>x-ray-identification</int:term>
+        <int:term>rotating-shells</int:term>
+        <int:term>interdisciplinary-astronomy</int:term>
+        <int:term>dwarf-galaxies</int:term>
+        <int:term>open-star-clusters</int:term>
+        <int:term>radio-observatories</int:term>
+        <int:term>observatories</int:term>
+        <int:term>comet-halley</int:term>
+        <int:term>dq-herculis-stars</int:term>
+        <int:term>contact-binary-stars</int:term>
+        <int:term>pluto</int:term>
+        <int:term>trojan-asteroids</int:term>
+        <int:term>secondary-cosmic-rays</int:term>
+        <int:term>cosmochronology</int:term>
+        <int:term>ionization</int:term>
+        <int:term>stellar-oscillations</int:term>
+        <int:term>gravastars</int:term>
+        <int:term>astronomers</int:term>
+        <int:term>metal-line-absorbers</int:term>
+        <int:term>photographic-photometry</int:term>
+        <int:term>stellar-remnants</int:term>
+        <int:term>weak-g-band-stars</int:term>
+        <int:term>lunar-mineralogy</int:term>
+        <int:term>stellar-diffusion</int:term>
+        <int:term>r-process</int:term>
+        <int:term>astrodynamics</int:term>
+        <int:term>hot-neptunes</int:term>
+        <int:term>night-vision</int:term>
+        <int:term>mean-matter-density</int:term>
+        <int:term>stellar-wind-bubbles</int:term>
+        <int:term>bondi-accretion</int:term>
+        <int:term>filamentary-nebulae</int:term>
+        <int:term>syzygy</int:term>
+        <int:term>exoplanet-atmospheric-dynamics</int:term>
+        <int:term>schmidt-cassegrain-telescopes</int:term>
+        <int:term>horizontal-coordinate-system</int:term>
+        <int:term>comae</int:term>
+        <int:term>diffuse-radiation</int:term>
+        <int:term>t-dwarfs</int:term>
+        <int:term>h-ii-regions</int:term>
+        <int:term>overabundances</int:term>
+        <int:term>theoretical-data</int:term>
+        <int:term>interstellar-plasma</int:term>
+        <int:term>lunar-eclipses</int:term>
+        <int:term>galaxy-jets</int:term>
+        <int:term>venus</int:term>
+        <int:term>single-linkage-hierarchical-clustering</int:term>
+        <int:term>asteroseismology</int:term>
+        <int:term>solar-physics</int:term>
+        <int:term>stellar-phenomena</int:term>
+        <int:term>twilight</int:term>
+        <int:term>magnetic-variable-stars</int:term>
+        <int:term>mars-trojans</int:term>
+        <int:term>mid-latitude-ionosphere</int:term>
+        <int:term>transition-probabilities</int:term>
+        <int:term>xallarap-effect</int:term>
+        <int:term>star-counts</int:term>
+        <int:term>multi-periodic-pulsation</int:term>
+        <int:term>m-sigma-relation</int:term>
+        <int:term>k-dwarf-stars</int:term>
+        <int:term>astronomical-simulations</int:term>
+        <int:term>cosmic-isotropy</int:term>
+        <int:term>mira-variable-stars</int:term>
+        <int:term>radio-pulsars</int:term>
+        <int:term>solar-faculae</int:term>
+        <int:term>galaxy-circumnuclear-disk</int:term>
+        <int:term>pv-telescopii-variable-stars</int:term>
+        <int:term>bipolar-nebulae</int:term>
+        <int:term>infrared-astronomical-satellite</int:term>
+        <int:term>domes</int:term>
+        <int:term>very-small-grains</int:term>
+        <int:term>stellar-spectral-types</int:term>
+        <int:term>red-giant-bump</int:term>
+        <int:term>stellar-occultation</int:term>
+        <int:term>me-variable-stars</int:term>
+        <int:term>hydroxyl-sources</int:term>
+        <int:term>charge-exchange-ionization</int:term>
+        <int:term>brown-dwarfs</int:term>
+        <int:term>circumstellar-disks</int:term>
+        <int:term>anthropic-principle</int:term>
+        <int:term>galaxy-structure</int:term>
+        <int:term>normal-distribution</int:term>
+        <int:term>hot-jupiters</int:term>
+        <int:term>hickson-compact-group</int:term>
+        <int:term>ergosphere</int:term>
+        <int:term>atmospheric-extinction</int:term>
+        <int:term>equinox</int:term>
+        <int:term>rrab-variable-stars</int:term>
+        <int:term>galaxy-magnitudes</int:term>
+        <int:term>gravitational-disruption</int:term>
+        <int:term>south-galactic-pole</int:term>
+        <int:term>philosophy-of-astronomy</int:term>
+        <int:term>main-belt-asteroids</int:term>
+        <int:term>type-ia-supernovae</int:term>
+        <int:term>particle-astrophysics</int:term>
+        <int:term>dynamical-parallax</int:term>
+        <int:term>perihelion</int:term>
+        <int:term>elliptical-galaxies</int:term>
+        <int:term>minimum-spanning-tree</int:term>
+        <int:term>biosignatures</int:term>
+        <int:term>analemma</int:term>
+        <int:term>deconvolution</int:term>
+        <int:term>astronomical-methods</int:term>
+        <int:term>bianchi-cosmology</int:term>
+        <int:term>solar-gamma-ray-emission</int:term>
+        <int:term>chemically-peculiar-stars</int:term>
+        <int:term>galilean-satellites</int:term>
+        <int:term>oscillating-universe</int:term>
+        <int:term>cosmological-evolution</int:term>
+        <int:term>polar-orbit</int:term>
+        <int:term>wide-binary-stars</int:term>
+        <int:term>dredge-up</int:term>
+        <int:term>center-to-limb-observations</int:term>
+        <int:term>hyperbolic-orbit</int:term>
+        <int:term>solar-coronal-plumes</int:term>
+        <int:term>newtonian-cosmology</int:term>
+        <int:term>kracht-group</int:term>
+        <int:term>origin-of-the-universe</int:term>
+        <int:term>heliosheath</int:term>
+        <int:term>stellar-activity</int:term>
+        <int:term>plasma-physics</int:term>
+        <int:term>infrared-dark-clouds</int:term>
+        <int:term>intergalactic-medium</int:term>
+        <int:term>intrinsic-variable-stars</int:term>
+        <int:term>cemp-stars</int:term>
+        <int:term>major-axis</int:term>
+        <int:term>radiative-processes</int:term>
+        <int:term>solar-optical-telescopes</int:term>
+        <int:term>astrochemistry</int:term>
+        <int:term>gravitational-interaction</int:term>
+        <int:term>transit-timing-variation-method</int:term>
+        <int:term>vernal-equinox</int:term>
+        <int:term>very-long-baseline-interferometry</int:term>
+        <int:term>exoplanet-atmospheric-evolution</int:term>
+        <int:term>evolved-stars</int:term>
+        <int:term>astrometric-exoplanet-detection</int:term>
+        <int:term>intracluster-medium</int:term>
+        <int:term>hubble-constant</int:term>
+        <int:term>space-weather</int:term>
+        <int:term>chemical-abundances</int:term>
+        <int:term>lambda-eridani-stars</int:term>
+        <int:term>ice-phases</int:term>
+        <int:term>asymptotic-giant-branch-stars</int:term>
+        <int:term>bright-nebulae</int:term>
+        <int:term>magnetic-stars</int:term>
+        <int:term>celestial-sphere</int:term>
+        <int:term>spin-orbit-resonances</int:term>
+        <int:term>ogle-small-amplitude-red-giant-stars</int:term>
+        <int:term>pareto-distribution</int:term>
+        <int:term>secular-parallax</int:term>
+        <int:term>m-stars</int:term>
+        <int:term>astronomy-data-analysis</int:term>
+        <int:term>astronomical-research</int:term>
+        <int:term>ring-galaxies</int:term>
+        <int:term>astrosphere-interstellar-medium-interactions</int:term>
+        <int:term>solar-planetary-interactions</int:term>
+        <int:term>random-forests</int:term>
+        <int:term>stellar-structures</int:term>
+        <int:term>diffuse-interstellar-clouds</int:term>
+        <int:term>cloud-monitors</int:term>
+        <int:term>ae-stars</int:term>
+        <int:term>high-time-resolution-astrophysics</int:term>
+        <int:term>surface-ices</int:term>
+        <int:term>scalar-tensor-vector-gravity</int:term>
+        <int:term>companion-stars</int:term>
+        <int:term>autumnal-equinox</int:term>
+        <int:term>atmospheric-scintillation</int:term>
+        <int:term>emission-line-stars</int:term>
+        <int:term>giant-galaxies</int:term>
+        <int:term>stellar-astronomy</int:term>
+        <int:term>visibility-function</int:term>
+        <int:term>focal-ratio</int:term>
+        <int:term>l-subdwarfs</int:term>
+        <int:term>density-parameters</int:term>
+        <int:term>solar-active-regions</int:term>
+        <int:term>remote-sensing</int:term>
+        <int:term>zirconium-stars</int:term>
+        <int:term>radio-cores</int:term>
+        <int:term>heliocentric-orbit</int:term>
+        <int:term>slow-irregular-variable-stars</int:term>
+        <int:term>special-relativity</int:term>
+        <int:term>solar-constant</int:term>
+        <int:term>ap-stars</int:term>
+        <int:term>solar-oscillations</int:term>
+        <int:term>field-stars</int:term>
+        <int:term>asteroid-satellites</int:term>
+        <int:term>f-layer</int:term>
+        <int:term>effective-temperature</int:term>
+        <int:term>r-stars</int:term>
+        <int:term>initial-mass-function</int:term>
+        <int:term>polar-tides</int:term>
+        <int:term>x-ray-sources</int:term>
+        <int:term>symbiotic-novae</int:term>
+        <int:term>exoplanet-systems</int:term>
+        <int:term>cosmogony</int:term>
+        <int:term>high-resolution-microlensing-event-imaging</int:term>
+        <int:term>circumstellar-dust</int:term>
+        <int:term>f-dwarf-stars</int:term>
+        <int:term>halo-stars</int:term>
+        <int:term>solar-neutrinos</int:term>
+        <int:term>red-dwarf-flare-stars</int:term>
+        <int:term>marsden-group</int:term>
+        <int:term>big-bang-theory</int:term>
+        <int:term>almanacs</int:term>
+        <int:term>schmidt-cameras</int:term>
+        <int:term>neptunian-satellites</int:term>
+        <int:term>magellanic-clouds</int:term>
+        <int:term>antumbra</int:term>
+        <int:term>region-1-current</int:term>
+        <int:term>annual-equation</int:term>
+        <int:term>k-stars</int:term>
+        <int:term>comet-surfaces</int:term>
+        <int:term>galaxy-quenching</int:term>
+        <int:term>einstein-universe</int:term>
+        <int:term>ionosphere</int:term>
+        <int:term>solar-rotation</int:term>
+        <int:term>t-subdwarfs</int:term>
+        <int:term>auroral-electrojet</int:term>
+        <int:term>merged-beams</int:term>
+        <int:term>high-velocity-stars</int:term>
+        <int:term>termination-shock</int:term>
+        <int:term>heterodyne-interferometry</int:term>
+        <int:term>photometry</int:term>
+        <int:term>cosmic-ray-sources</int:term>
+        <int:term>galaxy-encounters</int:term>
+        <int:term>tidal-distortion</int:term>
+        <int:term>proplyds</int:term>
+        <int:term>population-ii-stars</int:term>
+        <int:term>cocoon-stars</int:term>
+        <int:term>seyfert-galaxies</int:term>
+        <int:term>baryonic-dark-matter</int:term>
+        <int:term>carbon-nitrogen-cycle</int:term>
+        <int:term>spokes</int:term>
+        <int:term>luminosity-classification</int:term>
+        <int:term>oef-stars</int:term>
+        <int:term>ultraluminous-infrared-galaxies</int:term>
+        <int:term>solar-k-corona</int:term>
+        <int:term>burkert-profile</int:term>
+        <int:term>cosmic-microwave-background-radiation</int:term>
+        <int:term>solstice</int:term>
+        <int:term>close-binary-stars</int:term>
+        <int:term>apsides</int:term>
+        <int:term>ion-storage-rings</int:term>
+        <int:term>zodiac</int:term>
+        <int:term>heliostats</int:term>
+        <int:term>late-type-dwarf-stars</int:term>
+        <int:term>astrographic-catalogs</int:term>
+        <int:term>solar-chromosphere</int:term>
+        <int:term>sx-arietis-variable-stars</int:term>
+        <int:term>spectral-line-identification</int:term>
+        <int:term>io</int:term>
+        <int:term>near-infrared-astronomy</int:term>
+        <int:term>transient-sources</int:term>
+        <int:term>credible-region</int:term>
+        <int:term>planetary-magnetosphere</int:term>
+        <int:term>gamma-distribution</int:term>
+        <int:term>black-hole-spin-flip</int:term>
+        <int:term>globular-star-clusters</int:term>
+        <int:term>doppler-shift</int:term>
+        <int:term>exoplanets</int:term>
+        <int:term>molecular-clouds</int:term>
+        <int:term>primordial-black-holes</int:term>
+        <int:term>flare-stars</int:term>
+        <int:term>wide-field-telescopes</int:term>
+        <int:term>stellar-distance</int:term>
+        <int:term>achondrites</int:term>
+        <int:term>dark-matter</int:term>
+        <int:term>relaxation-time</int:term>
+        <int:term>abell-clusters</int:term>
+        <int:term>hierarchical-models</int:term>
+        <int:term>novae</int:term>
+        <int:term>rrc-variable-stars</int:term>
+        <int:term>inflationary-universe</int:term>
+        <int:term>variable-star-period-change</int:term>
+        <int:term>solar-system-planets</int:term>
+        <int:term>cometary-nebulae</int:term>
+        <int:term>galaxy-radii</int:term>
+        <int:term>early-type-emission-stars</int:term>
+        <int:term>radio-jets</int:term>
+        <int:term>orbital-anomalies</int:term>
+        <int:term>lomb-scargle-periodogram</int:term>
+        <int:term>complex-organic-molecules</int:term>
+        <int:term>solar-analogs</int:term>
+        <int:term>astronomical-detectors</int:term>
+        <int:term>g-stars</int:term>
+        <int:term>periodic-variable-stars</int:term>
+        <int:term>tidal-radius</int:term>
+        <int:term>resonant-kuiper-belt-objects</int:term>
+        <int:term>red-giant-stars</int:term>
+        <int:term>flat-space</int:term>
+        <int:term>delta-cepheid-variable-stars</int:term>
+        <int:term>solar-coronal-transients</int:term>
+        <int:term>radio-hot-spots</int:term>
+        <int:term>polarimetry</int:term>
+        <int:term>k-subgiant-stars</int:term>
+        <int:term>astrostatistics-techniques</int:term>
+        <int:term>ultraviolet-sources</int:term>
+        <int:term>surface-composition</int:term>
+        <int:term>radio-telescopes</int:term>
+        <int:term>enceladus</int:term>
+        <int:term>solar-granulation</int:term>
+        <int:term>r-coronae-borealis-variable-stars</int:term>
+        <int:term>quasars</int:term>
+        <int:term>computational-astronomy</int:term>
+        <int:term>vertical-circle</int:term>
+        <int:term>structure-determination</int:term>
+        <int:term>solar-differential-rotation</int:term>
+        <int:term>interstellar-molecules</int:term>
+        <int:term>galactic-longitude</int:term>
+        <int:term>stellar-aberration</int:term>
+        <int:term>solar-system</int:term>
+        <int:term>o-stars</int:term>
+        <int:term>virgo-supercluster</int:term>
+        <int:term>craters</int:term>
+        <int:term>dwarf-planets</int:term>
+        <int:term>exoplanet-atmospheric-structure</int:term>
+        <int:term>sunspots</int:term>
+        <int:term>low-mass-x-ray-binary-stars</int:term>
+        <int:term>interferometry</int:term>
+        <int:term>infrared-observatories</int:term>
+        <int:term>active-galactic-nuclei</int:term>
+        <int:term>planetary-mineralogy</int:term>
+        <int:term>region-2-current</int:term>
+        <int:term>planetary-polar-regions</int:term>
+        <int:term>nuclear-fission</int:term>
+        <int:term>w-ursae-majoris-variable-stars</int:term>
+        <int:term>photoelectric-magnitude</int:term>
+        <int:term>molecular-structural-parameters</int:term>
+        <int:term>disk-flaring</int:term>
+        <int:term>comet-nuclei</int:term>
+        <int:term>stellar-properties</int:term>
+        <int:term>classical-novae</int:term>
+        <int:term>planetary-theory</int:term>
+        <int:term>protostars</int:term>
+        <int:term>alpha-cygni-variable-stars</int:term>
+        <int:term>intermediate-mass-black-holes</int:term>
+        <int:term>m-giant-stars</int:term>
+        <int:term>solar-fibrils</int:term>
+        <int:term>accretion</int:term>
+        <int:term>stellar-surfaces</int:term>
+        <int:term>experimental-techniques</int:term>
+        <int:term>calibration</int:term>
+        <int:term>distance-measure</int:term>
+        <int:term>stellar-mass-loss</int:term>
+        <int:term>dirty-snowball-model</int:term>
+        <int:term>exoplanet-detection-methods</int:term>
+        <int:term>f-subdwarf-stars</int:term>
+        <int:term>software-documentation</int:term>
+        <int:term>einstein-field-equations</int:term>
+        <int:term>lunar-transient-phenomena</int:term>
+        <int:term>rr-lyrae-variable-stars</int:term>
+        <int:term>e-layer</int:term>
+        <int:term>pre-main-sequence-stars</int:term>
+        <int:term>de-excitation-rates</int:term>
+        <int:term>radiative-magnetohydrodynamics</int:term>
+        <int:term>u-geminorum-stars</int:term>
+        <int:term>focal-length</int:term>
+        <int:term>radical-radical-recombination</int:term>
+        <int:term>gravitational-wave-sources</int:term>
+        <int:term>solar-eclipses</int:term>
+        <int:term>angular-separation</int:term>
+        <int:term>astrometry</int:term>
+        <int:term>hot-intergalactic-medium</int:term>
+        <int:term>line-positions</int:term>
+        <int:term>medium-band-photometry</int:term>
+        <int:term>blue-loop</int:term>
+        <int:term>celestial-mechanics</int:term>
+        <int:term>ceres</int:term>
+        <int:term>astronomical-radiation-sources</int:term>
+        <int:term>liner-galaxies</int:term>
+        <int:term>jets</int:term>
+        <int:term>convolutional-neural-networks</int:term>
+        <int:term>stromgren-photometric-system</int:term>
+        <int:term>occultation</int:term>
+        <int:term>galaxy-spectroscopy</int:term>
+        <int:term>lc-variable-stars</int:term>
+        <int:term>charge-exchange-recombination</int:term>
+        <int:term>stellar-photospheres</int:term>
+        <int:term>galactic-anticenter</int:term>
+        <int:term>common-envelope-evolution</int:term>
+        <int:term>fornax-dwarf-spheroidal-galaxy</int:term>
+        <int:term>microlensing-event-rate</int:term>
+        <int:term>compact-dwarf-galaxies</int:term>
+        <int:term>radio-source-counts</int:term>
+        <int:term>interstellar-medium-wind</int:term>
+        <int:term>trans-planckian-physics</int:term>
+        <int:term>young-massive-clusters</int:term>
+        <int:term>sunspot-flow</int:term>
+        <int:term>mars</int:term>
+        <int:term>interstellar-radiation-field</int:term>
+        <int:term>stellar-dynamics</int:term>
+        <int:term>high-redshift-galaxy-clusters</int:term>
+        <int:term>x-ray-photometry</int:term>
+        <int:term>interstellar-phases</int:term>
+        <int:term>spectral-index</int:term>
+        <int:term>reflecting-telescopes</int:term>
+        <int:term>upper-atmosphere</int:term>
+        <int:term>quiet-solar-chromosphere</int:term>
+        <int:term>planetary-atmospheres</int:term>
+        <int:term>two-body-problem</int:term>
+        <int:term>circumstellar-masers</int:term>
+        <int:term>non-gaussianity</int:term>
+        <int:term>private-software</int:term>
+        <int:term>stellar-atmospheric-opacity</int:term>
+        <int:term>galaxy-cluster-counts</int:term>
+        <int:term>gamma-ray-bursts</int:term>
+        <int:term>meteors</int:term>
+        <int:term>galaxy-classification-systems</int:term>
+        <int:term>natural-satellites-extrasolar</int:term>
+        <int:term>de-sitter-universe</int:term>
+        <int:term>wc-stars</int:term>
+        <int:term>population-iii-stars</int:term>
+        <int:term>voids</int:term>
+        <int:term>spacetime-metric</int:term>
+        <int:term>bouwers-telescope</int:term>
+        <int:term>gamma-ray-telescopes</int:term>
+        <int:term>electric-discharge</int:term>
+        <int:term>stellar-magnetic-fields</int:term>
+        <int:term>atmospheric-circulation</int:term>
+        <int:term>soft-gamma-ray-repeaters</int:term>
+        <int:term>chondrules</int:term>
+        <int:term>stellar-inner-cores</int:term>
+        <int:term>diffuse-molecular-clouds</int:term>
+        <int:term>stellar-rotation</int:term>
+        <int:term>a-subdwarf-stars</int:term>
+        <int:term>optical-constants-ice-</int:term>
+        <int:term>moving-cluster-parallax</int:term>
+        <int:term>model-selection</int:term>
+        <int:term>solar-extreme-ultraviolet-emission</int:term>
+        <int:term>collisional-processes</int:term>
+        <int:term>clouds</int:term>
+        <int:term>galaxy-clusters</int:term>
+        <int:term>stellar-luminosities</int:term>
+        <int:term>f-giant-stars</int:term>
+        <int:term>solar-active-region-filaments</int:term>
+        <int:term>ejecta</int:term>
+        <int:term>cosmic-inflation</int:term>
+        <int:term>detached-objects</int:term>
+        <int:term>satellite-microlensing-parallax</int:term>
+        <int:term>discrete-radio-sources</int:term>
+        <int:term>blazhko-effect</int:term>
+        <int:term>star-lore</int:term>
+        <int:term>x-ray-transient-sources</int:term>
+        <int:term>astronomical-coordinate-systems</int:term>
+        <int:term>pulsar-planets</int:term>
+        <int:term>stellar-evolutionary-types</int:term>
+        <int:term>astronomy-software</int:term>
+        <int:term>survival-analysis</int:term>
+        <int:term>millimeter-wave-spectroscopy</int:term>
+        <int:term>pg-1159-stars</int:term>
+        <int:term>galaxy-groups</int:term>
+        <int:term>transits</int:term>
+        <int:term>interferometric-binary-stars</int:term>
+        <int:term>north-celestial-pole</int:term>
+        <int:term>exoplanet-astronomy</int:term>
+        <int:term>newtonian-telescopes</int:term>
+        <int:term>jovian-satellites</int:term>
+        <int:term>sra-variable-stars</int:term>
+        <int:term>atomic-physics</int:term>
+        <int:term>scaling-relations</int:term>
+        <int:term>milky-way-galaxy-physics</int:term>
+        <int:term>einstein-rings</int:term>
+        <int:term>milky-way-evolution</int:term>
+        <int:term>b-subdwarf-stars</int:term>
+        <int:term>photovisual-magnitude</int:term>
+        <int:term>pulsar-timing-method</int:term>
+        <int:term>extragalactic-magnetic-fields</int:term>
+        <int:term>diamond-ring-effect</int:term>
+        <int:term>interstellar-emissions</int:term>
+        <int:term>water-masers</int:term>
+        <int:term>post-asymptotic-giant-branch-stars</int:term>
+        <int:term>eccentric-anomaly</int:term>
+        <int:term>field-galaxies</int:term>
+        <int:term>peculiar-variable-stars</int:term>
+        <int:term>heliopause</int:term>
+        <int:term>m-subgiant-stars</int:term>
+        <int:term>space-observatories</int:term>
+        <int:term>dwarf-spheroidal-galaxies</int:term>
+        <int:term>compact-objects</int:term>
+        <int:term>archaeoastronomy</int:term>
+        <int:term>galaxy-formation</int:term>
+        <int:term>galactic-bulge</int:term>
+        <int:term>mass-ratio</int:term>
+        <int:term>helium-weak-stars</int:term>
+        <int:term>ice-composition</int:term>
+        <int:term>lunar-rays</int:term>
+        <int:term>annular-eclipses</int:term>
+        <int:term>north-ecliptic-pole</int:term>
+        <int:term>quiet-solar-corona</int:term>
+        <int:term>hall-thrusters</int:term>
+        <int:term>reflection-nebulae</int:term>
+        <int:term>dynamical-evolution</int:term>
+        <int:term>disk-galaxies</int:term>
+        <int:term>charged-black-holes</int:term>
+        <int:term>rgb-photometry</int:term>
+        <int:term>damped-lyman-alpha-systems</int:term>
+        <int:term>leptogenesis</int:term>
+        <int:term>magellanic-stream</int:term>
+        <int:term>orbital-motion</int:term>
+        <int:term>heterodyne-receivers</int:term>
+        <int:term>wolf-rayet-stars</int:term>
+        <int:term>glaciers</int:term>
+        <int:term>solar-spicules</int:term>
+        <int:term>celestial-poles</int:term>
+        <int:term>direct-imaging</int:term>
+        <int:term>polar-caps</int:term>
+        <int:term>f-stars</int:term>
+        <int:term>total-eclipses</int:term>
+        <int:term>neptune-trojans</int:term>
+        <int:term>mercury-manganese-stars</int:term>
+        <int:term>mean-anomaly</int:term>
+        <int:term>big-bang-nucleosynthesis</int:term>
+        <int:term>supernova-remnants</int:term>
+        <int:term>saturnian-satellites</int:term>
+        <int:term>astronomical-location</int:term>
+        <int:term>luminous-blue-variable-stars</int:term>
+        <int:term>parallel-field</int:term>
+        <int:term>dust-nebulae</int:term>
+        <int:term>giant-elliptical-galaxies</int:term>
+        <int:term>triangulum-galaxy</int:term>
+        <int:term>methane</int:term>
+        <int:term>solar-radius</int:term>
+        <int:term>prior-distribution</int:term>
+        <int:term>maximal-kerr-black-holes</int:term>
+        <int:term>herbig-ae-be-stars</int:term>
+        <int:term>galaxy-colors</int:term>
+        <int:term>voronoi-tessellation</int:term>
+        <int:term>ecliptic-latitude</int:term>
+        <int:term>cosmological-phase-transitions</int:term>
+        <int:term>hubble-s-law</int:term>
+        <int:term>galaxy-processes</int:term>
+        <int:term>astronomical-models</int:term>
+        <int:term>uv-ceti-stars</int:term>
+        <int:term>asteroid-surfaces</int:term>
+        <int:term>vega-photometry</int:term>
+        <int:term>amorphous-irregular-galaxies</int:term>
+        <int:term>photodissociation-reactions</int:term>
+        <int:term>degenerate-matter</int:term>
+        <int:term>surface-processes</int:term>
+        <int:term>jupiter-trojans</int:term>
+        <int:term>large-magellanic-cloud</int:term>
+        <int:term>magnetogram</int:term>
+        <int:term>n-stars</int:term>
+        <int:term>molecular-beams</int:term>
+        <int:term>zz-ceti-stars</int:term>
+        <int:term>interferometers</int:term>
+        <int:term>galaxy-environments</int:term>
+        <int:term>circumstellar-matter</int:term>
+        <int:term>lunar-science</int:term>
+        <int:term>neutrino-astronomy</int:term>
+        <int:term>dimensionality-reduction</int:term>
+        <int:term>high-mass-x-ray-binary-stars</int:term>
+        <int:term>lunar-geodesy</int:term>
+        <int:term>massive-stars</int:term>
+        <int:term>algorithms</int:term>
+        <int:term>f-supergiant-stars</int:term>
+        <int:term>stellar-e-corona</int:term>
+        <int:term>stellar-atmospheres</int:term>
+        <int:term>synodic-period</int:term>
+        <int:term>gunn-photometry</int:term>
+        <int:term>periapsis</int:term>
+        <int:term>strontium-stars</int:term>
+        <int:term>exoplanet-structure</int:term>
+        <int:term>planetary-cores</int:term>
+        <int:term>baryogenesis</int:term>
+        <int:term>blank-fields</int:term>
+        <int:term>kapteyn-selected-areas</int:term>
+        <int:term>lagrangian-points</int:term>
+        <int:term>astronomy-databases</int:term>
+        <int:term>o-subdwarf-stars</int:term>
+        <int:term>stellar-masses</int:term>
+        <int:term>gravitational-deflection</int:term>
+        <int:term>light-curve-classification</int:term>
+        <int:term>cosmic-background-radiation</int:term>
+        <int:term>saturn</int:term>
+        <int:term>by-draconis-stars</int:term>
+        <int:term>double-mode-cepheid-variable-stars</int:term>
+        <int:term>srd-variable-stars</int:term>
+        <int:term>x-ray-detectors</int:term>
+        <int:term>b-e-stars</int:term>
+        <int:term>gravitational-collapse</int:term>
+        <int:term>s-stars</int:term>
+        <int:term>hypervelocity-stars</int:term>
+        <int:term>conjunction</int:term>
+        <int:term>solar-filaments</int:term>
+        <int:term>solar-magnetic-bright-points</int:term>
+        <int:term>astrophysical-fluid-dynamics</int:term>
+        <int:term>quiet-sun</int:term>
+        <int:term>spatial-point-processes</int:term>
+        <int:term>low-mass-stars</int:term>
+        <int:term>close-encounters</int:term>
+        <int:term>topocentric-microlensing-parallax</int:term>
+        <int:term>galaxy-properties</int:term>
+        <int:term>classification-systems</int:term>
+        <int:term>catadioptric-telescopes</int:term>
+        <int:term>meteorite-composition</int:term>
+        <int:term>galaxy-disks</int:term>
+        <int:term>galaxy-mergers</int:term>
+        <int:term>x-ray-telescopes</int:term>
+        <int:term>galaxy-mass-distribution</int:term>
+        <int:term>reaction-rates</int:term>
+        <int:term>principal-component-analysis</int:term>
+        <int:term>waveband-photometry</int:term>
+        <int:term>flash-spectra</int:term>
+        <int:term>active-solar-chromosphere</int:term>
+        <int:term>radio-sources</int:term>
+        <int:term>computational-methods</int:term>
+        <int:term>electron-impact-excitation</int:term>
+        <int:term>neutrino-decoupling</int:term>
+        <int:term>radio-source-catalogs</int:term>
+        <int:term>rrd-variable-stars</int:term>
+        <int:term>molecular-spectroscopy</int:term>
+        <int:term>planetary-climates</int:term>
+        <int:term>ligo</int:term>
+        <int:term>wavelet-analysis</int:term>
+        <int:term>stellar-interstellar-interactions</int:term>
+        <int:term>magnetosphere-lobes</int:term>
+        <int:term>aurorae</int:term>
+        <int:term>atomic-spectroscopy</int:term>
+        <int:term>equatorial-coordinate-system</int:term>
+        <int:term>meteor-showers</int:term>
+        <int:term>gegenschein</int:term>
+        <int:term>azimuth</int:term>
+        <int:term>hardness-ratio</int:term>
+        <int:term>h-alpha-photometry</int:term>
+        <int:term>shepherd-satellites</int:term>
+        <int:term>equatorial-electrojet</int:term>
+        <int:term>ring-nebulae</int:term>
+        <int:term>comet-tail-streamers</int:term>
+        <int:term>hydrogen-burning</int:term>
+        <int:term>cno-anomaly</int:term>
+        <int:term>planet-hosting-stars</int:term>
+        <int:term>neutron-star-cores</int:term>
+        <int:term>penrose-process</int:term>
+        <int:term>sundivers</int:term>
+        <int:term>double-periodic-variable-stars</int:term>
+        <int:term>interstellar-clouds</int:term>
+        <int:term>population-ii-cepheid-variable-stars</int:term>
+        <int:term>astronomical-unit</int:term>
+        <int:term>keplerian-orbit</int:term>
+        <int:term>hertzsprung-gap</int:term>
+        <int:term>binary-stars</int:term>
+        <int:term>delta-scuti-variable-stars</int:term>
+        <int:term>tailed-radio-galaxies</int:term>
+        <int:term>nuclear-astrophysics</int:term>
+        <int:term>james-webb-space-telescope</int:term>
+        <int:term>comet-ion-tails</int:term>
+        <int:term>late-type-giant-stars</int:term>
+        <int:term>luminous-infrared-galaxies</int:term>
+        <int:term>warm-hot-intergalactic-medium</int:term>
+        <int:term>mesopause</int:term>
+        <int:term>ultra-high-energy-cosmic-radiation</int:term>
+        <int:term>x-ray-bright-point</int:term>
+        <int:term>white-dwarf-stars</int:term>
+        <int:term>early-type-stars</int:term>
+        <int:term>solar-meridional-circulation</int:term>
+        <int:term>atmospheric-variability</int:term>
+        <int:term>lyman-alpha-forest-clouds</int:term>
+        <int:term>time-domain-astronomy</int:term>
+        <int:term>optical-interferometry</int:term>
+        <int:term>non-radial-pulsations</int:term>
+        <int:term>keplerian-telescopes</int:term>
+        <int:term>density-wave-model</int:term>
+        <int:term>apocenter</int:term>
+        <int:term>planetary-system-formation</int:term>
+        <int:term>k-giant-stars</int:term>
+        <int:term>eclipsing-binary-stars</int:term>
+        <int:term>galaxy-chemical-evolution</int:term>
+        <int:term>s-doradus-stars</int:term>
+        <int:term>neptune</int:term>
+        <int:term>ab-photometry</int:term>
+        <int:term>quadrupole-mass-spectrometry</int:term>
+        <int:term>cultural-astronomy</int:term>
+        <int:term>internal-waves</int:term>
+        <int:term>earth-planet</int:term>
+        <int:term>x-ray-stars</int:term>
+        <int:term>free-floating-planets</int:term>
+        <int:term>galactic-latitude</int:term>
+        <int:term>recombination-cosmology</int:term>
+        <int:term>infrared-galaxies</int:term>
+        <int:term>impact-phenomena</int:term>
+        <int:term>short-period-comets</int:term>
+        <int:term>coelostats</int:term>
+        <int:term>hypernovae</int:term>
+        <int:term>deep-space-probes</int:term>
+        <int:term>stellar-x-ray-flares</int:term>
+        <int:term>interstellar-magnetic-fields</int:term>
+        <int:term>magnetosheath</int:term>
+        <int:term>photoheliographs</int:term>
+        <int:term>early-type-variable-stars</int:term>
+        <int:term>neutral-neutral-reactions</int:term>
+        <int:term>active-sun</int:term>
+        <int:term>comets</int:term>
+        <int:term>strong-gravitational-lensing</int:term>
+        <int:term>ocean-tides</int:term>
+        <int:term>interplanetary-dust</int:term>
+        <int:term>pre-biotic-astrochemistry</int:term>
+        <int:term>galaxy-stellar-halos</int:term>
+        <int:term>spherical-aberration</int:term>
+        <int:term>intergalactic-dust-clouds</int:term>
+        <int:term>cosmic-ray-astronomy</int:term>
+        <int:term>hour-angle</int:term>
+        <int:term>occulting-disks</int:term>
+        <int:term>automated-telescopes</int:term>
+        <int:term>infrared-telescopes</int:term>
+        <int:term>black-hole-thermodynamics</int:term>
+        <int:term>aperture-synthesis</int:term>
+        <int:term>comet-dust-tails</int:term>
+        <int:term>schwarzschild-black-holes</int:term>
+        <int:term>equatorward-boundary</int:term>
+        <int:term>thermal-properties-ice-</int:term>
+        <int:term>o-dwarf-stars</int:term>
+        <int:term>zodiacal-dust-bands</int:term>
+        <int:term>fast-solar-wind</int:term>
+        <int:term>solar-abundances</int:term>
+        <int:term>spectropolarimetry</int:term>
+        <int:term>interstellar-extinction</int:term>
+        <int:term>ice-destruction</int:term>
+        <int:term>artificial-satellites</int:term>
+        <int:term>stellar-faculae</int:term>
+        <int:term>two-color-diagrams</int:term>
+        <int:term>uv-persei-stars</int:term>
+        <int:term>solar-flares</int:term>
+        <int:term>supergiant-stars</int:term>
+        <int:term>classification</int:term>
+        <int:term>star-planet-interactions</int:term>
+        <int:term>primary-mirror</int:term>
+        <int:term>cosmological-parameters-from-large-scale-structure</int:term>
+        <int:term>public-domain-software</int:term>
+        <int:term>shell-stars</int:term>
+        <int:term>poor-galaxy-clusters</int:term>
+        <int:term>plutinos</int:term>
+        <int:term>monte-carlo-methods</int:term>
+        <int:term>solar-wind-termination</int:term>
+        <int:term>habitable-zone</int:term>
+        <int:term>galaxy-physics</int:term>
+        <int:term>core-collapse-supernovae</int:term>
+        <int:term>gamma-rays</int:term>
+        <int:term>hydrosphere</int:term>
+        <int:term>stellar-coronae</int:term>
+        <int:term>elliptical-orbits</int:term>
+        <int:term>eros</int:term>
+        <int:term>ritchey-chretien-telescopes</int:term>
+        <int:term>planetary-bow-shocks</int:term>
+        <int:term>software-tutorials</int:term>
+        <int:term>stellar-coronal-mass-ejections</int:term>
+        <int:term>interstellar-abundances</int:term>
+        <int:term>nonparametric-inference</int:term>
+        <int:term>extinction</int:term>
+        <int:term>xenobiology</int:term>
+        <int:term>solar-mass</int:term>
+        <int:term>slow-novae</int:term>
+        <int:term>asteroid-dynamics</int:term>
+        <int:term>uranian-satellites</int:term>
+        <int:term>g-subgiant-stars</int:term>
+        <int:term>hawking-radiation</int:term>
+        <int:term>inner-planets</int:term>
+        <int:term>dark-interstellar-clouds</int:term>
+        <int:term>plasma-astrophysics</int:term>
+        <int:term>space-debris</int:term>
+        <int:term>flux-calibration</int:term>
+        <int:term>carbon-dioxide</int:term>
+        <int:term>fanaroff-riley-radio-galaxies</int:term>
+        <int:term>gas-to-dust-ratio</int:term>
+        <int:term>declination</int:term>
+        <int:term>stellar-k-corona</int:term>
+        <int:term>kruskal-diagram</int:term>
+        <int:term>magnetopause</int:term>
+        <int:term>pogson-scale</int:term>
+        <int:term>rs-canum-venaticorum-variable-stars</int:term>
+        <int:term>stellar-coronal-lines</int:term>
+        <int:term>stellar-convective-shells</int:term>
+        <int:term>x-ray-quasars</int:term>
+        <int:term>chemical-reaction-network-models</int:term>
+        <int:term>spiral-arms</int:term>
+        <int:term>gaseous-nebulae</int:term>
+        <int:term>astronomy-data-modeling</int:term>
+        <int:term>astrophysical-masers</int:term>
+        <int:term>herbig-haro-objects</int:term>
+        <int:term>adaptive-interferometry</int:term>
+        <int:term>horizontal-branch-stars</int:term>
+        <int:term>kolmogorov-smirnov-test</int:term>
+        <int:term>astrostatistics-tools</int:term>
+        <int:term>ice-spectroscopy</int:term>
+        <int:term>solar-e-corona</int:term>
+        <int:term>henry-draper-catalog</int:term>
+        <int:term>telescope-properties</int:term>
+        <int:term>stellar-radii</int:term>
+        <int:term>orbit-determination</int:term>
+        <int:term>ursa-minor-dwarf-spheroidal-galaxy</int:term>
+        <int:term>relativistic-disks</int:term>
+        <int:term>posterior-distribution</int:term>
+        <int:term>instability-strip</int:term>
+        <int:term>compact-galaxies</int:term>
+        <int:term>reaction-catalysts</int:term>
+        <int:term>cold-dark-matter</int:term>
+        <int:term>me-stars</int:term>
+        <int:term>detection</int:term>
+        <int:term>solar-storm</int:term>
+        <int:term>collimation</int:term>
+        <int:term>winter-solstice</int:term>
+        <int:term>chandrasekhar-limit</int:term>
+        <int:term>optical-identification</int:term>
+        <int:term>ecliptic-coordinate-system</int:term>
+        <int:term>warm-plasma-cloak</int:term>
+        <int:term>ultraviolet-astronomy</int:term>
+        <int:term>alfven-waves</int:term>
+        <int:term>bootstrap</int:term>
+        <int:term>b-subgiant-stars</int:term>
+        <int:term>bayesian-information-criterion</int:term>
+        <int:term>double-mode-pulsation</int:term>
+        <int:term>collisional-broadening</int:term>
+        <int:term>spectral-energy-distribution</int:term>
+        <int:term>asteroids</int:term>
+        <int:term>vesta</int:term>
+        <int:term>late-type-stars</int:term>
+        <int:term>galaxy-nuclei</int:term>
+        <int:term>giant-branch</int:term>
+        <int:term>bw-stars</int:term>
+        <int:term>circumpolar</int:term>
+        <int:term>post-asymptotic-giant-branch</int:term>
+        <int:term>cosmological-parameters</int:term>
+        <int:term>automatic-patrol-telescopes</int:term>
+        <int:term>non-thermal-radiation-sources</int:term>
+        <int:term>space-probes</int:term>
+        <int:term>stratopause</int:term>
+        <int:term>dc-stars</int:term>
+        <int:term>runaway-stars</int:term>
+        <int:term>meteor-streams</int:term>
+        <int:term>of-stars</int:term>
+        <int:term>sky-surveys</int:term>
+        <int:term>atomic-data-benchmarking</int:term>
+        <int:term>galactic-cosmic-rays</int:term>
+        <int:term>gravitational-microlensing</int:term>
+        <int:term>parsec</int:term>
+        <int:term>irregular-satellites</int:term>
+        <int:term>aerolites</int:term>
+        <int:term>solar-surface</int:term>
+        <int:term>lyman-alpha-galaxies</int:term>
+        <int:term>retrograde-orbit</int:term>
+        <int:term>quenched-galaxies</int:term>
+        <int:term>exoplanet-evolution</int:term>
+        <int:term>apollo-group</int:term>
+        <int:term>humidity</int:term>
+        <int:term>period-search</int:term>
+        <int:term>stellar-chromospheres</int:term>
+        <int:term>radio-receivers</int:term>
+        <int:term>stellar-photometry</int:term>
+        <int:term>exoplanet-surfaces</int:term>
+        <int:term>distance-indicators</int:term>
+        <int:term>helium-rich-stars</int:term>
+        <int:term>optical-filters</int:term>
+        <int:term>cosmochemistry</int:term>
+        <int:term>turnoff-point</int:term>
+        <int:term>ocean-planets</int:term>
+        <int:term>shadow-bands</int:term>
+        <int:term>ecliptic</int:term>
+        <int:term>galaxy-infall</int:term>
+        <int:term>argument-of-perigee</int:term>
+        <int:term>sunskirters</int:term>
+        <int:term>interstellar-reddening</int:term>
+        <int:term>low-surface-brightness-galaxies</int:term>
+        <int:term>large-scale-structure-of-the-universe</int:term>
+        <int:term>solar-parallax</int:term>
+        <int:term>thermosphere</int:term>
+        <int:term>lunar-seismology</int:term>
+        <int:term>solar-atmosphere</int:term>
+        <int:term>equation-of-the-center</int:term>
+        <int:term>perigee</int:term>
+        <int:term>interplanetary-discontinuities</int:term>
+        <int:term>pre-main-sequence</int:term>
+        <int:term>phase-angle</int:term>
+        <int:term>isomerization-reactions</int:term>
+        <int:term>nuclear-decay</int:term>
+        <int:term>collision-processes</int:term>
+        <int:term>stellar-granules</int:term>
+        <int:term>photon-sphere</int:term>
+        <int:term>neutron-stars</int:term>
+        <int:term>reissner-nordstrom-black-holes</int:term>
+        <int:term>tidal-interaction</int:term>
+        <int:term>solar-f-corona</int:term>
+        <int:term>cape-photometry</int:term>
+        <int:term>transient-detection</int:term>
+        <int:term>radiative-transfer-equation</int:term>
+        <int:term>summer-solstice</int:term>
+        <int:term>optical-pulsars</int:term>
+        <int:term>natural-satellite-evolution</int:term>
+        <int:term>radial-velocity</int:term>
+        <int:term>baryon-density</int:term>
+        <int:term>umbra</int:term>
+        <int:term>hz-herculis-x-ray-binary-stars</int:term>
+        <int:term>radiation-interactions-ice-</int:term>
+        <int:term>double-galaxies</int:term>
+        <int:term>astrometric-binary-stars</int:term>
+        <int:term>orbiters</int:term>
+        <int:term>semimajor-axis</int:term>
+        <int:term>geocorona</int:term>
+        <int:term>galactic-abundances</int:term>
+        <int:term>blue-large-amplitude-pulsators</int:term>
+        <int:term>starspots</int:term>
+        <int:term>likelihood-ratio-test</int:term>
+        <int:term>fk-comae-stars</int:term>
+        <int:term>heliophysics</int:term>
+        <int:term>flyby-missions</int:term>
+        <int:term>bl-lacertae-objects</int:term>
+        <int:term>chemical-enrichment</int:term>
+        <int:term>radio-bursts</int:term>
+        <int:term>warm-dark-matter</int:term>
+        <int:term>lyman-break-galaxies</int:term>
+        <int:term>relativistic-stars</int:term>
+        <int:term>planetary-migration</int:term>
+        <int:term>expanding-universe</int:term>
+        <int:term>lightning</int:term>
+        <int:term>geostationary-satellites</int:term>
+        <int:term>apex</int:term>
+        <int:term>lenticular-galaxies</int:term>
+        <int:term>expanding-stellar-envelopes</int:term>
+        <int:term>space-plasmas</int:term>
+        <int:term>electron-recombination-reactions</int:term>
+        <int:term>particle-physics</int:term>
+        <int:term>atmospheric-dynamics</int:term>
+        <int:term>geneva-photometry</int:term>
+        <int:term>polar-jets</int:term>
+        <int:term>circumstellar-envelopes</int:term>
+        <int:term>radio-loud-quasars</int:term>
+        <int:term>astrostatistics-strategies</int:term>
+        <int:term>solar-granules</int:term>
+        <int:term>solar-atmospheric-motions</int:term>
+        <int:term>crossed-beams</int:term>
+        <int:term>all-sky-cameras</int:term>
+        <int:term>milky-way-stellar-halo</int:term>
+        <int:term>semi-regular-variable-stars</int:term>
+        <int:term>diffuse-x-ray-background</int:term>
+        <int:term>galaxy-accretion</int:term>
+        <int:term>beta-cephei-variable-stars</int:term>
+        <int:term>cold-neutral-medium</int:term>
+        <int:term>luminosity-function</int:term>
+        <int:term>mesogranulation</int:term>
+        <int:term>magnetotail-kink</int:term>
+        <int:term>solar-instruments</int:term>
+        <int:term>right-ascension</int:term>
+        <int:term>von-zeipel-theorem</int:term>
+        <int:term>lunar-regolith</int:term>
+        <int:term>galactic-and-extragalactic-astronomy</int:term>
+        <int:term>stellar-colors</int:term>
+        <int:term>blueshifted</int:term>
+        <int:term>geodesics</int:term>
+        <int:term>radio-galaxies</int:term>
+        <int:term>interstellar-cyclotron-emission</int:term>
+        <int:term>atomic-interferometry</int:term>
+        <int:term>importance-sampling</int:term>
+        <int:term>natural-satellite-surfaces</int:term>
+        <int:term>center-of-mass</int:term>
+        <int:term>solar-electromagnetic-emission</int:term>
+        <int:term>line-of-sight</int:term>
+        <int:term>solar-energetic-particles</int:term>
+        <int:term>am-canum-venaticorum-stars</int:term>
+        <int:term>star-forming-regions</int:term>
+        <int:term>haro-galaxies</int:term>
+        <int:term>antarctic-observatories</int:term>
+        <int:term>visible-astronomy</int:term>
+        <int:term>forbush-effect</int:term>
+        <int:term>lunar-features</int:term>
+        <int:term>statistical-parallax</int:term>
+        <int:term>astronomical-instrumentation</int:term>
+        <int:term>callisto</int:term>
+        <int:term>interstellar-synchrotron-emission</int:term>
+        <int:term>gamma-ray-astronomy</int:term>
+        <int:term>galactic-coordinate-system</int:term>
+        <int:term>nucleosynthesis</int:term>
+        <int:term>relativity</int:term>
+        <int:term>stellar-types</int:term>
+        <int:term>yellow-straggler-stars</int:term>
+        <int:term>radio-active-galactic-nuclei</int:term>
+        <int:term>helioseismology</int:term>
+        <int:term>mach-zehnder-interferometers</int:term>
+        <int:term>confidence-interval</int:term>
+        <int:term>great-attractor</int:term>
+        <int:term>timing-variation-methods</int:term>
+        <int:term>stellar-evolutionary-models</int:term>
+        <int:term>g-subdwarf-stars</int:term>
+        <int:term>k-subdwarf-stars</int:term>
+        <int:term>high-velocity-clouds</int:term>
+        <int:term>meteorites</int:term>
+        <int:term>solar-system-evolution</int:term>
+        <int:term>planetary-thermal-histories</int:term>
+        <int:term>supersonic-expansion</int:term>
+        <int:term>early-universe</int:term>
+        <int:term>stellar-streams</int:term>
+        <int:term>amateur-astronomers</int:term>
+        <int:term>planetary-alignment</int:term>
+        <int:term>dust-physics</int:term>
+        <int:term>dense-interstellar-clouds</int:term>
+        <int:term>interstellar-filaments</int:term>
+        <int:term>software-available-on-request</int:term>
+        <int:term>limb-brightening</int:term>
+        <int:term>m-supergiant-stars</int:term>
+        <int:term>molecular-spectroscopic-constants</int:term>
+        <int:term>milky-way-dynamics</int:term>
+        <int:term>binary-source-microlensing</int:term>
+        <int:term>field-of-view</int:term>
+        <int:term>h-i-line-emission</int:term>
+        <int:term>beta-lyrae-stars</int:term>
+        <int:term>optical-observatories</int:term>
+        <int:term>quiescent-solar-prominence</int:term>
+        <int:term>nonlinear-regression</int:term>
+        <int:term>radio-astrometry</int:term>
+        <int:term>walraven-photometry</int:term>
+        <int:term>o-supergiant-stars</int:term>
+        <int:term>exoplanet-surface-composition</int:term>
+        <int:term>celestial-objects-catalogs</int:term>
+        <int:term>the-moon</int:term>
+        <int:term>horizontal-branch</int:term>
+        <int:term>milky-way-galaxy-fountains</int:term>
+        <int:term>astronomical-optics</int:term>
+        <int:term>rockets</int:term>
+        <int:term>caustic-curve</int:term>
+        <int:term>chondrites</int:term>
+        <int:term>mercury-planet</int:term>
+        <int:term>laser-interferometry</int:term>
+        <int:term>galaxy-bulges</int:term>
+        <int:term>photometric-systems</int:term>
+        <int:term>baade-wesselink-method</int:term>
+        <int:term>fabry-perot-interferometers</int:term>
+        <int:term>indigenous-astronomy</int:term>
+        <int:term>solar-radio-telescopes</int:term>
+        <int:term>sq-current</int:term>
+        <int:term>solar-magnetic-fields</int:term>
+        <int:term>magnetosphere-foreshocks</int:term>
+        <int:term>multi-color-photometry</int:term>
+        <int:term>stellar-winds</int:term>
+        <int:term>fireballs</int:term>
+        <int:term>cmbr-detectors</int:term>
+        <int:term>dwarf-stars</int:term>
+        <int:term>surveys</int:term>
+        <int:term>detached-binary-stars</int:term>
+        <int:term>galaxy-distances</int:term>
+        <int:term>solar-radio-flares</int:term>
+        <int:term>gravitational-equilibrium</int:term>
+        <int:term>wilson-effect</int:term>
+        <int:term>gamma-cassiopeiae-stars</int:term>
+        <int:term>high-contrast-techniques</int:term>
+        <int:term>abundance-ratios</int:term>
+        <int:term>astrobiology</int:term>
+        <int:term>astrophysical-dust-processes</int:term>
+        <int:term>lunar-theory</int:term>
+        <int:term>rotational-spectroscopy</int:term>
+        <int:term>stellar-spectral-lines</int:term>
+        <int:term>solid-matter-physics</int:term>
+        <int:term>quasinormal-modes</int:term>
+        <int:term>hydroxyl-masers</int:term>
+        <int:term>milky-way-formation</int:term>
+        <int:term>atmospheric-structure</int:term>
+        <int:term>plasmasphere</int:term>
+        <int:term>heavy-metal-stars</int:term>
+        <int:term>radio-astronomy</int:term>
+        <int:term>dielectronic-recombination</int:term>
+        <int:term>ground-based-astronomy</int:term>
+        <int:term>hierarchical-cosmology</int:term>
+        <int:term>stellar-granulation</int:term>
+        <int:term>pointing-accuracy</int:term>
+        <int:term>scale-height</int:term>
+        <int:term>redshifted</int:term>
+        <int:term>glaciation</int:term>
+        <int:term>bv-photometry</int:term>
+        <int:term>telescope-focal-plane-photography</int:term>
+        <int:term>ddo-photometry</int:term>
+        <int:term>gamma-ray-lines</int:term>
+        <int:term>astroinformatics</int:term>
+        <int:term>l-galaxies</int:term>
+        <int:term>brightest-cluster-galaxies</int:term>
+        <int:term>z-andromedae-stars</int:term>
+        <int:term>software-licensing</int:term>
+        <int:term>interstellar-masers</int:term>
+        <int:term>d-layer</int:term>
+        <int:term>ux-ursae-majoris-stars</int:term>
+        <int:term>high-resolution-spectroscopy</int:term>
+        <int:term>radiative-braking</int:term>
+        <int:term>sunspot-cycle</int:term>
+        <int:term>lyman-alpha-forest</int:term>
+        <int:term>exoplanet-plate-tectonics</int:term>
+        <int:term>late-stellar-evolution</int:term>
+        <int:term>solar-neutrons</int:term>
+        <int:term>ice-formation</int:term>
+        <int:term>optical-aberration</int:term>
+        <int:term>optical-flares</int:term>
+        <int:term>stellar-evolution</int:term>
+        <int:term>burst-astrophysics</int:term>
+        <int:term>hypergiant-stars</int:term>
+        <int:term>polar-vortex</int:term>
+        <int:term>galactic-poles</int:term>
+        <int:term>photodissociation-regions</int:term>
+        <int:term>milky-way-rotation</int:term>
+        <int:term>extragalactic-radio-sources</int:term>
+        <int:term>weak-gravitational-lensing</int:term>
+        <int:term>partial-eclipses</int:term>
+        <int:term>nonparametric-hypothesis-tests</int:term>
+        <int:term>hydrodynamics</int:term>
+        <int:term>tectonics</int:term>
+        <int:term>intercloud-medium</int:term>
+        <int:term>active-galaxies</int:term>
+        <int:term>parallax</int:term>
+        <int:term>international-space-station</int:term>
+        <int:term>cosmological-models</int:term>
+        <int:term>x-ray-bursters</int:term>
+        <int:term>seasonal-phenomena</int:term>
+        <int:term>galilean-telescopes</int:term>
+        <int:term>evaporating-gaseous-globules</int:term>
+        <int:term>quasar-galaxy-pairs</int:term>
+        <int:term>fast-novae</int:term>
+        <int:term>surface-gravity</int:term>
+        <int:term>galaxy-evolution</int:term>
+        <int:term>ascending-node</int:term>
+        <int:term>friedmann-universe</int:term>
+        <int:term>solar-system-astronomy</int:term>
+        <int:term>atmospheric-composition</int:term>
+        <int:term>flat-spectrum-radio-quasars</int:term>
+        <int:term>amor-group</int:term>
+        <int:term>de-vaucouleurs-sandage-classification</int:term>
+        <int:term>experimental-data</int:term>
+        <int:term>gibbs-sampler</int:term>
+        <int:term>kerr-metric</int:term>
+        <int:term>broad-band-photometry</int:term>
+        <int:term>protoplanetary-nebulae</int:term>
+        <int:term>double-mode-variable-stars</int:term>
+        <int:term>intergalactic-medium-phases</int:term>
+        <int:term>pp-waves</int:term>
+        <int:term>extrasolar-gaseous-planets</int:term>
+        <int:term>calendars</int:term>
+        <int:term>double-quasars</int:term>
+        <int:term>electron-impact-ionization</int:term>
+        <int:term>n-galaxies</int:term>
+        <int:term>uranus</int:term>
+        <int:term>late-type-supergiant-stars</int:term>
+        <int:term>hall-current-ionospheric-</int:term>
+        <int:term>chi-squared-statistic</int:term>
+        <int:term>cosmic-rays</int:term>
+        <int:term>kappa-mechanism</int:term>
+        <int:term>pedersen-current-ionospheric-</int:term>
+        <int:term>annual-parallax</int:term>
+        <int:term>pulsar-wind-nebulae</int:term>
+        <int:term>radial-pulsations</int:term>
+        <int:term>gravitational-singularities</int:term>
+        <int:term>ion-neutral-reactions</int:term>
+        <int:term>penumbra</int:term>
+        <int:term>ultraviolet-photometry</int:term>
+        <int:term>gnomons</int:term>
+        <int:term>inner-magnetosphere</int:term>
+        <int:term>coma-cluster</int:term>
+        <int:term>solar-terrestrial-interactions</int:term>
+        <int:term>solar-coronal-radio-emission</int:term>
+        <int:term>interferometric-correlation</int:term>
+        <int:term>cosmological-constant</int:term>
+        <int:term>multiple-mirror-telescopes</int:term>
+        <int:term>ultraviolet-transient-sources</int:term>
+        <int:term>stellar-feedback</int:term>
+        <int:term>extrinsic-variable-stars</int:term>
+        <int:term>solar-activity</int:term>
+        <int:term>am-herculis-stars</int:term>
+        <int:term>lambda-density</int:term>
+        <int:term>sagittarius-dwarf-spheroidal-galaxy</int:term>
+        <int:term>b-dwarf-stars</int:term>
+        <int:term>solar-interior</int:term>
+        <int:term>magnetic-anomalies</int:term>
+        <int:term>local-group</int:term>
+        <int:term>accelerating-universe</int:term>
+        <int:term>volcanoes</int:term>
+        <int:term>gregorian-telescopes</int:term>
+        <int:term>perturbation-methods</int:term>
+        <int:term>ring-resonance</int:term>
+        <int:term>solar-system-formation</int:term>
+        <int:term>silicon-burning</int:term>
+        <int:term>baily-s-beads</int:term>
+        <int:term>extragalactic-astronomy</int:term>
+        <int:term>db-stars</int:term>
+        <int:term>fu-orionis-stars</int:term>
+        <int:term>subdwarf-stars</int:term>
+        <int:term>ecliptic-poles</int:term>
+        <int:term>radar-astronomy</int:term>
+        <int:term>radio-spectroscopy</int:term>
+        <int:term>superclusters</int:term>
+        <int:term>o-subgiant-stars</int:term>
+        <int:term>w-virginis-variable-stars</int:term>
+        <int:term>remote-telescope-astrophotography</int:term>
+        <int:term>spiral-galaxies</int:term>
+        <int:term>shocks</int:term>
+        <int:term>hayashi-track</int:term>
+        <int:term>space-vehicles</int:term>
+        <int:term>time-series-analysis</int:term>
+        <int:term>ecliptic-longitude</int:term>
+        <int:term>visual-binary-stars</int:term>
+        <int:term>src-variable-stars</int:term>
+        <int:term>magnetosphere-plasma-toruses</int:term>
+        <int:term>corotating-streams</int:term>
+        <int:term>holmium-stars</int:term>
+        <int:term>infrared-astronomy</int:term>
+        <int:term>lunar-craters</int:term>
+        <int:term>spectrophotometry</int:term>
+        <int:term>planetary-surfaces</int:term>
+        <int:term>carbon-stars</int:term>
+        <int:term>regression</int:term>
+        <int:term>compact-radiation-sources</int:term>
+        <int:term>solar-motion</int:term>
+        <int:term>interplanetary-magnetic-fields</int:term>
+        <int:term>n-body-problem</int:term>
+        <int:term>direct-detection-interferometry</int:term>
+        <int:term>circumgalactic-medium</int:term>
+        <int:term>galactic-winds</int:term>
+        <int:term>black-holes</int:term>
+        <int:term>periastron</int:term>
+        <int:term>mineral-physics</int:term>
+        <int:term>tertiary-stars</int:term>
+        <int:term>refracting-telescopes</int:term>
+        <int:term>urca-process</int:term>
+        <int:term>meridian</int:term>
+        <int:term>rich-galaxy-clusters</int:term>
+        <int:term>curvature-singularities</int:term>
+        <int:term>astrophysicists</int:term>
+        <int:term>gamma-ray-observatories</int:term>
+        <int:term>red-giant-clump</int:term>
+        <int:term>solar-coronal-mass-ejection-shocks</int:term>
+        <int:term>pulsars</int:term>
+        <int:term>plutonian-satellites</int:term>
+        <int:term>photoelectron-spectroscopy</int:term>
+        <int:term>analytical-mathematics</int:term>
+        <int:term>earth-moon-system</int:term>
+        <int:term>o-giant-stars</int:term>
+        <int:term>alfven-wings</int:term>
+        <int:term>integrated-magnitude</int:term>
+        <int:term>meteor-trails</int:term>
+        <int:term>zodiacal-cloud</int:term>
+        <int:term>sky-brightness</int:term>
+        <int:term>telescope-mounts</int:term>
+        <int:term>galactic-center</int:term>
+        <int:term>cosmological-principle</int:term>
+        <int:term>stellar-jets</int:term>
+        <int:term>dwarf-novae</int:term>
+        <int:term>antapex</int:term>
+        <int:term>ozone-layer</int:term>
+        <int:term>cd-galaxies</int:term>
+        <int:term>type-ii-cepheid-variable-stars</int:term>
+        <int:term>x-ray-binary-stars</int:term>
+        <int:term>solar-white-light-flares</int:term>
+        <int:term>kepler-s-laws</int:term>
+        <int:term>coronagraphic-imaging</int:term>
+        <int:term>weak-line-t-tauri-stars</int:term>
+        <int:term>opposition</int:term>
+        <int:term>radio-transient-sources</int:term>
+        <int:term>astronomical-site-protection</int:term>
+        <int:term>radiative-transfer-simulations</int:term>
+        <int:term>zero-age-main-sequence-stars</int:term>
+        <int:term>technosignatures</int:term>
+        <int:term>quantum-cosmology</int:term>
+        <int:term>cloud-computing</int:term>
+        <int:term>lunar-maria</int:term>
+        <int:term>substorm-current-wedge</int:term>
+        <int:term>chlorofluorocarbons</int:term>
+        <int:term>a-dwarf-stars</int:term>
+        <int:term>gamma-ray-detectors</int:term>
+        <int:term>co-line-emission</int:term>
+        <int:term>opik-theory</int:term>
+        <int:term>stellar-kinematics</int:term>
+        <int:term>primordial-galaxies</int:term>
+        <int:term>dark-matter-detectors</int:term>
+        <int:term>extreme-carbon-stars</int:term>
+        <int:term>few-body-systems</int:term>
+        <int:term>galaxy-dynamics</int:term>
+        <int:term>small-molecules</int:term>
+        <int:term>isotopic-abundances</int:term>
+        <int:term>collapsing-clouds</int:term>
+        <int:term>landers</int:term>
+        <int:term>compact-binary-stars</int:term>
+        <int:term>be-stars</int:term>
+        <int:term>dobsonian-telescopes</int:term>
+        <int:term>photoionization</int:term>
+        <int:term>drift-scan-imaging</int:term>
+        <int:term>outer-radiation-belts</int:term>
+        <int:term>exoplanet-migration</int:term>
+        <int:term>extreme-horizontal-branch-stars</int:term>
+        <int:term>long-period-comets</int:term>
+        <int:term>asymptotic-giant-branch</int:term>
+        <int:term>da-stars</int:term>
+        <int:term>zero-age-horizontal-branch-stars</int:term>
+        <int:term>infrared-photometry</int:term>
+        <int:term>planetary-boundary-layers</int:term>
+        <int:term>planetary-geology</int:term>
+        <int:term>giant-stars</int:term>
+        <int:term>wz-sagittae-stars</int:term>
+        <int:term>apastron</int:term>
+        <int:term>supergalactic-latitude</int:term>
+        <int:term>f-test</int:term>
+        <int:term>laser-ablation</int:term>
+        <int:term>gravitational-wave-astronomy</int:term>
+        <int:term>interstellar-dust-extinction</int:term>
+        <int:term>nuclear-fusion</int:term>
+        <int:term>photoelectric-photometry</int:term>
+        <int:term>galaxy-winds</int:term>
+        <int:term>newtonian-gravitation</int:term>
+        <int:term>earth-s-seasons</int:term>
+        <int:term>semi-barium-stars</int:term>
+        <int:term>apparent-position</int:term>
+        <int:term>diffuse-nebulae</int:term>
+        <int:term>recurrent-novae</int:term>
+        <int:term>high-energy-cosmic-radiation</int:term>
+        <int:term>active-solar-corona</int:term>
+        <int:term>atmospheric-refraction</int:term>
+        <int:term>cosmic-magnetic-fields-theory</int:term>
+        <int:term>neutrino-telescopes</int:term>
+        <int:term>galactic-radio-sources</int:term>
+        <int:term>cosmic-ray-showers</int:term>
+        <int:term>astrophysical-processes</int:term>
+        <int:term>atmospheric-evolution</int:term>
+        <int:term>ob-associations</int:term>
+        <int:term>tidal-disruption</int:term>
+        <int:term>giant-molecular-clouds</int:term>
+        <int:term>starlight-polarization</int:term>
+        <int:term>theoretical-models</int:term>
+        <int:term>magnetars</int:term>
+        <int:term>galaxy-interactions</int:term>
+        <int:term>oh-ir-stars</int:term>
+        <int:term>gravitational-lensing</int:term>
+        <int:term>bayes-factor</int:term>
+        <int:term>ptolemy-stones</int:term>
+        <int:term>galaxy-rotation-curves</int:term>
+        <int:term>pyrolysis</int:term>
+        <int:term>helium-burning</int:term>
+        <int:term>hot-ionized-medium</int:term>
+        <int:term>radio-continuum-emission</int:term>
+        <int:term>draco-dwarf-galaxy</int:term>
+        <int:term>milky-way-galaxy</int:term>
+        <int:term>linear-regression</int:term>
+        <int:term>solar-coronal-lines</int:term>
+        <int:term>ddo-classification</int:term>
+        <int:term>r-associations</int:term>
+        <int:term>osculating-orbit</int:term>
+        <int:term>mass-spectrometry</int:term>
+        <int:term>quasar-microlensing</int:term>
+        <int:term>astronomy-data-reduction</int:term>
+        <int:term>trigonometric-parallax</int:term>
+        <int:term>high-redshift-galaxies</int:term>
+        <int:term>molecular-gas</int:term>
+        <int:term>trans-neptunian-objects</int:term>
+        <int:term>nadir</int:term>
+        <int:term>hubble-radius</int:term>
+        <int:term>triton</int:term>
+        <int:term>barred-spiral-galaxies</int:term>
+        <int:term>cataclysmic-variable-stars</int:term>
+        <int:term>galaxy-dark-matter-halos</int:term>
+        <int:term>gaussian-processes-regression</int:term>
+        <int:term>high-luminosity-active-galactic-nuclei</int:term>
+        <int:term>microlensing-optical-depth</int:term>
+        <int:term>young-star-clusters</int:term>
+        <int:term>do-stars</int:term>
+        <int:term>lithosphere</int:term>
+        <int:term>michelson-interferometry</int:term>
+        <int:term>ethnoastronomy</int:term>
+        <int:term>deceleration-parameter</int:term>
+        <int:term>bayes-theorem</int:term>
+        <int:term>dust-composition</int:term>
+        <int:term>uncertainty-bounds</int:term>
+        <int:term>srb-variable-stars</int:term>
+        <int:term>irregular-variable-stars</int:term>
+        <int:term>stellar-coronal-plumes</int:term>
+        <int:term>magnetic-fields</int:term>
+        <int:term>selenology</int:term>
+        <int:term>galaxy-equators</int:term>
+        <int:term>late-type-galaxies</int:term>
+        <int:term>lunar-rilles</int:term>
+        <int:term>solar-prominences</int:term>
+        <int:term>plasma-clouds</int:term>
+        <int:term>dust-destruction</int:term>
+        <int:term>photometric-parallax</int:term>
+        <int:term>gravitational-waves</int:term>
+        <int:term>yellow-hypergiant-stars</int:term>
+        <int:term>optical-telescopes</int:term>
+        <int:term>mutual-neutralization</int:term>
+        <int:term>sunyaev-zeldovich-effect</int:term>
+        <int:term>young-disk-cepheid-variable-stars</int:term>
+        <int:term>carbon-flashes</int:term>
+        <int:term>young-stellar-objects</int:term>
+        <int:term>solar-active-region-magnetic-fields</int:term>
+        <int:term>interstellar-atomic-gas</int:term>
+        <int:term>aperture</int:term>
+        <int:term>cosmic-web</int:term>
+        <int:term>meyer-group</int:term>
+        <int:term>atomic-reactions</int:term>
+        <int:term>planetary-ionospheres</int:term>
+        <int:term>johnson-photometry</int:term>
+        <int:term>isotope-shifts</int:term>
+        <int:term>emerging-flux-tubes</int:term>
+        <int:term>astrophotography</int:term>
+        <int:term>cardinal-directions</int:term>
+        <int:term>pulsation-frequency-method</int:term>
+        <int:term>troposphere</int:term>
+        <int:term>high-latitude-field</int:term>
+        <int:term>solar-transition-region</int:term>
+        <int:term>infrared-excess-galaxies</int:term>
+        <int:term>delta-sunspots</int:term>
+        <int:term>mini-neptunes</int:term>
+        <int:term>bok-globules</int:term>
+        <int:term>nautical-almanacs</int:term>
+        <int:term>geological-processes</int:term>
+        <int:term>markov-chain-monte-carlo</int:term>
+        <int:term>cooling-flows</int:term>
+        <int:term>zenith-telescopes</int:term>
+        <int:term>search-for-extraterrestrial-intelligence</int:term>
+        <int:term>magnetotail-current-sheet</int:term>
+        <int:term>metal-containing-molecules</int:term>
+        <int:term>rv-tauri-variable-stars</int:term>
+        <int:term>solar-wind</int:term>
+        <int:term>e-folding-time</int:term>
+        <int:term>geocentric-orbit</int:term>
+        <int:term>f-subgiant-stars</int:term>
+        <int:term>reverberation-mapping</int:term>
+        <int:term>space-stations</int:term>
+        <int:term>supergalactic-longitude</int:term>
+        <int:term>pulsation-modes</int:term>
+        <int:term>history-of-astronomy</int:term>
+        <int:term>argument-of-perihelion</int:term>
+        <int:term>b-giant-stars</int:term>
+        <int:term>asterisms</int:term>
+        <int:term>population-i-stars</int:term>
+        <int:term>impact-gardening</int:term>
+        <int:term>roche-lobe</int:term>
+        <int:term>south-celestial-pole</int:term>
+        <int:term>solar-active-region-velocity-fields</int:term>
+        <int:term>b-supergiant-stars</int:term>
+        <int:term>chirped-pulse-fourier-transform</int:term>
+        <int:term>henyey-track</int:term>
+        <int:term>stone-circles</int:term>
+        <int:term>prograde-orbit</int:term>
+        <int:term>stellar-f-corona</int:term>
+        <int:term>bayesian-statistics</int:term>
+        <int:term>mixture-model</int:term>
+        <int:term>reionization</int:term>
+        <int:term>exoplanet-atmospheric-variability</int:term>
+        <int:term>optical-phase-shifting-interferometry</int:term>
+        <int:term>bolides</int:term>
+        <int:term>mass-spectrometers</int:term>
+        <int:term>regolith</int:term>
+        <int:term>astrophysical-magnetism</int:term>
+        <int:term>titan</int:term>
+        <int:term>schwarzschild-radius</int:term>
+        <int:term>ultraviolet-observatories</int:term>
+        <int:term>wormholes</int:term>
+        <int:term>luminous-arcs</int:term>
+        <int:term>zeeman-doppler-imaging</int:term>
+        <int:term>stellar-populations</int:term>
+        <int:term>oblateness</int:term>
+        <int:term>reaction-models</int:term>
+        <int:term>circular-orbits</int:term>
+        <int:term>gravitational-fields</int:term>
+        <int:term>lunar-domes</int:term>
+        <int:term>phase-error</int:term>
+        <int:term>cepheid-distance</int:term>
+        <int:term>magnetic-storms</int:term>
+        <int:term>protoclusters</int:term>
+        <int:term>radar-observations</int:term>
+        <int:term>outer-planets</int:term>
+        <int:term>irregular-natural-satellites-extrasolar</int:term>
+        <int:term>centaurs</int:term>
+        <int:term>dust-formation</int:term>
+        <int:term>ccd-observation</int:term>
+        <int:term>armillary-spheres</int:term>
+        <int:term>a-subgiant-stars</int:term>
+        <int:term>galaxy-triplets</int:term>
+        <int:term>exoplanet-surface-variability</int:term>
+        <int:term>classical-kuiper-belt-objects</int:term>
+        <int:term>interplanetary-scintillation</int:term>
+        <int:term>e-a-galaxies</int:term>
+        <int:term>moldavites</int:term>
+        <int:term>a-supergiant-stars</int:term>
+        <int:term>libration</int:term>
+        <int:term>michelson-interferometers</int:term>
+        <int:term>lunar-gravitational-field</int:term>
+        <int:term>silicon-stars</int:term>
+        <int:term>line-intensities</int:term>
+        <int:term>maximum-likelihood-estimation</int:term>
+        <int:term>low-luminosity-active-galactic-nuclei</int:term>
+        <int:term>production-techniques</int:term>
+        <int:term>europa</int:term>
+        <int:term>cool-intergalactic-medium</int:term>
+        <int:term>type-ic-supernovae</int:term>
+        <int:term>ob-supergiant-stars</int:term>
+        <int:term>lunar-atmosphere</int:term>
+        <int:term>g-supergiant-stars</int:term>
+        <int:term>common-envelope-binary-stars</int:term>
+        <int:term>theoretical-techniques</int:term>
+        <int:term>m-subdwarf-stars</int:term>
+        <int:term>explosive-nucleosynthesis</int:term>
+        <int:term>position-angle</int:term>
+        <int:term>galaxy-photometry</int:term>
+        <int:term>event-horizons</int:term>
+        <int:term>asteroid-belt</int:term>
+        <int:term>australites</int:term>
+        <int:term>silicon-monoxide-masers</int:term>
+        <int:term>martian-satellites</int:term>
+        <int:term>stellar-bow-shocks</int:term>
+        <int:term>solar-coronal-loops</int:term>
+        <int:term>bessel-photometry</int:term>
+        <int:term>algol-variable-stars</int:term>
+        <int:term>stellar-pulsations</int:term>
+        <int:term>atira-group</int:term>
+        <int:term>cavity-enhanced-fourier-transform</int:term>
+        <int:term>cepheid-variable-stars</int:term>
+        <int:term>eclipsing-binary-minima-timing-method</int:term>
+        <int:term>kuiper-belt</int:term>
+        <int:term>matter-density</int:term>
+        <int:term>star-atlases</int:term>
+        <int:term>constellations</int:term>
+        <int:term>solar-coronal-waves</int:term>
+        <int:term>dq-stars</int:term>
+        <int:term>small-magellanic-cloud</int:term>
+        <int:term>kron-cousins-photometry</int:term>
+        <int:term>gravitation</int:term>
+        <int:term>spectral-line-lists</int:term>
+        <int:term>eruptive-phenomena</int:term>
+        <int:term>hubble-classification-scheme</int:term>
+        <int:term>caustic-crossing</int:term>
+        <int:term>maunder-minimum</int:term>
+        <int:term>general-relativity</int:term>
+        <int:term>interstellar-dust-processes</int:term>
+        <int:term>nova-like-variable-stars</int:term>
+        <int:term>uu-herculis-stars</int:term>
+        <int:term>longitude-of-the-descending-node</int:term>
+        <int:term>astronomy-data-visualization</int:term>
+        <int:term>tides</int:term>
+        <int:term>stellar-convective-zones</int:term>
+        <int:term>solar-coronal-holes</int:term>
+        <int:term>osculatory-elements</int:term>
+        <int:term>stellar-evolutionary-tracks</int:term>
+        <int:term>protogalaxies</int:term>
+        <int:term>stromgren-spheres</int:term>
+        <int:term>single-x-ray-stars</int:term>
+        <int:term>minor-axis</int:term>
+        <int:term>morgan-keenan-classification</int:term>
+        <int:term>jupiter</int:term>
+        <int:term>galaxy-stellar-disks</int:term>
+        <int:term>mesosphere</int:term>
+        <int:term>polarimeters</int:term>
+        <int:term>geocentric-model</int:term>
+        <int:term>saros-cycle</int:term>
+        <int:term>nuclear-reaction-cross-sections</int:term>
+        <int:term>t-tauri-stars</int:term>
+        <int:term>am-stars</int:term>
+        <int:term>galaxy-counts</int:term>
+        <int:term>cosmological-perturbation-theory</int:term>
+        <int:term>radio-quiet-quasars</int:term>
+        <int:term>stellar-bridges</int:term>
+        <int:term>supernova-neutrinos</int:term>
+        <int:term>interstellar-line-absorption</int:term>
+        <int:term>polytropes</int:term>
+        <int:term>l-dwarfs</int:term>
+        <int:term>solar-magnetic-flux-emergence</int:term>
+        <int:term>solar-coronal-seismology</int:term>
+        <int:term>trinary-stars</int:term>
+        <int:term>limb-darkening</int:term>
+        <int:term>stellar-parallax</int:term>
+        <int:term>red-giant-branch</int:term>
+        <int:term>spiral-pitch-angle</int:term>
+        <int:term>inner-radiation-belts</int:term>
+        <int:term>radio-interferometers</int:term>
+        <int:term>radiative-transfer</int:term>
+        <int:term>galaxy-magnetic-fields</int:term>
+        <int:term>cosmic-ray-detectors</int:term>
+        <int:term>water-vapor</int:term>
+        <int:term>galaxy-accretion-disks</int:term>
+        <int:term>circumstellar-clouds</int:term>
+        <int:term>interplanetary-gas</int:term>
+        <int:term>isothermal-sphere-profile</int:term>
+        <int:term>debris-disks</int:term>
+        <int:term>neutral-coma-gases</int:term>
+        <int:term>quantum-chemical-calculations</int:term>
+        <int:term>milky-way-dark-matter-halo</int:term>
+        <int:term>light-pollution</int:term>
+        <int:term>astrophysical-explosive-burning</int:term>
+        <int:term>radio-occultation</int:term>
+        <int:term>galaxy-pairs</int:term>
+        <int:term>solar-mottles</int:term>
+        <int:term>solar-dynamo</int:term>
+        <int:term>kerr-newman-black-holes</int:term>
+        <int:term>supernovae</int:term>
+        <int:term>nested-sampling</int:term>
+        <int:term>semiminor-axis</int:term>
+        <int:term>apogee</int:term>
+        <int:term>extended-radiation-sources</int:term>
+        <int:term>optical-constants-dust-</int:term>
+        <int:term>atmospheric-tides</int:term>
+        <int:term>galactic-archaeology</int:term>
+        <int:term>comet-volatiles</int:term>
+        <int:term>apsidal-motion</int:term>
+        <int:term>akaike-information-criterion</int:term>
+        <int:term>doppler-imaging</int:term>
+        <int:term>galaxy-spurs</int:term>
+        <int:term>ellipsoidal-variable-stars</int:term>
+        <int:term>stellar-nucleosynthesis</int:term>
+        <int:term>asteroid-rotation</int:term>
+        <int:term>h-beta-photometry</int:term>
+        <int:term>penrose-limit</int:term>
+        <int:term>orbital-resonances</int:term>
+        <int:term>ellerman-bombs</int:term>
+        <int:term>finding-charts</int:term>
+        <int:term>exoplanet-tides</int:term>
+        <int:term>lb-variable-stars</int:term>
+        <int:term>hungaria-group</int:term>
+        <int:term>lunar-evolution</int:term>
+        <int:term>planetary-nebulae-nuclei</int:term>
+        <int:term>type-ii-supernovae</int:term>
+        <int:term>plasma-jets</int:term>
+        <int:term>cn-stars</int:term>
+        <int:term>dust-continuum-emission</int:term>
+        <int:term>schonberg-chandrasekhar-limit</int:term>
+        <int:term>holmberg-radius</int:term>
+        <int:term>relativistic-fluid-dynamics</int:term>
+        <int:term>nuclear-abundances</int:term>
+        <int:term>siderostats</int:term>
+        <int:term>reddened-stars</int:term>
+        <int:term>magnitude</int:term>
+        <int:term>stellar-gas-distribution</int:term>
+        <int:term>quasar-absorption-line-spectroscopy</int:term>
+        <int:term>gravitational-wave-detectors</int:term>
+        <int:term>visible-sources</int:term>
+        <int:term>solar-neutrino-problem</int:term>
+        <int:term>ephemerides</int:term>
+        <int:term>small-solar-system-bodies</int:term>
+        <int:term>narrow-band-photometry</int:term>
+        <int:term>two-point-correlation-function</int:term>
+        <int:term>upsilon-sagittarii-stars</int:term>
+        <int:term>solar-photosphere</int:term>
+        <int:term>solar-convective-zone</int:term>
+        <int:term>sky-noise</int:term>
+        <int:term>gravitational-microlensing-exoplanet-detection</int:term>
+        <int:term>super-earths</int:term>
+        <int:term>interstellar-scattering</int:term>
+        <int:term>gamma-ray-transient-sources</int:term>
+        <int:term>su-ursae-majoris-stars</int:term>
+        <int:term>kerr-black-holes</int:term>
+        <int:term>infrared-excess</int:term>
+        <int:term>missing-mass</int:term>
+        <int:term>kirkwood-gap</int:term>
+        <int:term>stellar-flares</int:term>
+        <int:term>land-atmosphere-interactions</int:term>
+        <int:term>solar-chromospheric-heating</int:term>
+        <int:term>technetium-stars</int:term>
+        <int:term>astronomical-reference-materials</int:term>
+        <int:term>space-telescopes</int:term>
+        <int:term>astrophysical-black-holes</int:term>
+        <int:term>multivariate-analysis</int:term>
+        <int:term>black-hole-physics</int:term>
+        <int:term>lunar-geochronology</int:term>
+        <int:term>ataxites</int:term>
+        <int:term>standard-stars</int:term>
+        <int:term>three-body-problem</int:term>
+        <int:term>interacting-galaxies</int:term>
+        <int:term>bl-herculis-variable-stars</int:term>
+        <int:term>chemical-thermodynamics</int:term>
+        <int:term>interstellar-dust</int:term>
+        <int:term>barium-stars</int:term>
+        <int:term>speckle-interferometry</int:term>
+        <int:term>sigma8</int:term>
+        <int:term>gaussian-mixture-model</int:term>
+        <int:term>multiple-stars</int:term>
+        <int:term>agn-host-galaxies</int:term>
+        <int:term>far-infrared-astronomy</int:term>
+        <int:term>planetary-nebulae</int:term>
+        <int:term>short-period-variable-stars</int:term>
+        <int:term>binoculars</int:term>
+        <int:term>tektites</int:term>
+        <int:term>dz-stars</int:term>
+        <int:term>red-giant-tip</int:term>
+        <int:term>magnetotail</int:term>
+        <int:term>solar-nebulae</int:term>
+        <int:term>relativistic-mechanics</int:term>
+        <int:term>radio-plumes</int:term>
+        <int:term>fast-fourier-transform</int:term>
+        <int:term>hubble-space-telescope</int:term>
+        <int:term>robust-regression</int:term>
+        <int:term>affine-invariant</int:term>
+        <int:term>publicly-available-software</int:term>
+        <int:term>solar-flare-spectra</int:term>
+        <int:term>sunspot-number</int:term>
+        <int:term>stellar-mergers</int:term>
+        <int:term>scattered-disk-objects</int:term>
+        <int:term>d-galaxies</int:term>
+        <int:term>cosmic-anisotropy</int:term>
+        <int:term>dynamical-friction</int:term>
+        <int:term>srs-variable-stars</int:term>
+        <int:term>orbital-evolution</int:term>
+        <int:term>oort-cloud-objects</int:term>
+        <int:term>bautz-morgan-type</int:term>
+        <int:term>brane-cosmology</int:term>
+        <int:term>very-large-array</int:term>
+        <int:term>circumstellar-grains</int:term>
+        <int:term>broad-absorption-line-quasar</int:term>
+        <int:term>galaxy-anticenters</int:term>
+        <int:term>nuclear-physics</int:term>
+        <int:term>extrasolar-ice-giants</int:term>
+        <int:term>x-ray-observatories</int:term>
+        <int:term>photographic-astrometry</int:term>
+        <int:term>galaxy-kinematics</int:term>
+        <int:term>meteoroids</int:term>
+        <int:term>godel-universe</int:term>
+        <int:term>gravitational-instability</int:term>
+        <int:term>parabolic-orbit</int:term>
+        <int:term>rapidly-oscillating-ap-star</int:term>
+        <int:term>planet-formation</int:term>
+        <int:term>y-dwarfs</int:term>
+        <int:term>transmission-spectroscopy</int:term>
+        <int:term>plasmapause</int:term>
+        <int:term>comet-interiors</int:term>
+        <int:term>wolf-diagram</int:term>
+        <int:term>exoplanet-surface-characteristics</int:term>
+        <int:term>binary-pulsars</int:term>
+        <int:term>secondary-mirror</int:term>
+        <int:term>gpu-computing</int:term>
+        <int:term>exosphere</int:term>
+        <int:term>blue-compact-dwarf-galaxies</int:term>
+        <int:term>hst-photometry</int:term>
+        <int:term>space-research</int:term>
+        <int:term>nitrous-oxide</int:term>
+        <int:term>cii-region</int:term>
+        <int:term>x-ray-active-galactic-nuclei</int:term>
+        <int:term>very-long-baseline-interferometers</int:term>
+        <int:term>ephemeral-active-regions</int:term>
+        <int:term>giant-radio-galaxies</int:term>
+        <int:term>intergalactic-clouds</int:term>
+        <int:term>h-alpha-stars</int:term>
+        <int:term>x-ray-surveys</int:term>
+        <int:term>m-dwarf-stars</int:term>
+        <int:term>planetary-interior</int:term>
+        <int:term>molecular-physics</int:term>
+        <int:term>transit-duration-variation-method</int:term>
+        <int:term>micrometeoroids</int:term>
+        <int:term>hydrogen-deficient-stars</int:term>
+        <int:term>k-supergiant-stars</int:term>
+        <int:term>planetary-system-evolution</int:term>
+        <int:term>brightness-temperature</int:term>
+        <int:term>bp-stars</int:term>
+        <int:term>initial-conditions-of-the-universe</int:term>
+        <int:term>rovers</int:term>
+        <int:term>stellar-ages</int:term>
+        <int:term>main-sequence-stars</int:term>
+        <int:term>nonrotating-black-holes</int:term>
+        <int:term>lens-orbital-motion</int:term>
+        <int:term>anomalistic-month</int:term>
+        <int:term>stellar-effective-temperatures</int:term>
+        <int:term>astrospheres</int:term>
+        <int:term>geomagnetic-fields</int:term>
+        <int:term>adaptive-optics</int:term>
+        <int:term>reaction-rate-equations</int:term>
+        <int:term>mascon</int:term>
+        <int:term>optical-position</int:term>
+        <int:term>microwave-spectroscopy</int:term>
+        <int:term>tidal-friction</int:term>
+        <int:term>longitude-of-the-ascending-node</int:term>
+        <int:term>gould-belt</int:term>
+        <int:term>irregular-galaxies</int:term>
+        <int:term>pallas</int:term>
+        <int:term>sundials</int:term>
+        <int:term>quintessence</int:term>
+        <int:term>supernova-dynamics</int:term>
+        <int:term>53-persei-stars</int:term>
+        <int:term>magnetodisk</int:term>
+        <int:term>galaxy-tides</int:term>
+        <int:term>friedmann-robertson-walker-metric</int:term>
+        <int:term>s-process</int:term>
+        <int:term>low-latitude-ionosphere</int:term>
+        <int:term>stellar-interiors</int:term>
+        <int:term>proton-proton-reaction</int:term>
+        <int:term>microgravity</int:term>
+        <int:term>neural-networks</int:term>
+        <int:term>galaxy-planes</int:term>
+        <int:term>high-contrast-spectroscopy</int:term>
+        <int:term>metropolis-hastings</int:term>
+        <int:term>ganymede</int:term>
+        <int:term>galaxy-rotation</int:term>
+        <int:term>astronomy-image-processing</int:term>
+        <int:term>cosmic-electrodynamics</int:term>
+        <int:term>gravitational-lensing-shear</int:term>
+        <int:term>fullerenes</int:term>
+        <int:term>triple-lens-microlensing</int:term>
+        <int:term>single-dish-antennas</int:term>
+        <int:term>critical-curve</int:term>
+        <int:term>planispheres</int:term>
+        <int:term>atomic-data</int:term>
+        <int:term>ultraviolet-color</int:term>
+        <int:term>stellar-coronal-holes</int:term>
+        <int:term>redshift-surveys</int:term>
+        <int:term>exoplanet-formation</int:term>
+        <int:term>closed-universe</int:term>
+        <int:term>van-allen-radiation-belt</int:term>
+        <int:term>blue-cloud-galaxies</int:term>
+        <int:term>gamma-doradus-variable-stars</int:term>
+        <int:term>bode-s-law</int:term>
+        <int:term>bipolar-sunspot-groups</int:term>
+        <int:term>protoplanetary-disks</int:term>
+        <int:term>radioheliographs</int:term>
+        <int:term>hubble-diagram</int:term>
+        <int:term>stellar-motion</int:term>
+        <int:term>t-associations</int:term>
+        <int:term>star-formation</int:term>
+        <int:term>distributed-computing</int:term>
+        <int:term>spectroscopic-binary-stars</int:term>
+        <int:term>steady-state-theory</int:term>
+        <int:term>satellite-formation</int:term>
+        <int:term>lunar-magnetic-fields</int:term>
+        <int:term>expectation-maximization-algorithm</int:term>
+        <int:term>auroral-region</int:term>
+        <int:term>zenith</int:term>
+        <int:term>two-dimensional-gravity</int:term>
+        <int:term>stellar-accretion-disks</int:term>
+        <int:term>main-belt-comets</int:term>
+        <int:term>galaxy-spheroids</int:term>
+        <int:term>ice-porosity</int:term>
+        <int:term>intermediate-type-stars</int:term>
+        <int:term>educational-software</int:term>
+        <int:term>aphelion</int:term>
+        <int:term>variable-radiation-sources</int:term>
+        <int:term>lunar-petrology</int:term>
+        <int:term>oe-stars</int:term>
+        <int:term>pointing-error</int:term>
+        <int:term>limiting-magnitude</int:term>
+        <int:term>lunar-interior</int:term>
+        <int:term>magnetospheric-radio-emissions</int:term>
+        <int:term>measurement-error-model</int:term>
+        <int:term>ionospheric-scintillation</int:term>
+        <int:term>emission-line-galaxies</int:term>
+        <int:term>roche-lobe-overflow</int:term>
+        <int:term>north-galactic-pole</int:term>
+        <int:term>pickup-ions</int:term>
+        <int:term>faber-jackson-distance</int:term>
+        <int:term>hadron-barrier</int:term>
+        <int:term>hi-shells</int:term>
+        <int:term>eye-pieces</int:term>
+        <int:term>exoplanet-dynamics</int:term>
+        <int:term>meteor-radiants</int:term>
+        <int:term>gamma-ray-spectroscopy</int:term>
+        <int:term>comet-origins</int:term>
+        <int:term>infrared-sources</int:term>
+        <int:term>dark-energy</int:term>
+        <int:term>millisecond-pulsars</int:term>
+        <int:term>stellar-accretion</int:term>
+        <int:term>solar-x-ray-emission</int:term>
+        <int:term>exocomets</int:term>
+        <int:term>hilda-group</int:term>
+        <int:term>manganese-stars</int:term>
+        <int:term>high-altitude-balloons</int:term>
+        <int:term>light-year</int:term>
+        <int:term>modified-newtonian-dynamics</int:term>
+        <int:term>atmospheric-effects</int:term>
+        <int:term>tropopause</int:term>
+        <int:term>low-density-fields</int:term>
+        <int:term>zone-of-totality</int:term>
+        <int:term>infrared-spectroscopy</int:term>
+        <int:term>kreutz-sungrazers</int:term>
+        <int:term>periodic-orbit</int:term>
+        <int:term>substellar-companion-stars</int:term>
+        <int:term>long-baseline-interferometers</int:term>
+        <int:term>ram-pressure-stripped-tails</int:term>
+        <int:term>ccd-photometry</int:term>
+        <int:term>ion-trapping</int:term>
+        <int:term>cosmic-abundances</int:term>
+        <int:term>bolometric-correction</int:term>
+        <int:term>ch-stars</int:term>
+        <int:term>relativistic-cosmology</int:term>
+        <int:term>hirayama-families</int:term>
+        <int:term>annual-microlensing-parallax</int:term>
+        <int:term>purkinje-effect</int:term>
+        <int:term>bekenstein-hawking-entropy</int:term>
+        <int:term>chthonian-planets</int:term>
+        <int:term>color-equation</int:term>
+        <int:term>underabundances</int:term>
+        <int:term>carbonaceous-grains</int:term>
+        <int:term>kullback-leibler-distance</int:term>
+        <int:term>zenith-distance</int:term>
+        <int:term>horizon</int:term>
+        <int:term>intergalactic-abundances</int:term>
+        <int:term>multi-periodic-variable-stars</int:term>
+        <int:term>solar-observatories</int:term>
+        <int:term>true-position</int:term>
+        <int:term>orbital-theory</int:term>
+        <int:term>maksutov-telescopes</int:term>
+        <int:term>hydrodynamical-simulations</int:term>
+        <int:term>dust-shells</int:term>
+        <int:term>dirac-cosmology</int:term>
+        <int:term>galaxy-abundances</int:term>
+        <int:term>photogrammetry</int:term>
+        <int:term>navarro-frenk-white-profile</int:term>
+        <int:term>solar-coronal-streamers</int:term>
+        <int:term>time-of-flight-mass-spectrometry</int:term>
+        <int:term>supermassive-black-holes</int:term>
+        <int:term>evolution-equation</int:term>
+        <int:term>frozen-in-elements</int:term>
+        <int:term>fundamental-parameters-of-stars</int:term>
+        <int:term>galaxy-radial-velocities</int:term>
+        <int:term>galaxy-tails</int:term>
+        <int:term>red-straggler-stars</int:term>
+        <int:term>slow-solar-wind</int:term>
+        <int:term>hubble-time</int:term>
+        <int:term>recombination</int:term>
+        <int:term>stellar-abundances</int:term>
+        <int:term>lunar-mountains</int:term>
+        <int:term>neutrino-oscillations</int:term>
+        <int:term>phase-switching</int:term>
+        <int:term>standard-candles</int:term>
+        <int:term>stellar-coronal-dimming</int:term>
+        <int:term>rotating-black-holes</int:term>
+        <int:term>support-vector-machine</int:term>
+        <int:term>comparison-stars</int:term>
+        <int:term>x-ray-bursts</int:term>
+        <int:term>helioseismic-pulsations</int:term>
+        <int:term>galaxy-stellar-content</int:term>
+        <int:term>indochinites</int:term>
+        <int:term>lunar-impacts</int:term>
+        <int:term>catalogs</int:term>
+        <int:term>dark-matter-density</int:term>
+        <int:term>astronomical-sextants</int:term>
+        <int:term>relativistic-binary-stars</int:term>
+        <int:term>equatorial-zone</int:term>
+        <int:term>h-i-regions</int:term>
+        <int:term>naked-singularities</int:term>
+        <int:term>comet-tails</int:term>
+        <int:term>altitude-angle</int:term>
+        <int:term>twotinos</int:term>
+        <int:term>exoplanet-atmospheres</int:term>
+        <int:term>faint-blue-stars</int:term>
+        <int:term>wcn-stars</int:term>
+        <int:term>supergranulation</int:term>
+        <int:term>dwarf-elliptical-galaxies</int:term>
+        <int:term>milky-way-disk</int:term>
+        <int:term>megamasers</int:term>
+        <int:term>photographic-magnitude</int:term>
+        <int:term>interstellar-dynamics</int:term>
+        <int:term>planetary-disk-interactions</int:term>
+        <int:term>ultraviolet-extinction</int:term>
+        <int:term>neutrino-masses</int:term>
+        <int:term>cross-validation</int:term>
+        <int:term>green-valley-galaxies</int:term>
+        <int:term>circumstellar-shells</int:term>
+        <int:term>superbubbles</int:term>
+        <int:term>vy-sculpturis-stars</int:term>
+        <int:term>milky-way-magnetic-fields</int:term>
+        <int:term>heliosphere</int:term>
+        <int:term>circumstellar-gas</int:term>
+        <int:term>cosmological-constant-experiments</int:term>
+        <int:term>astronomical-seeing</int:term>
+        <int:term>nonclassical-interferometry</int:term>
+        <int:term>galaxy-bars</int:term>
+        <int:term>grazing-incidence-telescopes</int:term>
+        <int:term>ultraviolet-surveys</int:term>
+        <int:term>baker-nunn-cameras</int:term>
+        <int:term>chemical-kinetics</int:term>
+        <int:term>ground-telescopes</int:term>
+        <int:term>rapid-bursts</int:term>
+        <int:term>comet-dynamics</int:term>
+        <int:term>aten-group</int:term>
+        <int:term>solid-body-tides</int:term>
+        <int:term>ocean-atmosphere-interactions</int:term>
+        <int:term>astrometric-microlensing-effect</int:term>
+        <int:term>quadrants</int:term>
+        <int:term>sunspot-groups</int:term>
+        <int:term>interplanetary-turbulence</int:term>
+        <int:term>milky-way-mass</int:term>
+        <int:term>heliocentric-model</int:term>
+        <int:term>solar-radiative-zone</int:term>
+        <int:term>mass-to-light-ratio</int:term>
+        <int:term>orbital-nodes</int:term>
+        <int:term>radio-lobes</int:term>
+        <int:term>optical-observation</int:term>
+        <int:term>sloan-photometry</int:term>
+        <int:term>virtual-observatories</int:term>
+        <int:term>far-infrared-interferometry</int:term>
+        <int:term>stellar-tracking-devices</int:term>
+        <int:term>neutron-interferometry</int:term>
+        <int:term>long-baseline-interferometry</int:term>
+        <int:term>cold-neptunes</int:term>
+        <int:term>ring-singularities</int:term>
+        <int:term>helmholtz-kelvin-contraction</int:term>
+        <int:term>photon-decoupling</int:term>
+        <int:term>g-dwarf-stars</int:term>
+        <int:term>finding-lists</int:term>
+        <int:term>intergalactic-filaments</int:term>
+        <int:term>solar-radiation</int:term>
+        <int:term>interplanetary-shocks</int:term>
+        <int:term>bediasites</int:term>
+        <int:term>unmagnetized-solar-system-bodies</int:term>
+        <int:term>night-sky-brightness</int:term>
+        <int:term>solar-magnetic-reconnection</int:term>
+        <int:term>open-source-software</int:term>
+        <int:term>cool-cores</int:term>
+        <int:term>extrasolar-rocky-planets</int:term>
+        <int:term>lenses</int:term>
+        <int:term>gravity-anomaly</int:term>
+        <int:term>space-vehicle-instruments</int:term>
+        <int:term>pre-solar-nebulae</int:term>
+        <int:term>solar-coronal-heating</int:term>
+        <int:term>non-standard-theories-of-gravity</int:term>
+        <int:term>parametric-hypothesis-tests</int:term>
+        <int:term>interplanetary-particle-acceleration</int:term>
+        <int:term>stellar-coronal-loops</int:term>
+        <int:term>stellar-cores</int:term>
+        <int:term>intergalactic-gas</int:term>
+        <int:term>coma-dust</int:term>
+        <int:term>aeronomy</int:term>
+        <int:term>albedo</int:term>
+        <int:term>solar-filament-eruptions</int:term>
+        <int:term>period-determination</int:term>
+        <int:term>equator-position</int:term>
+        <int:term>subauroral-ionosphere</int:term>
+        <int:term>planetary-probes</int:term>
+        <int:term>primordial-magnetic-fields</int:term>
+        <int:term>surface-photometry</int:term>
+        <int:term>interstellar-thermal-emission</int:term>
+        <int:term>volcanism</int:term>
+        <int:term>long-period-variable-stars</int:term>
+        <int:term>carbon-planets</int:term>
+        <int:term>gaia</int:term>
+        <int:term>curved-space</int:term>
+        <int:term>dark-matter-distribution</int:term>
+        <int:term>prime-focus</int:term>
+        <int:term>solar-radio-emission</int:term>
+        <int:term>potential-energy-surfaces</int:term>
+        <int:term>lunation</int:term>
+        <int:term>photometric-standard-stars</int:term>
+        <int:term>unbarred-spiral-galaxies</int:term>
+        <int:term>kinematic-parallax</int:term>
+        <int:term>spectrophotometric-standards</int:term>
+        <int:term>radar-telescopes</int:term>
+        <int:term>red-noise</int:term>
+        <int:term>astronomy-web-services</int:term>
+        <int:term>molecular-data</int:term>
+        <int:term>lunar-composition</int:term>
+        <int:term>cometary-globules</int:term>
+        <int:term>zenith-hourly-rate</int:term>
+        <int:term>fisher-s-information</int:term>
+        <int:term>phase-effect</int:term>
+        <int:term>conical-singularities</int:term>
+        <int:term>chemically-peculiar-giant-stars</int:term>
+        <int:term>flash-stars</int:term>
+        <int:term>z-camelopardalis-stars</int:term>
+        <int:term>orreries</int:term>
+        <int:term>exoplanet-catalogs</int:term>
+        <int:term>finite-source-photometric-effect</int:term>
+        <int:term>alternatives-to-cosmic-inflation</int:term>
+        <int:term>relativistic-jets</int:term>
+        <int:term>x-ray-novae</int:term>
+        <int:term>optical-bursts</int:term>
+        <int:term>o-associations</int:term>
+        <int:term>outlier-detection</int:term>
+        <int:term>sx-phoenicis-variable-stars</int:term>
+        <int:term>silicate-grains</int:term>
+        <int:term>plages</int:term>
+        <int:term>cosmological-neutrinos</int:term>
+        <int:term>dumbbell-galaxies</int:term>
+        <int:term>exozodiacal-dust</int:term>
+        <int:term>micrometeorites</int:term>
+        <int:term>oblique-rotators</int:term>
+        <int:term>early-stellar-evolution</int:term>
+        <int:term>exoplanet-rings</int:term>
+        <int:term>habitable-planets</int:term>
+        <int:term>lunar-origin</int:term>
+        <int:term>neutral-hydrogen-clouds</int:term>
+        <int:term>o-clusters</int:term>
+        <int:term>lunar-occultation</int:term>
+        <int:term>p-process</int:term>
+        <int:term>cosmic-ray-nucleosynthesis</int:term>
+        <int:term>physical-properties-ice-</int:term>
+        <int:term>planetary-ring-divisions</int:term>
+        <int:term>reddening-law</int:term>
+        <int:term>ultracompact-dwarf-galaxies</int:term>
+        <int:term>meteoroid-dust-clouds</int:term>
+        <int:term>millimeter-astronomy</int:term>
+        <int:term>markarian-galaxies</int:term>
+        <int:term>type-ib-supernovae</int:term>
+        <int:term>wn-stars</int:term>
+        <int:term>ring-current</int:term>
+        <int:term>stellar-rings</int:term>
+        <int:term>space-astrometry</int:term>
+        <int:term>rapid-stellar-oscillations</int:term>
+        <int:term>solar-macrospicules</int:term>
+        <int:term>rgu-photometry</int:term>
+        <int:term>astronomical-object-identification</int:term>
+        <int:term>trojan-planets</int:term>
+        <int:term>phase-defect</int:term>
+        <int:term>red-sequence-galaxies</int:term>
+        <int:term>phase-dispersion-minimization</int:term>
+    </int:uat-terms>
+    <int:uat-deprecated>
+        <int:term>logos</int:term>
+        <int:term>experimental-models</int:term>
+        <int:term>noctilucent-clouds</int:term>
+        <int:term>helium-abundance</int:term>
+        <int:term>sedna</int:term>
+        <int:term>fork-mounts</int:term>
+        <int:term>r-coronae-borealis-stars</int:term>
+        <int:term>19521-chaos-kuiper-belt-object-</int:term>
+        <int:term>individual-quasars</int:term>
+        <int:term>galaxy-components</int:term>
+        <int:term>compact-binary-systems</int:term>
+        <int:term>deprecated-solar-composition</int:term>
+        <int:term>gravitational-microlensing-exoplanets-</int:term>
+        <int:term>visual-observation</int:term>
+        <int:term>stephan-s-quintet</int:term>
+        <int:term>beryllium-abundance</int:term>
+        <int:term>orcus</int:term>
+        <int:term>supernova-evolution</int:term>
+        <int:term>deprecated-henry-draper-catalogue</int:term>
+        <int:term>stellar-elemental-abundances</int:term>
+        <int:term>two-spectrum-binary-stars</int:term>
+        <int:term>stellar-composition</int:term>
+        <int:term>accreting-binary-stars</int:term>
+        <int:term>english-mounts</int:term>
+        <int:term>deprecated-fu-orionis-stars</int:term>
+        <int:term>boron-abundance</int:term>
+        <int:term>galaxy-chemical-composition</int:term>
+        <int:term>borasisi</int:term>
+        <int:term>cometary-studies</int:term>
+        <int:term>polarimetry-exoplanets-</int:term>
+        <int:term>minor-planets</int:term>
+        <int:term>radial-velocity-methods-exoplanets-</int:term>
+        <int:term>rr-telescopii-stars</int:term>
+        <int:term>be-type-stars</int:term>
+        <int:term>huya</int:term>
+        <int:term>bailey-type-stars</int:term>
+        <int:term>galaxy-voids</int:term>
+        <int:term>cirrus-vertebratus</int:term>
+        <int:term>molecule-formation</int:term>
+        <int:term>helium-poor-stars</int:term>
+        <int:term>cirrus-floccus</int:term>
+        <int:term>elemental-abundance</int:term>
+        <int:term>stellar-m-coronal-regions</int:term>
+        <int:term>seyfert-s-sextant</int:term>
+        <int:term>yoke-mounts</int:term>
+        <int:term>natural-decay</int:term>
+        <int:term>deprecated-far-infrared-astronomy</int:term>
+        <int:term>rc-aurigae-stars</int:term>
+        <int:term>deprecated-cometary-atmospheres</int:term>
+        <int:term>s-vulpeculae-stars</int:term>
+        <int:term>solar-properties</int:term>
+        <int:term>darkrooms</int:term>
+        <int:term>iras-galaxies</int:term>
+        <int:term>deprecated-long-period-variable-stars</int:term>
+        <int:term>exobiology</int:term>
+        <int:term>lithium-abundance</int:term>
+        <int:term>eruptive-binary-stars</int:term>
+        <int:term>cirrus-uncinus</int:term>
+        <int:term>deprecated-mira-variables</int:term>
+        <int:term>quaoar</int:term>
+        <int:term>horseshoe-mounts</int:term>
+        <int:term>deprecated-radiative-processes</int:term>
+        <int:term>varuna</int:term>
+        <int:term>i-galaxies</int:term>
+        <int:term>luminous-blue-variables</int:term>
+        <int:term>solar-wind-heating</int:term>
+        <int:term>wilson-bappu-effect</int:term>
+        <int:term>haumea</int:term>
+        <int:term>intergalactic-voids</int:term>
+        <int:term>white-dwarf-evolution</int:term>
+        <int:term>teharonhiawako</int:term>
+        <int:term>eris</int:term>
+        <int:term>german-equatorial-mounts</int:term>
+        <int:term>solar-m-coronal-region</int:term>
+        <int:term>disk-stars</int:term>
+        <int:term>disk-population</int:term>
+        <int:term>cirrus-fibratus</int:term>
+        <int:term>yerkes-classification</int:term>
+        <int:term>sociology-of-astronomy</int:term>
+        <int:term>solar-magnetism</int:term>
+        <int:term>stellar-chemical-composition</int:term>
+        <int:term>equinox-correction</int:term>
+        <int:term>makemake</int:term>
+        <int:term>stochastic-heating</int:term>
+        <int:term>rra-stars</int:term>
+        <int:term>neutrino-oscillation</int:term>
+        <int:term>ixion</int:term>
+        <int:term>deprecated-gamma-ray-telescopes</int:term>
+        <int:term>cirrus-spissatus</int:term>
+        <int:term>compact-binary-components</int:term>
+        <int:term>cirrus-castellanus</int:term>
+        <int:term>molecule-destruction</int:term>
+        <int:term>individual-planetary-nebulae</int:term>
+        <int:term>continuum-radio-emission</int:term>
+        <int:term>intermediate-population-stars</int:term>
+        <int:term>deucalion</int:term>
+        <int:term>exoplanet-astrometry</int:term>
+        <int:term>rrb-stars</int:term>
+        <int:term>penumbral-filaments</int:term>
+    </int:uat-deprecated>
+
+    <xsl:key name="uat-ok"
+        match="/"
+        use="document('')/xsl:stylesheet/int:uat-terms/int:term"/>
+    <xsl:key name="uat-warn"
+        match="/"
+        use="document('')/xsl:stylesheet/int:uat-deprecated/int:term"/>
+
+    <xsl:template match="/*/content/subject" mode="voccheck">
+        <xsl:variable name="term-given" select="normalize-space(.)"/>
+        <xsl:choose>
+            <xsl:when test="key('uat-ok', $term-given)"/>
+
+            <xsl:when test="key('uat-warn', $term-given)">
+                <xsl:call-template name="reportResult">
+                    <xsl:with-param name="item">use-voc-uat</xsl:with-param>
+                    <xsl:with-param name="status">false</xsl:with-param>
+                    <xsl:with-param name="type">warn</xsl:with-param>
+                    <xsl:with-param name="desc"
+                        >#<xsl:value-of select="$term-given"
+                        /> deprecated in vocabulary http://www.ivoa.net/rdf/uat
+                    </xsl:with-param>
+                </xsl:call-template>
+            </xsl:when>
+
+            <xsl:otherwise>
+                <xsl:call-template name="reportResult">
+                    <xsl:with-param name="item">use-voc-uat</xsl:with-param>
+                    <xsl:with-param name="status">false</xsl:with-param>
+                    <xsl:with-param name="type">fail</xsl:with-param>
+                    <xsl:with-param name="desc"
+                        >#<xsl:value-of select="$term-given"
+                        /> not in vocabulary http://www.ivoa.net/rdf/uat
+                    </xsl:with-param>
+                </xsl:call-template>
+            </xsl:otherwise>
+        </xsl:choose>
+    </xsl:template>
+
+
+
+    <int:product-type-terms>
+        <int:term>spatially-resolved-dataset</int:term>
+        <int:term>image</int:term>
+        <int:term>cube</int:term>
+        <int:term>spectral-cube</int:term>
+        <int:term>time-cube</int:term>
+        <int:term>polarization-cube</int:term>
+        <int:term>spatial-profile</int:term>
+        <int:term>polarization-resolved-dataset</int:term>
+        <int:term>spectrally-resolved-dataset</int:term>
+        <int:term>spectrum</int:term>
+        <int:term>sed</int:term>
+        <int:term>slit-spectrum</int:term>
+        <int:term>polarized-spectrum</int:term>
+        <int:term>dynamic-spectrum</int:term>
+        <int:term>visibility</int:term>
+        <int:term>temporally-resolved-dataset</int:term>
+        <int:term>event-list</int:term>
+        <int:term>event-bundle</int:term>
+        <int:term>timeseries</int:term>
+        <int:term>light-curve</int:term>
+        <int:term>velocity-curve</int:term>
+        <int:term>measurements</int:term>
+    </int:product-type-terms>
+    <int:product-type-deprecated>
+        
+    </int:product-type-deprecated>
+
+    <xsl:key name="product-type-ok"
+        match="/"
+        use="document('')/xsl:stylesheet/int:product-type-terms/int:term"/>
+    <xsl:key name="product-type-warn"
+        match="/"
+        use="document('')/xsl:stylesheet/int:product-type-deprecated/int:term"/>
+
+    <xsl:template match="/*/productTypeServed" mode="voccheck">
+        <xsl:variable name="term-given" select="normalize-space(.)"/>
+        <xsl:choose>
+            <xsl:when test="key('product-type-ok', $term-given)"/>
+
+            <xsl:when test="key('product-type-warn', $term-given)">
+                <xsl:call-template name="reportResult">
+                    <xsl:with-param name="item">use-voc-product-type</xsl:with-param>
+                    <xsl:with-param name="status">false</xsl:with-param>
+                    <xsl:with-param name="type">warn</xsl:with-param>
+                    <xsl:with-param name="desc"
+                        >#<xsl:value-of select="$term-given"
+                        /> deprecated in vocabulary http://www.ivoa.net/rdf/product-type
+                    </xsl:with-param>
+                </xsl:call-template>
+            </xsl:when>
+
+            <xsl:otherwise>
+                <xsl:call-template name="reportResult">
+                    <xsl:with-param name="item">use-voc-product-type</xsl:with-param>
+                    <xsl:with-param name="status">false</xsl:with-param>
+                    <xsl:with-param name="type">fail</xsl:with-param>
+                    <xsl:with-param name="desc"
+                        >#<xsl:value-of select="$term-given"
+                        /> not in vocabulary http://www.ivoa.net/rdf/product-type
+                    </xsl:with-param>
+                </xsl:call-template>
+            </xsl:otherwise>
+        </xsl:choose>
+    </xsl:template>
+
+
+
+    <int:data-source-terms>
+        <int:term>observation</int:term>
+        <int:term>abstract-model</int:term>
+        <int:term>concrete-model</int:term>
+    </int:data-source-terms>
+    <int:data-source-deprecated>
+        
+    </int:data-source-deprecated>
+
+    <xsl:key name="data-source-ok"
+        match="/"
+        use="document('')/xsl:stylesheet/int:data-source-terms/int:term"/>
+    <xsl:key name="data-source-warn"
+        match="/"
+        use="document('')/xsl:stylesheet/int:data-source-deprecated/int:term"/>
+
+    <xsl:template match="/*/dataSource" mode="voccheck">
+        <xsl:variable name="term-given" select="normalize-space(.)"/>
+        <xsl:choose>
+            <xsl:when test="key('data-source-ok', $term-given)"/>
+
+            <xsl:when test="key('data-source-warn', $term-given)">
+                <xsl:call-template name="reportResult">
+                    <xsl:with-param name="item">use-voc-data-source</xsl:with-param>
+                    <xsl:with-param name="status">false</xsl:with-param>
+                    <xsl:with-param name="type">warn</xsl:with-param>
+                    <xsl:with-param name="desc"
+                        >#<xsl:value-of select="$term-given"
+                        /> deprecated in vocabulary http://www.ivoa.net/rdf/data-source
+                    </xsl:with-param>
+                </xsl:call-template>
+            </xsl:when>
+
+            <xsl:otherwise>
+                <xsl:call-template name="reportResult">
+                    <xsl:with-param name="item">use-voc-data-source</xsl:with-param>
+                    <xsl:with-param name="status">false</xsl:with-param>
+                    <xsl:with-param name="type">fail</xsl:with-param>
+                    <xsl:with-param name="desc"
+                        >#<xsl:value-of select="$term-given"
+                        /> not in vocabulary http://www.ivoa.net/rdf/data-source
+                    </xsl:with-param>
+                </xsl:call-template>
+            </xsl:otherwise>
+        </xsl:choose>
+    </xsl:template>
+
+
+
+    <int:messenger-terms>
+        <int:term>Photon</int:term>
+        <int:term>Radio</int:term>
+        <int:term>Millimeter</int:term>
+        <int:term>Infrared</int:term>
+        <int:term>Optical</int:term>
+        <int:term>UV</int:term>
+        <int:term>EUV</int:term>
+        <int:term>X-ray</int:term>
+        <int:term>Gamma-ray</int:term>
+        <int:term>Neutrino</int:term>
+    </int:messenger-terms>
+    <int:messenger-deprecated>
+        
+    </int:messenger-deprecated>
+
+    <xsl:key name="messenger-ok"
+        match="/"
+        use="document('')/xsl:stylesheet/int:messenger-terms/int:term"/>
+    <xsl:key name="messenger-warn"
+        match="/"
+        use="document('')/xsl:stylesheet/int:messenger-deprecated/int:term"/>
+
+    <xsl:template match="/*/coverage/waveband" mode="voccheck">
+        <xsl:variable name="term-given" select="normalize-space(.)"/>
+        <xsl:choose>
+            <xsl:when test="key('messenger-ok', $term-given)"/>
+
+            <xsl:when test="key('messenger-warn', $term-given)">
+                <xsl:call-template name="reportResult">
+                    <xsl:with-param name="item">use-voc-messenger</xsl:with-param>
+                    <xsl:with-param name="status">false</xsl:with-param>
+                    <xsl:with-param name="type">warn</xsl:with-param>
+                    <xsl:with-param name="desc"
+                        >#<xsl:value-of select="$term-given"
+                        /> deprecated in vocabulary http://www.ivoa.net/rdf/messenger
+                    </xsl:with-param>
+                </xsl:call-template>
+            </xsl:when>
+
+            <xsl:otherwise>
+                <xsl:call-template name="reportResult">
+                    <xsl:with-param name="item">use-voc-messenger</xsl:with-param>
+                    <xsl:with-param name="status">false</xsl:with-param>
+                    <xsl:with-param name="type">fail</xsl:with-param>
+                    <xsl:with-param name="desc"
+                        >#<xsl:value-of select="$term-given"
+                        /> not in vocabulary http://www.ivoa.net/rdf/messenger
+                    </xsl:with-param>
+                </xsl:call-template>
+            </xsl:otherwise>
+        </xsl:choose>
+    </xsl:template>
+
+</xsl:stylesheet>
diff --git a/src/benson/oai/vocabulary_xslt.py b/src/benson/oai/vocabulary_xslt.py
new file mode 100644
index 0000000..53d1ec4
--- /dev/null
+++ b/src/benson/oai/vocabulary_xslt.py
@@ -0,0 +1,191 @@
+#!/usr/bin/env python3
+"""
+Build an XSLT for validating one or more VOResource elements
+against IVOA vocabularies.
+
+This produces the file assets/validate/validateVocabularies.xsl and
+is supposed to be executed in validate whenever registry-relevant
+vocabularies change.  The current plan is that in a checkout of benson,
+you do::
+
+    cd assets/validate
+    python ../../src/benson/oai/vocabulary_xslt.py
+
+Then git commit your changes and re-deploy.
+
+[MD: this is fast enough that we could generate the XSLT at server
+start; but when people do stand-alone validation, I think I'd rather
+have the vocabularies, in effect, cached]
+
+There is configuration in here that probably should be put into an
+external file;  see VOCABULARY_CONTROLLED below..
+"""
+
+import functools
+import json
+import os
+from urllib import request
+
+IVOA_VOCABULARY_ROOT = "http://www.ivoa.net/rdf/"
+
+# The following string configures what to validate; it should go
+# into an appropriate string.  The fields are:
+# xpath, attpath, relative vocabulary url, mandatory
+#
+# xpath is the ri:Resource-relative xpath to the vocabulary-controlled
+# element root, attpath the xpath (. for the element content, @attribute
+# otherwise).   mandatory is a flag saying whether vocabulary adherence
+# is a must as opposed to a should.
+
+# I'm leving the type of the root element open; should we enfoce
+# ri:Resource here?  I don't think so.
+VOCABULARY_CONTROLLED = (
+"/*/curation/date, @role, voresource/date_role, True\n"
+"/*/content/contentLevel, ., voresource/content_level, True\n"
+"/*/content/type, ., voresource/content_type, True\n"
+"/*/content/relationship/relationshipType, ., voresource/relationship_type, True\n"
+"/*/content/subject, ., uat, False\n"
+"/*/productTypeServed, ., product-type, True\n"
+"/*/dataSource, ., data-source, True\n"
+"/*/coverage/waveband, ., messenger, True\n")
+
+
+XSL_BODY = """
+<!-- Generated by benson.oai.vocabulary_xslt.py; do not edit by
+hand. -->
+
+<xsl:stylesheet
+    xmlns:xsl="http://www.w3.org/1999/XSL/Transform"
+    xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
+    xmlns:ri="http://www.ivoa.net/xml/RegistryInterface/v1.0"
+    xmlns:int="urn:ivoa:rofr-validator-internal"
+    version="1.0">
+
+    <xsl:template match="text()" mode="voccheck"/>
+
+    {}
+</xsl:stylesheet>
+"""
+
+FRAGMENT_TEMPLATE = """
+    <int:{name}-terms>
+        {terms}
+    </int:{name}-terms>
+    <int:{name}-deprecated>
+        {deprecated}
+    </int:{name}-deprecated>
+
+    <xsl:key name="{name}-ok"
+        match="/"
+        use="document('')/xsl:stylesheet/int:{name}-terms/int:term"/>
+    <xsl:key name="{name}-warn"
+        match="/"
+        use="document('')/xsl:stylesheet/int:{name}-deprecated/int:term"/>
+
+    <xsl:template match="{xpath}" mode="voccheck">
+        <xsl:variable name="term-given" select="normalize-space({attpath})"/>
+        <xsl:choose>
+            <xsl:when test="key('{name}-ok', $term-given)"/>
+
+            <xsl:when test="key('{name}-warn', $term-given)">
+                <xsl:call-template name="reportResult">
+                    <xsl:with-param name="item">use-voc-{name}</xsl:with-param>
+                    <xsl:with-param name="status">false</xsl:with-param>
+                    <xsl:with-param name="type">warn</xsl:with-param>
+                    <xsl:with-param name="desc"
+                        >#<xsl:value-of select="$term-given"
+                        /> deprecated in vocabulary {voc_url}
+                    </xsl:with-param>
+                </xsl:call-template>
+            </xsl:when>
+
+            <xsl:otherwise>
+                <xsl:call-template name="reportResult">
+                    <xsl:with-param name="item">use-voc-{name}</xsl:with-param>
+                    <xsl:with-param name="status">false</xsl:with-param>
+                    <xsl:with-param name="type">{miss_level}</xsl:with-param>
+                    <xsl:with-param name="desc"
+                        >#<xsl:value-of select="$term-given"
+                        /> not in vocabulary {voc_url}
+                    </xsl:with-param>
+                </xsl:call-template>
+            </xsl:otherwise>
+        </xsl:choose>
+    </xsl:template>
+"""
+
+
+def download_file(url, http_headers):
+    voc_req = request.Request(url,
+       headers=http_headers)
+    with request.urlopen(voc_req) as src:
+         return src.read()
+
+
+def get_vocabulary(voc_name):
+    """returns an IVOA vocabulary in its "desise" form.
+
+    See Vocabularies in the VO 2 to see what is inside of this.
+    """
+    voc_src = download_file(
+       IVOA_VOCABULARY_ROOT+voc_name,
+       {"accept": "application/x-desise+json"})
+    return json.loads(voc_src)
+
+
+def make_validator_for(xpath, attpath, voc_name, mandatory):
+    """returns XSL templates for validating elements in xpath/attpath
+    against the IVOA vocabulary voc_name.
+
+    If mandatory is false, bad terms are just flagged as warnings.
+    """
+    voc = get_vocabulary(voc_name)
+
+    terms, deprecated = [], []
+    for t, props in voc["terms"].items():
+        if "deprecated" in props:
+            deprecated.append(t)
+        else:
+            terms.append(t)
+
+    return FRAGMENT_TEMPLATE.format(
+        terms="\n        ".join(f"<int:term>{t}</int:term>" for t in terms),
+        deprecated="\n        ".join(f"<int:term>{t}</int:term>"
+            for t in deprecated),
+        xpath=xpath,
+        attpath=attpath,
+        # there are vocabularies with path elements in them (sigh),
+        # but name must be suitable for XML identifiers.
+        name=voc_name.split("/")[-1],
+        miss_level="fail" if mandatory else "warn",
+        voc_url="http://www.ivoa.net/rdf/"+voc_name)
+
+
+def read_config():
+    # returns a list of tuples as per VOCABULARY_CONTROLLED above.
+    # we should probably read from the file system in some way and then
+    # do some input validation, too.
+    import csv, io
+
+    config_source = io.StringIO(VOCABULARY_CONTROLLED)
+    return [tup
+        for tup in csv.reader(config_source, skipinitialspace=True)]
+
+
+def main():
+    conf = read_config()
+
+    fragments = []
+    for vocspec in conf:
+        fragments.append(
+            make_validator_for(*vocspec))
+
+    with open("validateVocabularies.xsl", "w") as f:
+        f.write((XSL_BODY.format(
+            "\n\n".join(fragments))))
+
+
+if __name__=="__main__":
+    main()
+
+# vim:et:sw=4:sta
diff --git a/tests/fixtures/voc-exercise.vor b/tests/fixtures/voc-exercise.vor
new file mode 100644
index 0000000..9fac6de
--- /dev/null
+++ b/tests/fixtures/voc-exercise.vor
@@ -0,0 +1,1332 @@
+<?xml version="1.0"?>
+
+        <ri:Resource
+xmlns:ri="http://www.ivoa.net/xml/RegistryInterface/v1.0"
+xmlns:ssap="http://www.ivoa.net/xml/SSA/v1.1"
+xmlns:vg="http://www.ivoa.net/xml/VORegistry/v1.0"
+xmlns:vr="http://www.ivoa.net/xml/VOResource/v1.0"
+xmlns:vs="http://www.ivoa.net/xml/VODataService/v1.1"
+xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
+        created="2024-10-31T12:55:21Z" status="active" updated="2026-02-20T09:44:50Z" version="1.2" xsi:type="vs:CatalogService">
+          <title>ROME/REA Timeseries Photometry Data Release 1</title>
+          <shortName>rome SSAP</shortName>
+          <identifier>ivo://org.gavo.dc/rome/q/ssa</identifier>
+          <curation>
+            <publisher>The GAVO DC team</publisher>
+            <creator>
+              <name>Street, R.A.</name>
+            </creator>
+            <creator>
+              <name>Bachelet, E.</name>
+            </creator>
+            <creator>
+              <name>Tsapras, Y.</name>
+            </creator>
+            <creator>
+              <name>Hundertmark, M.P.G.</name>
+            </creator>
+            <creator>
+              <name>Bozza, V.</name>
+            </creator>
+            <creator>
+              <name>Bramich, D.M.</name>
+            </creator>
+            <creator>
+              <name>Cassan, A.</name>
+            </creator>
+            <creator>
+              <name>Dominik, M.</name>
+            </creator>
+            <creator>
+              <name>Figuera Jaimes, R.</name>
+            </creator>
+            <creator>
+              <name>Horne, K.</name>
+            </creator>
+            <creator>
+              <name>Mao, S.</name>
+            </creator>
+            <creator>
+              <name>Saha, A.</name>
+            </creator>
+            <creator>
+              <name>Wambsganss, J.</name>
+            </creator>
+            <creator>
+              <name>Zang, W.</name>
+            </creator>
+            <date role="Uprooted">2023-02-20T09:44:41Z</date>
+            <date role="Updated">2026-02-20T09:44:41Z</date>
+            <contact>
+              <name>GAVO Data Centre Team</name>
+              <address>M&#xF6;nchhofstrasse 12-14, D-69120 Heidelberg</address>
+              <email>gavo@ari.uni-heidelberg.de</email>
+              <telephone>+49 6221 54 1837</telephone>
+            </contact>
+          </curation>
+          <content>
+            <subject>broad-band-photometry</subject>
+            <subject>ccd-photometry</subject>
+            <subject>light-curves</subject>
+            <subject>multi-color-photometry</subject>
+            <subject>photometry</subject>
+            <subject>fantasy-photometry</subject>
+            <subject>stellar-photometry</subject>
+            <subject>gravitational-microlensing</subject>
+            <subject>variable-stars</subject>
+            <description> The ROME/REA (Robotic Observations of Microlensing Events/Reactive
+Event Assessment) Survey was a Key Project at Las Cumbres Observatory
+(hereafter LCO) which continuously monitored 20 selected fields (3.76
+sq.deg.) in the Galactic Bulge throughout their seasonal visibility
+window over a three-year period, between March 2017 and March 2020.
+Observations were made in three optical passbands (SDSS g', r', i'),
+and LCO's multi-site telescope network enabled the survey to achieve a
+typical cadence of ~10hrs in i' and ~15hrs in g' and r'.     In
+addition, intervals of higher cadence (&lt;1hr) data were obtained during
+monitoring of key microlensing events within the fields.        This
+catalog includes the full timeseries photometry for all ~8 million
+stars, down to a limiting magnitude of i~18mag.</description>
+            <source format="bibcode">2024PASP..136f4501S</source>
+            <referenceURL>http://dc.g-vo.org/rome/q/ssa/info</referenceURL>
+            <type>Survey</type>
+            <type>Long Integer</type>
+            <contentLevel>amateur</contentLevel>
+            <contentLevel>Research</contentLevel>
+            <relationship>
+              <relationshipType>IsServedBy</relationshipType>
+              <relatedResource ivo-id="ivo://org.gavo.dc/__system__/obscore/obscore">GAVO Data Center Obscore</relatedResource>
+              <relatedResource ivo-id="ivo://org.gavo.dc/tap">GAVO Data Center TAP service</relatedResource>
+            </relationship>
+            <relationship>
+              <relationshipType>served-by</relationshipType>
+              <relatedResource ivo-id="ivo://org.gavo.dc/__system__/obscore/obscore">GAVO Data Center Obscore</relatedResource>
+              <relatedResource ivo-id="ivo://org.gavo.dc/tap">GAVO Data Center TAP service</relatedResource>
+            </relationship>
+            <relationship>
+              <relationshipType>Complicated</relationshipType>
+              <relatedResource>ZTF</relatedResource>
+            </relationship>
+          </content>
+          <rights rightsURI="https://spdx.org/licenses/CC-BY-SA-4.0.html">The ROME/REA data is licensed under the `Creative Commons Attribution Share-Alike 4.0 License &lt;http://creativecommons.org/licenses/by-sa/4.0/&gt;`_
+
+.. image:: /static/img/ccbysa.png
+   :alt: [CC-BY-SA]
+</rights>
+          <rights>
+This data release is a public product of the ROME/REA Key Project survey
+conducted on the robotic telescope network of the Las Cumbres Observatory
+(LCO).  Individual images used in the data reduction are freely available
+for download on the LCO archive (https://archive.lco.global/).
+
+It is important to clarify that the light curves available through this
+data release are not optimized photometric reductions of individual
+objects.  Researchers intending to utilize this data set for publications
+are kindly requested to acknowledge this source by citing the present paper
+(Street et al 2024 :bibcode:`2024PASP..136f4501S`) along with the original
+work by Tsapras et al 2019 :bibcode:`2019PASP..131l4401T`.
+
+For research work that requires enhanced photometry for specific targets
+within this catalog, we encourage reaching out to us directly.
+Collaboration opportunities are sincerely welcomed, and we look forward to
+supporting further inquiries and investigations.</rights>
+          <capability standardID="ivo://ivoa.net/std/ssa" xsi:type="ssap:SimpleSpectralAccess">
+            <interface role="std" xsi:type="vs:ParamHTTP">
+              <accessURL use="base">http://dc.g-vo.org/rome/q/ssa/ssap.xml?</accessURL>
+              <mirrorURL>https://dc.g-vo.org/rome/q/ssa/ssap.xml?</mirrorURL>
+              <queryType>GET</queryType>
+              <resultType>application/x-votable+xml</resultType>
+              <param std="true">
+                <name>POS</name>
+                <description>ICRS position of target object</description>
+                <unit>deg</unit>
+                <dataType arraysize="*" xsi:type="vs:SimpleDataType">char</dataType>
+              </param>
+              <param std="true">
+                <name>SIZE</name>
+                <description>Size of the region of interest around POS</description>
+                <unit>deg</unit>
+                <dataType xsi:type="vs:SimpleDataType">real</dataType>
+              </param>
+              <param std="true">
+                <name>BAND</name>
+                <description>Wavelength (range) of interest (or symbolic bandpass names)</description>
+                <unit>m</unit>
+                <dataType arraysize="*" xsi:type="vs:SimpleDataType">char</dataType>
+              </param>
+              <param std="true">
+                <name>TIME</name>
+                <description>Midpoint of exposure (MJD)</description>
+                <ucd>time.epoch</ucd>
+                <dataType arraysize="*" xsi:type="vs:SimpleDataType">char</dataType>
+              </param>
+              <param std="true">
+                <name>FORMAT</name>
+                <description>MIME type of the file served</description>
+                <ucd>meta.code.mime</ucd>
+                <dataType arraysize="*" xsi:type="vs:SimpleDataType">char</dataType>
+              </param>
+              <param std="true">
+                <name>APERTURE</name>
+                <description>Angular diameter of aperture</description>
+                <unit>deg</unit>
+                <ucd>phys.angSize;instr.fov</ucd>
+                <dataType arraysize="*" xsi:type="vs:SimpleDataType">char</dataType>
+              </param>
+              <param std="true">
+                <name>SNR</name>
+                <description>Signal-to-noise ratio estimated for this dataset</description>
+                <ucd>stat.snr</ucd>
+                <dataType arraysize="*" xsi:type="vs:SimpleDataType">char</dataType>
+              </param>
+              <param std="true">
+                <name>REDSHIFT</name>
+                <description>Redshift of target object</description>
+                <ucd>src.redshift</ucd>
+                <dataType arraysize="*" xsi:type="vs:SimpleDataType">char</dataType>
+              </param>
+              <param std="true">
+                <name>TARGETNAME</name>
+                <description>Common name of object observed.</description>
+                <ucd>meta.id;src</ucd>
+                <dataType arraysize="*" xsi:type="vs:SimpleDataType">char</dataType>
+              </param>
+              <param std="true">
+                <name>TARGETCLASS</name>
+                <description>Object class (star, QSO,...; use Simbad object classification http://simbad.u-strasbg.fr/simbad/sim-display?data=otypes if at all possible)</description>
+                <ucd>src.class</ucd>
+                <dataType arraysize="*" xsi:type="vs:SimpleDataType">char</dataType>
+              </param>
+              <param std="true">
+                <name>MTIME</name>
+                <description>Date last published.</description>
+                <dataType arraysize="*" xsi:type="vs:SimpleDataType">char</dataType>
+              </param>
+              <param std="true">
+                <name>FLUXCALIB</name>
+                <description>Type of flux calibration (ABSOLUTE, CALIBRATED, RELATIVE, NORMALIZED, or UNCALIBRATED).</description>
+                <stats>
+                  <option>ABSOLUTE</option>
+                  <option>CALIBRATED</option>
+                  <option>RELATIVE</option>
+                  <option>NORMALIZED</option>
+                  <option>UNCALIBRATED</option>
+                  <option>ANY</option>
+                </stats>
+                <dataType arraysize="*" xsi:type="vs:SimpleDataType">char</dataType>
+              </param>
+              <param std="true">
+                <name>SPATRES</name>
+                <description>Spatial resolution of data</description>
+                <unit>deg</unit>
+                <ucd>pos.angResolution</ucd>
+                <dataType arraysize="*" xsi:type="vs:SimpleDataType">char</dataType>
+              </param>
+              <param std="true">
+                <name>WAVECALIB</name>
+                <description>Type of wavelength calibration</description>
+                <ucd>meta.code.qual</ucd>
+                <dataType arraysize="*" xsi:type="vs:SimpleDataType">char</dataType>
+              </param>
+              <param std="true">
+                <name>COLLECTION</name>
+                <description>A short handle naming the collection this spectrum belongs to.</description>
+                <dataType arraysize="*" xsi:type="vs:SimpleDataType">char</dataType>
+              </param>
+              <param std="true">
+                <name>SPECRP</name>
+                <description>Lower limit to spectral resolution power (&#x3BB;/&#x394;&#x3BB;) as a single number.</description>
+                <dataType xsi:type="vs:SimpleDataType">real</dataType>
+              </param>
+              <param std="true">
+                <name>PUBDID</name>
+                <description>Dataset identifier assigned by the publisher</description>
+                <ucd>meta.ref.ivoid</ucd>
+                <dataType arraysize="*" xsi:type="vs:SimpleDataType">char</dataType>
+              </param>
+              <param std="true">
+                <name>CREATORDID</name>
+                <description>Dataset identifier assigned by the creator</description>
+                <ucd>meta.id</ucd>
+                <dataType arraysize="*" xsi:type="vs:SimpleDataType">char</dataType>
+              </param>
+              <param std="false">
+                <name>WILDTARGET</name>
+                <description>Shell pattern of target observed (case insensitive)</description>
+                <dataType arraysize="*" xsi:type="vs:SimpleDataType">char</dataType>
+              </param>
+              <param std="false">
+                <name>WILDTARGETCASE</name>
+                <description>Shell pattern of target observed (case sensitive)</description>
+                <dataType arraysize="*" xsi:type="vs:SimpleDataType">char</dataType>
+              </param>
+              <param std="true">
+                <name>REQUEST</name>
+                <description>This is queryData for the default operation; some services support getData as well</description>
+                <dataType arraysize="*" xsi:type="vs:SimpleDataType">char</dataType>
+              </param>
+              <param std="true">
+                <name>TOP</name>
+                <description>Only return the TOP "best" records (on this service, this usually is equivalent to MAXREC, so no ranking is implied).</description>
+                <dataType xsi:type="vs:SimpleDataType">integer</dataType>
+              </param>
+              <param std="true">
+                <name>COMPRESS</name>
+                <description>Return compressed results?</description>
+                <dataType xsi:type="vs:SimpleDataType">char</dataType>
+              </param>
+              <param std="true">
+                <name>RUNID</name>
+                <description>An identifier for a certain run. Opaque to the service</description>
+                <dataType arraysize="*" xsi:type="vs:SimpleDataType">char</dataType>
+              </param>
+              <param std="true">
+                <name>RESPONSEFORMAT</name>
+                <description>File format requested for output.</description>
+                <ucd>meta.code.mime</ucd>
+                <stats>
+                  <option>text/tab-separated-values</option>
+                  <option>tsv</option>
+                  <option>text/plain</option>
+                  <option>txt</option>
+                  <option>text/csv</option>
+                  <option>csv_bare</option>
+                  <option>text/csv;header=present</option>
+                  <option>csv</option>
+                  <option>application/json</option>
+                  <option>json</option>
+                  <option>application/geo+json</option>
+                  <option>geojson</option>
+                  <option>application/x-votable+xml</option>
+                  <option>votable</option>
+                  <option>application/x-votable+xml;serialization=binary2</option>
+                  <option>votable/b2</option>
+                  <option>votableb2</option>
+                  <option>application/x-votable+xml;serialization=tabledata</option>
+                  <option>text/xml</option>
+                  <option>votable/td</option>
+                  <option>votabletd</option>
+                  <option>application/x-votable+xml;serialization=tabledata;version=1.1</option>
+                  <option>text/xml</option>
+                  <option>votabletd1.1</option>
+                  <option>application/x-votable+xml;version=1.1</option>
+                  <option>text/xml</option>
+                  <option>votable1.1</option>
+                  <option>application/x-votable+xml;serialization=tabledata;version=1.2</option>
+                  <option>text/xml</option>
+                  <option>votabletd1.2</option>
+                  <option>application/x-votable+xml;serialization=tabledata;version=1.6</option>
+                  <option>vodml</option>
+                  <option>application/x-votable+xml;version=1.6</option>
+                  <option>vodmlb</option>
+                  <option>text/html</option>
+                  <option>html</option>
+                  <option>application/fits</option>
+                  <option>fits</option>
+                </stats>
+                <dataType arraysize="*" xsi:type="vs:SimpleDataType">char</dataType>
+              </param>
+              <param std="true">
+                <name>MAXREC</name>
+                <description>Maximum number of records returned. Pass 0 to retrieve service parameters.</description>
+                <dataType xsi:type="vs:SimpleDataType">integer</dataType>
+              </param>
+              <param std="true">
+                <name>VERB</name>
+                <description>Exhaustiveness of column selection. VERB=1 only returns the most important columns, VERB=2 selects the columns deemed useful to the average user, VERB=3 returns a table with all available columns.</description>
+                <stats>
+                  <option>1</option>
+                  <option>2</option>
+                  <option>3</option>
+                </stats>
+                <dataType xsi:type="vs:SimpleDataType">integer</dataType>
+              </param>
+            </interface>
+            <complianceLevel>full</complianceLevel>
+            <dataSource>survey</dataSource>
+            <creationType>archival</creationType>
+            <supportedFrame>ICRS</supportedFrame>
+            <maxSearchRadius>90</maxSearchRadius>
+            <maxRecords>1000000</maxRecords>
+            <defaultMaxRecords>10000</defaultMaxRecords>
+            <maxAperture>90</maxAperture>
+            <testQuery>
+              <queryDataCmd>MAXREC=1</queryDataCmd>
+            </testQuery>
+          </capability>
+          <capability>
+            <interface xsi:type="vr:WebBrowser">
+              <accessURL use="full">http://dc.g-vo.org/rome/q/web/form</accessURL>
+              <mirrorURL>https://dc.g-vo.org/rome/q/web/form</mirrorURL>
+            </interface>
+          </capability>
+          <capability standardID="ivo://ivoa.net/std/VOSI#capabilities">
+            <interface role="std" xsi:type="vs:ParamHTTP">
+              <accessURL use="full">http://dc.g-vo.org/rome/q/ssa/capabilities</accessURL>
+              <mirrorURL>https://dc.g-vo.org/rome/q/ssa/capabilities</mirrorURL>
+            </interface>
+          </capability>
+          <capability standardID="ivo://ivoa.net/std/VOSI#availability">
+            <interface role="std" xsi:type="vs:ParamHTTP">
+              <accessURL use="full">http://dc.g-vo.org/rome/q/ssa/availability</accessURL>
+              <mirrorURL>https://dc.g-vo.org/rome/q/ssa/availability</mirrorURL>
+            </interface>
+          </capability>
+          <capability standardID="ivo://ivoa.net/std/VOSI#tables">
+            <interface role="std" version="1.1" xsi:type="vs:ParamHTTP">
+              <accessURL use="full">http://dc.g-vo.org/rome/q/ssa/tableMetadata</accessURL>
+              <mirrorURL>https://dc.g-vo.org/rome/q/ssa/tableMetadata</mirrorURL>
+            </interface>
+          </capability>
+          <capability standardID="ivo://ivoa.net/std/TAP#aux">
+            <interface role="std" version="1.1" xsi:type="vs:ParamHTTP">
+              <accessURL use="full">http://dc.g-vo.org/tap</accessURL>
+              <mirrorURL>https://dc.g-vo.org/tap</mirrorURL>
+            </interface>
+          </capability>
+          <capability standardID="ivo://ivoa.net/std/SODA#sync-1.0">
+            <interface role="std" xsi:type="vs:ParamHTTP">
+              <accessURL use="base">http://dc.g-vo.org/rome/q/sdl/dlget</accessURL>
+              <mirrorURL>https://dc.g-vo.org/rome/q/sdl/dlget</mirrorURL>
+            </interface>
+          </capability>
+          <capability standardID="ivo://ivoa.net/std/DataLink#links-1.1">
+            <interface role="std" xsi:type="vs:ParamHTTP">
+              <accessURL use="base">http://dc.g-vo.org/rome/q/sdl/dlmeta</accessURL>
+              <mirrorURL>https://dc.g-vo.org/rome/q/sdl/dlmeta</mirrorURL>
+              <queryType>GET</queryType>
+              <resultType>application/x-votable+xml;content=datalink</resultType>
+              <param std="true">
+                <name>ID</name>
+                <description>The publisher DID of the dataset of interest</description>
+                <ucd>meta.id;meta.main</ucd>
+                <dataType arraysize="*" xsi:type="vs:SimpleDataType">char</dataType>
+              </param>
+              <param std="true">
+                <name>RESPONSEFORMAT</name>
+                <description>File format requested for output.</description>
+                <ucd>meta.code.mime</ucd>
+                <stats>
+                  <option>text/tab-separated-values</option>
+                  <option>tsv</option>
+                  <option>text/plain</option>
+                  <option>txt</option>
+                  <option>text/csv</option>
+                  <option>csv_bare</option>
+                  <option>text/csv;header=present</option>
+                  <option>csv</option>
+                  <option>application/json</option>
+                  <option>json</option>
+                  <option>application/geo+json</option>
+                  <option>geojson</option>
+                  <option>application/x-votable+xml</option>
+                  <option>votable</option>
+                  <option>application/x-votable+xml;serialization=binary2</option>
+                  <option>votable/b2</option>
+                  <option>votableb2</option>
+                  <option>application/x-votable+xml;serialization=tabledata</option>
+                  <option>text/xml</option>
+                  <option>votable/td</option>
+                  <option>votabletd</option>
+                  <option>application/x-votable+xml;serialization=tabledata;version=1.1</option>
+                  <option>text/xml</option>
+                  <option>votabletd1.1</option>
+                  <option>application/x-votable+xml;version=1.1</option>
+                  <option>text/xml</option>
+                  <option>votable1.1</option>
+                  <option>application/x-votable+xml;serialization=tabledata;version=1.2</option>
+                  <option>text/xml</option>
+                  <option>votabletd1.2</option>
+                  <option>application/x-votable+xml;serialization=tabledata;version=1.6</option>
+                  <option>vodml</option>
+                  <option>application/x-votable+xml;version=1.6</option>
+                  <option>vodmlb</option>
+                  <option>text/html</option>
+                  <option>html</option>
+                  <option>application/fits</option>
+                  <option>fits</option>
+                </stats>
+                <dataType arraysize="*" xsi:type="vs:SimpleDataType">char</dataType>
+              </param>
+              <param std="true">
+                <name>MAXREC</name>
+                <description>Maximum number of records returned. Pass 0 to retrieve service parameters.</description>
+                <dataType xsi:type="vs:SimpleDataType">integer</dataType>
+              </param>
+              <param std="true">
+                <name>VERB</name>
+                <description>Exhaustiveness of column selection. VERB=1 only returns the most important columns, VERB=2 selects the columns deemed useful to the average user, VERB=3 returns a table with all available columns.</description>
+                <stats>
+                  <option>1</option>
+                  <option>2</option>
+                  <option>3</option>
+                </stats>
+                <dataType xsi:type="vs:SimpleDataType">integer</dataType>
+              </param>
+            </interface>
+          </capability>
+          <facility>Las Cumbres Observatory Telescope Network</facility>
+          <instrument>Sinistro cameras</instrument>
+          <coverage>
+            <spatial>5/7205 7216 6/28735 28778-28779 28782 28817 28819 28825 28828-28829
+28831 28868 28870 28872-28873</spatial>
+            <temporal>57847.98918 58739.76239</temporal>
+            <spectral>2.309820764e-19 5.517905159e-19</spectral>
+            <footprint ivo-id="ivo://ivoa.net/std/moc">http://dc.g-vo.org/rome/q/ssa/coverage</footprint>
+            <waveband>Optical</waveband>
+            <waveband>Surf</waveband>
+          </coverage>
+          <productTypeServed>timeseries</productTypeServed>
+          <productTypeServed>ice cream</productTypeServed>
+          <dataSource>observation</dataSource>
+          <dataSource>S. Pellegrino</dataSource>
+          <tableset>
+            <schema>
+              <name>ivoa</name>
+              <description>Definition and support code for the ObsCore data model and table.</description>
+              <table>
+                <name>ivoa.obscore</name>
+                <description>This data collection is queryable in GAVO Data Center's obscore table.</description>
+              </table>
+            </schema>
+            <schema>
+              <name>rome</name>
+              <title>ROME/REA Timeseries Photometry Data Release 1</title>
+              <description> The ROME/REA (Robotic Observations of Microlensing Events/Reactive
+Event Assessment) Survey was a Key Project at Las Cumbres Observatory
+(hereafter LCO) which continuously monitored 20 selected fields (3.76
+sq.deg.) in the Galactic Bulge throughout their seasonal visibility
+window over a three-year period, between March 2017 and March 2020.
+Observations were made in three optical passbands (SDSS g', r', i'),
+and LCO's multi-site telescope network enabled the survey to achieve a
+typical cadence of ~10hrs in i' and ~15hrs in g' and r'.     In
+addition, intervals of higher cadence (&lt;1hr) data were obtained during
+monitoring of key microlensing events within the fields.        This
+catalog includes the full timeseries photometry for all ~8 million
+stars, down to a limiting magnitude of i~18mag.</description>
+              <table>
+                <name>rome.time_series</name>
+                <description> The ROME/REA (Robotic Observations of Microlensing Events/Reactive
+Event Assessment) Survey was a Key Project at Las Cumbres Observatory
+(hereafter LCO) which continuously monitored 20 selected fields (3.76
+sq.deg.) in the Galactic Bulge throughout their seasonal visibility
+window over a three-year period, between March 2017 and March 2020.
+Observations were made in three optical passbands (SDSS g', r', i'),
+and LCO's multi-site telescope network enabled the survey to achieve a
+typical cadence of ~10hrs in i' and ~15hrs in g' and r'.     In
+addition, intervals of higher cadence (&lt;1hr) data were obtained during
+monitoring of key microlensing events within the fields.        This
+catalog includes the full timeseries photometry for all ~8 million
+stars, down to a limiting magnitude of i~18mag.</description>
+                <column>
+                  <name>accref</name>
+                  <description>Access key for the data</description>
+                  <ucd>meta.ref.url;meta.dataset</ucd>
+                  <utype>ssa:Access.Reference</utype>
+                  <dataType arraysize="*" xsi:type="vs:VOTableType">char</dataType>
+                  <flag>indexed</flag>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>owner</name>
+                  <description>Owner of the data</description>
+                  <dataType arraysize="*" xsi:type="vs:VOTableType">char</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>embargo</name>
+                  <description>Date the data will become/became public</description>
+                  <unit>yr</unit>
+                  <dataType arraysize="*" xsi:type="vs:VOTableType">char</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>mime</name>
+                  <description>MIME type of the file served</description>
+                  <ucd>meta.code.mime</ucd>
+                  <utype>ssa:Access.Format</utype>
+                  <dataType arraysize="*" xsi:type="vs:VOTableType">char</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>accsize</name>
+                  <description>Size of the data in bytes</description>
+                  <unit>byte</unit>
+                  <utype>ssa:Access.Size</utype>
+                  <stats>
+                    <min>30000</min>
+                    <percentile03>30000.0</percentile03>
+                    <median>30000.0</median>
+                    <percentile97>30000.0</percentile97>
+                    <max>30000</max>
+                    <fillFactor>1.0</fillFactor>
+                  </stats>
+                  <dataType xsi:type="vs:VOTableType">long</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_dstitle</name>
+                  <description>A compact and descriptive designation of the dataset.</description>
+                  <ucd>meta.title;meta.dataset</ucd>
+                  <utype>ssa:DataID.Title</utype>
+                  <dataType arraysize="*" xsi:type="vs:VOTableType">char</dataType>
+                </column>
+                <column>
+                  <name>ssa_creatordid</name>
+                  <description>Dataset identifier assigned by the creator</description>
+                  <ucd>meta.id</ucd>
+                  <utype>ssa:DataID.CreatorDID</utype>
+                  <dataType arraysize="*" xsi:type="vs:VOTableType">char</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_pubdid</name>
+                  <description>Dataset identifier assigned by the publisher</description>
+                  <ucd>meta.ref.ivoid</ucd>
+                  <utype>ssa:Curation.PublisherDID</utype>
+                  <dataType arraysize="*" xsi:type="vs:VOTableType">char</dataType>
+                  <flag>indexed</flag>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_cdate</name>
+                  <description>Processing/Creation date</description>
+                  <ucd>time;meta.dataset</ucd>
+                  <utype>ssa:DataID.Date</utype>
+                  <dataType arraysize="19" extendedType="timestamp" xsi:type="vs:VOTableType">char</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_pdate</name>
+                  <description>Date last published.</description>
+                  <utype>ssa:Curation.Date</utype>
+                  <dataType arraysize="19" extendedType="timestamp" xsi:type="vs:VOTableType">char</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_bandpass</name>
+                  <description>Bandpass (i.e., rough spectral location) of this dataset; this should be the most appropriate term from the vocabulary http://www.ivoa.net/rdf/messenger.</description>
+                  <ucd>instr.bandpass</ucd>
+                  <utype>ssa:DataID.Bandpass</utype>
+                  <stats>
+                    <option freq="1">Optical</option>
+                  </stats>
+                  <dataType arraysize="*" xsi:type="vs:VOTableType">char</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_cversion</name>
+                  <description>Creator assigned version for this dataset (will be incremented when this particular item is changed).</description>
+                  <ucd>meta.version;meta.dataset</ucd>
+                  <utype>ssa:DataID.Version</utype>
+                  <dataType arraysize="*" xsi:type="vs:VOTableType">char</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_targname</name>
+                  <description>Common name of object observed.</description>
+                  <ucd>meta.id;src</ucd>
+                  <utype>ssa:Target.Name</utype>
+                  <dataType arraysize="*" xsi:type="vs:VOTableType">char</dataType>
+                </column>
+                <column>
+                  <name>ssa_targclass</name>
+                  <description>Object class (star, QSO,...; use Simbad object classification http://simbad.u-strasbg.fr/simbad/sim-display?data=otypes if at all possible)</description>
+                  <ucd>src.class</ucd>
+                  <utype>ssa:Target.Class</utype>
+                  <stats>
+                    <option freq="1">star</option>
+                  </stats>
+                  <dataType arraysize="*" xsi:type="vs:VOTableType">char</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_redshift</name>
+                  <description>Redshift of target object</description>
+                  <ucd>src.redshift</ucd>
+                  <utype>ssa:Target.Redshift</utype>
+                  <dataType xsi:type="vs:VOTableType">float</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_targetpos</name>
+                  <description>Equatorial (ICRS) position of the target object.</description>
+                  <ucd>pos.eq;src</ucd>
+                  <utype>ssa:Target.pos.spoint</utype>
+                  <dataType arraysize="2" extendedType="point" xsi:type="vs:VOTableType">double</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_snr</name>
+                  <description>Signal-to-noise ratio estimated for this dataset</description>
+                  <ucd>stat.snr</ucd>
+                  <utype>ssa:Derived.SNR</utype>
+                  <dataType xsi:type="vs:VOTableType">float</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_location</name>
+                  <description>ICRS location of aperture center</description>
+                  <unit>deg</unit>
+                  <ucd>pos.eq</ucd>
+                  <utype>ssa:Char.SpatialAxis.Coverage.Location.Value</utype>
+                  <dataType arraysize="2" extendedType="point" xsi:type="vs:VOTableType">double</dataType>
+                  <flag>indexed</flag>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_aperture</name>
+                  <description>Angular diameter of aperture</description>
+                  <unit>deg</unit>
+                  <ucd>phys.angSize;instr.fov</ucd>
+                  <utype>ssa:Char.SpatialAxis.Coverage.Bounds.Extent</utype>
+                  <dataType xsi:type="vs:VOTableType">float</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_dateobs</name>
+                  <description>Mean MJD of observations</description>
+                  <unit>d</unit>
+                  <ucd>time.epoch</ucd>
+                  <utype>ssa:Char.TimeAxis.Coverage.Location.Value</utype>
+                  <stats>
+                    <min>57848</min>
+                    <percentile03>58117.1</percentile03>
+                    <median>58299</median>
+                    <percentile97>58433</percentile97>
+                    <max>58739.8</max>
+                    <fillFactor>1</fillFactor>
+                  </stats>
+                  <dataType xsi:type="vs:VOTableType">double</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_timeext</name>
+                  <description>Exposure duration</description>
+                  <unit>s</unit>
+                  <ucd>time.duration</ucd>
+                  <utype>ssa:Char.TimeAxis.Coverage.Bounds.Extent</utype>
+                  <dataType xsi:type="vs:VOTableType">float</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_specmid</name>
+                  <description>Midpoint of region covered in this dataset</description>
+                  <unit>m</unit>
+                  <ucd>instr.bandpass</ucd>
+                  <utype>ssa:Char.SpectralAxis.Coverage.Location.Value</utype>
+                  <dataType xsi:type="vs:VOTableType">float</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_specext</name>
+                  <description>Width of the spectrum</description>
+                  <unit>m</unit>
+                  <ucd>instr.bandwidth</ucd>
+                  <utype>ssa:Char.SpectralAxis.Coverage.Bounds.Extent</utype>
+                  <dataType xsi:type="vs:VOTableType">float</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_specstart</name>
+                  <description>Lower value of spectral coordinate</description>
+                  <unit>m</unit>
+                  <ucd>em.wl;stat.min</ucd>
+                  <utype>ssa:Char.SpectralAxis.Coverage.Bounds.Start</utype>
+                  <dataType xsi:type="vs:VOTableType">float</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_specend</name>
+                  <description>Upper value of spectral coordinate</description>
+                  <unit>m</unit>
+                  <ucd>em.wl;stat.max</ucd>
+                  <utype>ssa:Char.SpectralAxis.Coverage.Bounds.Stop</utype>
+                  <dataType xsi:type="vs:VOTableType">float</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_length</name>
+                  <description>Number of points in the spectrum</description>
+                  <utype>ssa:Dataset.Length</utype>
+                  <dataType xsi:type="vs:VOTableType">int</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_model</name>
+                  <description>Data model name and version</description>
+                  <utype>ssa:Dataset.DataModel</utype>
+                  <stats>
+                    <option freq="1">Spectrum-1.0</option>
+                  </stats>
+                  <dataType arraysize="*" xsi:type="vs:VOTableType">char</dataType>
+                </column>
+                <column>
+                  <name>ssa_csysname</name>
+                  <description>System RA and Dec are given in</description>
+                  <utype>ssa:CoordSys.SpaceFrame.Name</utype>
+                  <stats>
+                    <option freq="1">ICRS</option>
+                  </stats>
+                  <dataType arraysize="*" xsi:type="vs:VOTableType">char</dataType>
+                </column>
+                <column>
+                  <name>ssa_timesi</name>
+                  <description>Time conversion factor in Osuna-Salgado convention.</description>
+                  <utype>ssa:Dataset.TimeSI</utype>
+                  <dataType arraysize="*" xsi:type="vs:VOTableType">char</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_spectralsi</name>
+                  <description>Spectral conversion factor in Osuna-Salgado convention</description>
+                  <utype>ssa:Dataset.SpectralSI</utype>
+                  <dataType arraysize="*" xsi:type="vs:VOTableType">char</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_spectralucd</name>
+                  <description>UCD of the spectral column in the spectra served; when you have wavelengths, use em.wl for vacuum wavelengths, em.wl;obs.atmos for air wavelengths.</description>
+                  <ucd>meta.ucd</ucd>
+                  <utype>ssa:Char.SpectralAxis.Ucd</utype>
+                  <dataType arraysize="*" xsi:type="vs:VOTableType">char</dataType>
+                </column>
+                <column>
+                  <name>ssa_spectralunit</name>
+                  <description>Unit of the spectral column</description>
+                  <ucd>meta.unit</ucd>
+                  <utype>ssa:Char.SpectralAxis.Unit</utype>
+                  <dataType arraysize="*" xsi:type="vs:VOTableType">char</dataType>
+                </column>
+                <column>
+                  <name>ssa_fluxsi</name>
+                  <description>Flux/magnitude conversion factor in Osuna-Salgado convention</description>
+                  <utype>ssa:Dataset.FluxSI</utype>
+                  <dataType arraysize="*" xsi:type="vs:VOTableType">char</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_fluxucd</name>
+                  <description>UCD of the flux column</description>
+                  <ucd>meta.ucd</ucd>
+                  <utype>ssa:Char.FluxAxis.Ucd</utype>
+                  <stats>
+                    <option freq="1">phot.mag;em.opt</option>
+                  </stats>
+                  <dataType arraysize="*" xsi:type="vs:VOTableType">char</dataType>
+                </column>
+                <column>
+                  <name>ssa_fluxunit</name>
+                  <description>Unit of the flux column</description>
+                  <ucd>meta.unit</ucd>
+                  <utype>ssa:Char.FluxAxis.Unit</utype>
+                  <stats>
+                    <option freq="1">mag</option>
+                  </stats>
+                  <dataType arraysize="*" xsi:type="vs:VOTableType">char</dataType>
+                </column>
+                <column>
+                  <name>ssa_dstype</name>
+                  <description>Type of data (spectrum, time series, etc)</description>
+                  <utype>ssa:Dataset.Type</utype>
+                  <stats>
+                    <option freq="1">spectrum</option>
+                  </stats>
+                  <dataType arraysize="*" xsi:type="vs:VOTableType">char</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_publisher</name>
+                  <description>Publisher of the datasets included here.</description>
+                  <ucd>meta.curation</ucd>
+                  <utype>ssa:Curation.Publisher</utype>
+                  <dataType arraysize="*" xsi:type="vs:VOTableType">char</dataType>
+                </column>
+                <column>
+                  <name>ssa_creator</name>
+                  <description>Creator of the datasets included here.</description>
+                  <utype>ssa:DataID.Creator</utype>
+                  <dataType arraysize="*" xsi:type="vs:VOTableType">unicodeChar</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_collection</name>
+                  <description>A short handle naming the collection this spectrum belongs to.</description>
+                  <utype>ssa:DataID.Collection</utype>
+                  <stats>
+                    <option freq="1">ROME/REA time series</option>
+                  </stats>
+                  <dataType arraysize="*" xsi:type="vs:VOTableType">char</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_instrument</name>
+                  <description>Instrument or code used to produce these datasets</description>
+                  <ucd>meta.id;instr</ucd>
+                  <utype>ssa:DataID.Instrument</utype>
+                  <dataType arraysize="*" xsi:type="vs:VOTableType">char</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_datasource</name>
+                  <description>Method of generation for the data (one of survey, pointed, theory, custom, artificial).</description>
+                  <utype>ssa:DataID.DataSource</utype>
+                  <stats>
+                    <option freq="1">pointed</option>
+                  </stats>
+                  <dataType arraysize="*" xsi:type="vs:VOTableType">char</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_creationtype</name>
+                  <description>Process used to produce the data (archival, cutout, filtered, mosaic, projection, spectralExtraction, or catalogExtraction)</description>
+                  <utype>ssa:DataID.CreationType</utype>
+                  <dataType arraysize="*" xsi:type="vs:VOTableType">char</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_reference</name>
+                  <description>URL or bibcode of a publication describing this data.</description>
+                  <ucd>meta.bib.bibcode</ucd>
+                  <utype>ssa:Curation.Reference</utype>
+                  <dataType arraysize="*" xsi:type="vs:VOTableType">char</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_fluxstaterror</name>
+                  <description>Statistical error in flux</description>
+                  <ucd>stat.error;phot.flux.density;em</ucd>
+                  <utype>ssa:Char.FluxAxis.Accuracy.StatError</utype>
+                  <dataType xsi:type="vs:VOTableType">float</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_fluxsyserror</name>
+                  <description>Systematic error in flux</description>
+                  <ucd>stat.error.sys;phot.flux.density;em</ucd>
+                  <utype>ssa:Char.FluxAxis.Accuracy.SysError</utype>
+                  <dataType xsi:type="vs:VOTableType">float</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_fluxcalib</name>
+                  <description>Type of flux calibration (ABSOLUTE, CALIBRATED, RELATIVE, NORMALIZED, or UNCALIBRATED).</description>
+                  <utype>ssa:Char.FluxAxis.Calibration</utype>
+                  <stats>
+                    <option freq="1">ABSOLUTE</option>
+                  </stats>
+                  <dataType arraysize="*" xsi:type="vs:VOTableType">char</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_binsize</name>
+                  <description>Bin size in wavelength</description>
+                  <unit>m</unit>
+                  <ucd>em.wl;spect.binSize</ucd>
+                  <utype>ssa:Char.SpectralAxis.Accuracy.BinSize</utype>
+                  <dataType xsi:type="vs:VOTableType">float</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_spectstaterror</name>
+                  <description>Statistical error in wavelength</description>
+                  <unit>m</unit>
+                  <ucd>stat.error;em</ucd>
+                  <utype>ssa:Char.SpectralAxis.Accuracy.StatError</utype>
+                  <dataType xsi:type="vs:VOTableType">float</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_spectsyserror</name>
+                  <description>Systematic error in wavelength</description>
+                  <unit>m</unit>
+                  <ucd>stat.error.sys;em</ucd>
+                  <utype>ssa:Char.SpectralAxis.Accuracy.SysError</utype>
+                  <dataType xsi:type="vs:VOTableType">float</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_speccalib</name>
+                  <description>Type of wavelength calibration</description>
+                  <ucd>meta.code.qual</ucd>
+                  <utype>ssa:Char.SpectralAxis.Calibration</utype>
+                  <dataType arraysize="*" xsi:type="vs:VOTableType">char</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_specres</name>
+                  <description>Resolution (in meters of wavelength) on the spectral axis</description>
+                  <unit>m</unit>
+                  <ucd>spect.resolution;em.wl</ucd>
+                  <utype>ssa:Char.SpectralAxis.Resolution</utype>
+                  <dataType xsi:type="vs:VOTableType">float</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_spaceerror</name>
+                  <description>Statistical error in position</description>
+                  <unit>deg</unit>
+                  <ucd>stat.error;pos.eq</ucd>
+                  <utype>ssa:Char.SpatialAxis.Accuracy.StatError</utype>
+                  <dataType xsi:type="vs:VOTableType">float</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_spacecalib</name>
+                  <description>Type of calibration in spatial coordinates</description>
+                  <ucd>meta.code.qual</ucd>
+                  <utype>ssa:Char.SpatialAxis.Calibration</utype>
+                  <dataType arraysize="*" xsi:type="vs:VOTableType">char</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_spaceres</name>
+                  <description>Spatial resolution of data</description>
+                  <unit>deg</unit>
+                  <ucd>pos.angResolution</ucd>
+                  <utype>ssa:Char.SpatialAxis.Resolution</utype>
+                  <dataType xsi:type="vs:VOTableType">float</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ssa_region</name>
+                  <description>Rough coverage based on location and aperture.</description>
+                  <ucd>pos.outline;obs.field</ucd>
+                  <dataType arraysize="*" extendedType="polygon" xsi:type="vs:VOTableType">double</dataType>
+                  <flag>indexed</flag>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>rome_id</name>
+                  <description>Local unique identifier for this object within ROME/REA: field*10'000'000+quadrant*1'000'000'+quadrant_id</description>
+                  <ucd>meta.id;meta.main</ucd>
+                  <stats>
+                    <min>11000001</min>
+                    <percentile03>13039417.57</percentile03>
+                    <median>112033866.5</median>
+                    <percentile97>202117348.43</percentile97>
+                    <max>204121664</max>
+                    <fillFactor>1.0</fillFactor>
+                  </stats>
+                  <dataType xsi:type="vs:VOTableType">int</dataType>
+                </column>
+                <column>
+                  <name>upstream_name</name>
+                  <description>Upstream has a field/field_id naming scheme skipping the quadrants. This column can be used to go from our data to upstream's.</description>
+                  <ucd>meta.id</ucd>
+                  <dataType arraysize="*" xsi:type="vs:VOTableType">char</dataType>
+                  <flag>indexed</flag>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>ra</name>
+                  <description>ICRS right ascension of this object</description>
+                  <unit>deg</unit>
+                  <ucd>meta.id;meta.main</ucd>
+                  <stats>
+                    <min>267.582</min>
+                    <percentile03>267.845</percentile03>
+                    <median>269.363</median>
+                    <percentile97>270.949</percentile97>
+                    <max>271.091</max>
+                    <fillFactor>1</fillFactor>
+                  </stats>
+                  <dataType xsi:type="vs:VOTableType">double</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>dec</name>
+                  <description>ICRS declination of this object</description>
+                  <unit>deg</unit>
+                  <ucd>meta.id;meta.main</ucd>
+                  <stats>
+                    <min>-30.4776</min>
+                    <percentile03>-30.2599</percentile03>
+                    <median>-29.0399</median>
+                    <percentile97>-27.9015</percentile97>
+                    <max>-27.7591</max>
+                    <fillFactor>1</fillFactor>
+                  </stats>
+                  <dataType xsi:type="vs:VOTableType">double</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>hjd_min</name>
+                  <description>Earliest observation represented in the time series</description>
+                  <unit>d</unit>
+                  <ucd>time.epoch;stat.min</ucd>
+                  <stats>
+                    <min>2.45783e+06</min>
+                    <percentile03>2.45785e+06</percentile03>
+                    <median>2.45786e+06</median>
+                    <percentile97>2.45834e+06</percentile97>
+                    <max>2.45874e+06</max>
+                    <fillFactor>1</fillFactor>
+                  </stats>
+                  <dataType xsi:type="vs:VOTableType">double</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>hjd_max</name>
+                  <description>Latest observation represented in the time series</description>
+                  <unit>d</unit>
+                  <ucd>time.epoch;stat.max</ucd>
+                  <stats>
+                    <min>2.45785e+06</min>
+                    <percentile03>2.45828e+06</percentile03>
+                    <median>2.45874e+06</median>
+                    <percentile97>2.45877e+06</percentile97>
+                    <max>2.45902e+06</max>
+                    <fillFactor>1</fillFactor>
+                  </stats>
+                  <dataType xsi:type="vs:VOTableType">double</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>mag_i_min</name>
+                  <description>Minimal (brightest) magnitude measured in the SDSS i' band.</description>
+                  <unit>mag</unit>
+                  <ucd>phot.mag;em.opt.i;stat.min</ucd>
+                  <stats>
+                    <min>2.91403</min>
+                    <percentile03>11.3486</percentile03>
+                    <median>15.6404</median>
+                    <percentile97>17.7778</percentile97>
+                    <max>29.3848</max>
+                    <fillFactor>0.937083</fillFactor>
+                  </stats>
+                  <dataType xsi:type="vs:VOTableType">float</dataType>
+                  <flag>indexed</flag>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>mag_i_max</name>
+                  <description>Maximal (faintest) magnitude measured the SDSS i' band.</description>
+                  <unit>mag</unit>
+                  <ucd>phot.mag;em.opt.i;stat.max</ucd>
+                  <stats>
+                    <min>8.67236</min>
+                    <percentile03>15.3517</percentile03>
+                    <median>19.4292</median>
+                    <percentile97>24.6511</percentile97>
+                    <max>40.195</max>
+                    <fillFactor>0.937083</fillFactor>
+                  </stats>
+                  <dataType xsi:type="vs:VOTableType">float</dataType>
+                  <flag>indexed</flag>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>mag_i_mean</name>
+                  <description>Mean magnitude of the SDSS i' lightcurve.</description>
+                  <unit>mag</unit>
+                  <ucd>phot.mag;em.opt.i;stat.mean</ucd>
+                  <stats>
+                    <min>8.67236</min>
+                    <percentile03>14.7281</percentile03>
+                    <median>17.4295</median>
+                    <percentile97>19.6047</percentile97>
+                    <max>29.3848</max>
+                    <fillFactor>0.937083</fillFactor>
+                  </stats>
+                  <dataType xsi:type="vs:VOTableType">float</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>np_i</name>
+                  <description>Number of measurements in the SDSS i' lightcurve.</description>
+                  <ucd>meta.number;obs</ucd>
+                  <stats>
+                    <min>0</min>
+                    <percentile03>0.0</percentile03>
+                    <median>137.0</median>
+                    <percentile97>535.0</percentile97>
+                    <max>754</max>
+                    <fillFactor>1.0</fillFactor>
+                  </stats>
+                  <dataType xsi:type="vs:VOTableType">short</dataType>
+                </column>
+                <column>
+                  <name>mag_g_min</name>
+                  <description>Minimal (brightest) magnitude measured in the SDSS g' band.</description>
+                  <unit>mag</unit>
+                  <ucd>phot.mag;em.opt.v;stat.min</ucd>
+                  <stats>
+                    <min>6.77246</min>
+                    <percentile03>15.8543</percentile03>
+                    <median>18.3894</median>
+                    <percentile97>20.4182</percentile97>
+                    <max>30.0845</max>
+                    <fillFactor>0.55899</fillFactor>
+                  </stats>
+                  <dataType xsi:type="vs:VOTableType">float</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>mag_g_max</name>
+                  <description>Maximal (faintest) magnitude measured the SDSS g' band.</description>
+                  <unit>mag</unit>
+                  <ucd>phot.mag;em.opt.v;stat.max</ucd>
+                  <stats>
+                    <min>12.4383</min>
+                    <percentile03>17.5561</percentile03>
+                    <median>20.7964</median>
+                    <percentile97>25.3226</percentile97>
+                    <max>39.1674</max>
+                    <fillFactor>0.55899</fillFactor>
+                  </stats>
+                  <dataType xsi:type="vs:VOTableType">float</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>mag_g_mean</name>
+                  <description>Mean magnitude of the SDSS g' lightcurve.</description>
+                  <unit>mag</unit>
+                  <ucd>phot.mag;em.opt.v;stat.mean</ucd>
+                  <stats>
+                    <min>11.8468</min>
+                    <percentile03>17.1248</percentile03>
+                    <median>19.6377</median>
+                    <percentile97>21.6244</percentile97>
+                    <max>30.0845</max>
+                    <fillFactor>0.55899</fillFactor>
+                  </stats>
+                  <dataType xsi:type="vs:VOTableType">float</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>np_g</name>
+                  <description>Number of measurements in the SDSS g' lightcurve.</description>
+                  <ucd>meta.number;obs</ucd>
+                  <stats>
+                    <min>0</min>
+                    <percentile03>0.0</percentile03>
+                    <median>7.0</median>
+                    <percentile97>193.0</percentile97>
+                    <max>222</max>
+                    <fillFactor>1.0</fillFactor>
+                  </stats>
+                  <dataType xsi:type="vs:VOTableType">short</dataType>
+                </column>
+                <column>
+                  <name>mag_r_min</name>
+                  <description>Minimal (brightest) magnitude measured in the SDSS r' band.</description>
+                  <unit>mag</unit>
+                  <ucd>phot.mag;em.opt.r;stat.min</ucd>
+                  <stats>
+                    <min>5.52769</min>
+                    <percentile03>14.2391</percentile03>
+                    <median>17.0227</median>
+                    <percentile97>19.1476</percentile97>
+                    <max>30.5101</max>
+                    <fillFactor>0.761248</fillFactor>
+                  </stats>
+                  <dataType xsi:type="vs:VOTableType">float</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>mag_r_max</name>
+                  <description>Maximal (faintest) magnitude measured the SDSS r' band.</description>
+                  <unit>mag</unit>
+                  <ucd>phot.mag;em.opt.r;stat.max</ucd>
+                  <stats>
+                    <min>10.3503</min>
+                    <percentile03>16.2028</percentile03>
+                    <median>19.4742</median>
+                    <percentile97>24.4083</percentile97>
+                    <max>38.0622</max>
+                    <fillFactor>0.761248</fillFactor>
+                  </stats>
+                  <dataType xsi:type="vs:VOTableType">float</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>mag_r_mean</name>
+                  <description>Mean magnitude of the SDSS r' lightcurve.</description>
+                  <unit>mag</unit>
+                  <ucd>phot.mag;em.opt.r;stat.mean</ucd>
+                  <stats>
+                    <min>10.3503</min>
+                    <percentile03>15.807</percentile03>
+                    <median>18.3151</median>
+                    <percentile97>20.483</percentile97>
+                    <max>30.5101</max>
+                    <fillFactor>0.761248</fillFactor>
+                  </stats>
+                  <dataType xsi:type="vs:VOTableType">float</dataType>
+                  <flag>nullable</flag>
+                </column>
+                <column>
+                  <name>np_r</name>
+                  <description>Number of measurements in the SDSS r' lightcurve.</description>
+                  <ucd>meta.number;obs</ucd>
+                  <stats>
+                    <min>0</min>
+                    <percentile03>0.0</percentile03>
+                    <median>62.0</median>
+                    <percentile97>214.0</percentile97>
+                    <max>294</max>
+                    <fillFactor>1.0</fillFactor>
+                  </stats>
+                  <dataType xsi:type="vs:VOTableType">short</dataType>
+                </column>
+                <column>
+                  <name>field</name>
+                  <description>ROME field the object was observed in</description>
+                  <ucd>meta.id;obs.field</ucd>
+                  <stats>
+                    <min>1</min>
+                    <percentile03>1.0</percentile03>
+                    <median>11.0</median>
+                    <percentile97>20.0</percentile97>
+                    <max>20</max>
+                    <fillFactor>1.0</fillFactor>
+                  </stats>
+                  <dataType xsi:type="vs:VOTableType">short</dataType>
+                </column>
+                <column>
+                  <name>quadrant</name>
+                  <description>Quadrant of this object (for purely technical reasons, ROME has split each field into four quadrants).</description>
+                  <ucd>meta.id;obs.field</ucd>
+                  <stats>
+                    <min>1</min>
+                    <percentile03>1.0</percentile03>
+                    <median>2.0</median>
+                    <percentile97>4.0</percentile97>
+                    <max>4</max>
+                    <fillFactor>1.0</fillFactor>
+                  </stats>
+                  <dataType xsi:type="vs:VOTableType">short</dataType>
+                </column>
+                <column>
+                  <name>quadrant_id</name>
+                  <description>Identifier for this object within its quadrant</description>
+                  <ucd>meta.id</ucd>
+                  <stats>
+                    <min>1</min>
+                    <percentile03>3560.0</percentile03>
+                    <median>49191.0</median>
+                    <percentile97>106596.0</percentile97>
+                    <max>127612</max>
+                    <fillFactor>1.0</fillFactor>
+                  </stats>
+                  <dataType xsi:type="vs:VOTableType">int</dataType>
+                </column>
+                <column>
+                  <name>gaia_source_id</name>
+                  <description>Gaia DR3 source_id for this object</description>
+                  <ucd>meta.id.cross</ucd>
+                  <stats>
+                    <min>4050387497117365632</min>
+                    <percentile03>4.05620800677535e+18</percentile03>
+                    <median>4.0622685448858225e+18</median>
+                    <percentile97>4.0627713352638607e+18</percentile97>
+                    <max>4063522576563088000</max>
+                    <fillFactor>0.50245965</fillFactor>
+                  </stats>
+                  <dataType xsi:type="vs:VOTableType">long</dataType>
+                  <flag>nullable</flag>
+                </column>
+              </table>
+            </schema>
+          </tableset>
+        </ri:Resource>