Difference between revisions of "Template:Infobox planet"

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{{Infobox planet
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{{infobox
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<!---------------------------------------------------------------------------------------
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| class      = vcard
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  This infobox has been formatted in the same way as those for other Solar System
+
| titleclass  = fn org
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  planets and bodies, so please do not change it without discussion on the talkpage.
+
| title      = {{{name|<includeonly>{{PAGENAMEBASE}}</includeonly>}}} {{{symbol|}}}
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---------------------------------------------------------------------------------------->
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| image      = {{#invoke:InfoboxImage|InfoboxImage|image={{{image|}}}|size={{{image_size|}}}|alt={{{image_alt|}}}}}
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| background = #f8f9fa
+
| caption    = {{{caption|}}}
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| name    = Earth
+
| headerstyle = {{#if:{{{background|{{{bgcolour|}}}}}}|background-color:{{{background|{{{bgcolour|}}}}}}|background-color:#E0CCFF}}
−
| alt_names  = [[Gaia]], [[wikt:Terra|Terra]], [[Terra (mythology)|Tellus]], the [[world]], the [[globe]]
+
| labelstyle  = max-width:{{#if:{{{label_width|}}}|{{{label_width|}}}|11em}};
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| adjectives = Earthly, terrestrial, terran, tellurian
+
 
−
| symbol = [[File:Earth symbol.svg|18px|Astronomical symbol of Earth]]
+
| header1    = {{#if:{{{discoverer|}}}{{{discovery_site|}}}{{{discovered|}}}{{{discovery_method|}}}|Discovery{{{discovery_ref|}}} }}
−
| image  = The Earth seen from Apollo 17.jpg
+
 
−
| image_alt  = ''[[The Blue Marble]]'' photograph of Earth, taken by the [[Apollo 17]] mission. The Arabian peninsula, Africa and Madagascar lie in the upper half of the disc, whereas Antarctica is at the bottom.
+
| label2      = [[List of minor planet discoverers|Discovered&nbsp;by]]
−
| caption = ''[[The Blue Marble]]'', the most widely used photograph of Earth,<ref name=Petsko>{{cite journal |title=The blue marble |journal=[[Genome Biology]] |last=Petsko |first=Gregory A. |author-link=Gregory Petsko|volume=12 |issue=4 |page=112 |date=28 April 2011 |doi=10.1186/gb-2011-12-4-112 |pmc=3218853 |pmid=21554751}}</ref><ref name="NASAmarble">{{cite web |url=https://spaceflight.nasa.gov/gallery/images/apollo/apollo17/html/as17-148-22727.html |title=Apollo Imagery – AS17-148-22727 |publisher=NASA |date=1 November 2012 |access-date=22 October 2020}}</ref> taken by the [[Apollo 17]] mission in 1972
+
|  data2      = {{{discoverer|}}}
−
| epoch      = [[J2000.0|J2000]]<ref group="n" name="epoch" />
+
| label3      = [[List of observatory codes|Discovery&nbsp;site]]
−
| aphelion  = {{convert|152,100,000|km|mi|comma=gaps|abbr=on|disp=x| <small>(|)</small>}}<ref group="n" name="apsis" />
+
| data3      = {{{discovery_site|}}}
−
| perihelion = {{convert|147,095,000|km|mi|comma=gaps|abbr=on|disp=x| <small>(|)</small>}}<ref group="n" name="apsis" />
+
| label4      = Discovery&nbsp;date
−
| time_periastron = 2021-Jan-02 13:59<ref>{{cite web|url=https://ssd.jpl.nasa.gov/horizons.cgi?find_body=1&body_group=mb&sstr=399|title=Solar System Dynamics|work=NASA|first1=Ryan S.|last1=Park|last2=Chamberlin|first2=Alan B.}}</ref>
+
|  data4      = {{{discovered|}}}
−
| semimajor = {{convert|149,598,023|km|mi|comma=gaps|abbr=on|disp=x| <small>(|)</small>}}<ref name="VSOP87" />
+
| label5      = {{longitem|[[Methods of detecting exoplanets|Detection method]]}}
−
| eccentricity = {{val|0.0167086}}<ref name="VSOP87" />
+
| data5      = {{{discovery_method|}}}
−
| period      = {{convert|365.256363004|d|ks|comma=gaps|abbr=on|lk=out|disp=x|<ref name="IERS" /><br /><small>(|)</small>}}
+
 
−
| avg_speed    = {{convert|29.78|km/s|km/h mph|comma=gaps|abbr=on|disp=x|<ref name="earth_fact_sheet" /><br /><small>(|)</small>}}
+
| header10    = {{#if:{{{mpc_name|{{{mp_name|}}}}}}{{{named_after|}}}{{{alt_names|}}}{{{mp_category|}}}{{{pronounce|}}}{{{pronounced|}}}{{{adjective|}}}{{{adjectives|}}}|{{#if:{{{extrasolarplanet|{{{exosolar planets|}}}}}}|[[Exoplanet#Nomenclature|Designations]]|Designations}} }}
−
| mean_anomaly = {{val|358.617|u=°}}
+
 
−
| inclination  = {{ublist|class=nowrap |{{val|7.155|u=°}} to the [[Sun]]'s [[equator]]; |{{val|1.57869|u=°}}<ref name="Allen294" /> to [[invariable plane]]; |{{val|0.00005|u=°}} to J2000 [[ecliptic]]}}
+
| label11    = {{longitem|{{#if:{{{minorplanet|}}}|[[Minor planet designation|MPC&nbsp;designation]]|Designation}}}}
−
| asc_node  = {{val|-11.26064|u=°}}<ref name="earth_fact_sheet" /> to J2000 ecliptic
+
| data11    = {{{mpc_name|{{{mp_name|}}}}}}
−
| arg_peri  = {{val|114.20783|u=°}}<ref name="earth_fact_sheet" />
+
| label12    = Pronunciation
−
| satellites =
+
| data12    = {{{pronounce|{{{pronounced|}}}}}}
−
{{unbulleted list
+
| label13    = {{longitem|Named after}}
−
| 1 natural satellite: the [[Moon]]
+
| data13    = {{{named_after|}}}
−
| 5 [[quasi-satellite]]s
+
| label14    = {{longitem|{{#if:{{{minorplanet|}}}|[[Provisional designation in astronomy|Alternative designations]]|[[Provisional designation in astronomy|Alternative names]]}}}}
−
| >3 300 operational [[artificial satellite]]s<ref name="ucs" />
+
|  data14    = {{{alt_names|}}}
−
| >18 000 tracked [[space debris]]<ref group="n" name="space_debris" />
+
| label15    = {{longitem|[[Minor planet#Populations|Minor&nbsp;planet category]]}}
−
}}
+
| data15    = {{{mp_category|}}}
−
| allsatellites = yes
+
| label16    = [[List of adjectivals and demonyms of astronomical bodies|Adjectives]]
−
| mean_radius  = {{convert|6371.0|km|mi|comma=gaps|abbr=on|disp=x| <small>(|)</small>}}<ref name="hbcp2000" />
+
| data16    = {{{adjectives|{{{adjective|}}}}}}
−
| equatorial_radius = {{convert|6378.137|km|mi|comma=gaps|abbr=on|disp=x| <small>(|)</small>}}<ref name=usno /><ref name="WGS-84" />
+
 
−
| polar_radius  = {{convert|6356.752|km|mi|comma=gaps|abbr=on|disp=x| <small>(|)</small>}}<ref name="cazenave_ahrens1995" />
+
| header20    = {{#if:{{{orbit_diagram|}}}{{{epoch|}}}{{{uncertainty|}}}{{{observation_arc|}}}{{{earliest_precovery_date|}}}{{{aphelion|}}}{{{perihelion|}}}{{{periapsis|}}}{{{apoapsis|}}}{{{apoastron|}}}{{{periastron|}}}{{{semimajor|}}}{{{mean_orbit_radius|}}}{{{eccentricity|}}}{{{period|}}}{{{synodic_period|}}}{{{avg_speed|}}}{{{mean_anomaly|}}}{{{inclination|}}}{{{angular_dist|}}}{{{asc_node|}}}{{{long_periastron|}}}{{{time_periastron|}}}{{{arg_peri|}}}{{{semi-amplitude|}}}{{{satellite_of|}}}{{{group|}}}{{{satellites|}}}{{{star|}}}{{{moid|}}}{{{mercury_moid|}}}{{{venus_moid|}}}{{{mars_moid|}}}{{{jupiter_moid|}}}{{{saturn_moid|}}}{{{uranus_moid|}}}{{{neptune_moid|}}}|[[Osculating orbit|Orbital characteristics]]{{{orbit_ref|}}} }}
−
| flattening    = 1/{{val|298.257222101}} ([[ETRS89]])<ref name="IERS2004" />
+
 
−
| circumference =
+
| data21    = {{{orbit_diagram|}}}
−
{{unbulleted list |class=nowrap
+
| data22    = {{#if:{{{epoch|}}} |[[Epoch (astronomy)|Epoch]] {{{epoch}}}}}
−
| {{convert|40075.017|km|mi|comma=gaps|abbr=on|disp=x| <small>[[equator]]ial (|)</small>}}<ref name="WGS-84">[[World Geodetic System]] (''WGS-84''). [http://earth-info.nga.mil/GandG/wgs84/ Available online] {{Webarchive|url=https://web.archive.org/web/20200311023739/https://earth-info.nga.mil/GandG/wgs84/ |date=11 March 2020 }} from [[National Geospatial-Intelligence Agency]].</ref>
+
| data23    = {{#if:{{{uncertainty|}}} | [[Uncertainty parameter]] {{{uncertainty}}}}}
−
  | {{convert|40007.86|km|mi|comma=gaps|abbr=on|disp=x| <small>[[meridional]] (|)</small>}}<ref name="WGS-84-2" /><ref group="n" name="circ">Earth's [[circumference]] is almost exactly 40,000&nbsp;km because the meter was calibrated on this measurement—more specifically, 1/10-millionth of the distance between the poles and the equator.</ref>
+
| label24    = [[Observation arc]]
−
}}
+
|  data24    = {{{observation_arc|}}}
−
| surface_area =
+
| label25    = Earliest [[precovery]] date
−
{{unbulleted list |class=nowrap
+
| data25    = {{{earliest_precovery_date|}}}
−
| {{convert|510067420|km2|mi2|comma=gaps|abbr=on|disp=x| <small>(|)</small>}}<ref name="Pidwirny 2006_8" /><ref group="n" name="surfacecover" />
+
| label26    = {{#switch:{{{apsis}}} |apsis|gee|(apsis)=[[Apsis|Apo{{{apsis}}}]] |[[Perihelion and aphelion|Ap{{#if:{{{apsis|}}}|{{{apsis}}}|helion}}]]}}
−
| {{convert|148940000|km2|mi2|comma=gaps|abbr=on|disp=x| land <small>(|)</small>}}
+
| data26    = {{{aphelion|}}}
−
| {{convert|361132000|km2|mi2|comma=gaps|abbr=on|disp=x| water <small>(|)</small>}}
+
| label27    = [[Perihelion and aphelion|Peri{{#if:{{{apsis|}}}|{{{apsis}}}|helion}}]]
−
}}
+
| data27    = {{{perihelion|}}}
−
| volume  = [[Volume of the Earth|{{val|1.08321|e=12|u=km3}}]] <small>({{val|2.59876|e=11|u=cu mi}})</small><ref name="earth_fact_sheet" />
+
| label28    = [[Apsis|Peri{{#if:{{{apsis|}}}|{{{apsis}}}|apsis}}]]
−
| mass     = {{val|5.97237|e=24|u=kg}} <small>({{val|1.31668|e=25|u=lb}})</small><ref name="Luzum2011" /> <br /> <small>({{val|3.0|e=-6|ul=solar mass}})</small>
+
| data28    = {{{periapsis|}}}
−
| density  = {{convert|5.514|g/cm3|lb/cuin|comma=gaps|abbr=on|disp=x| <small>(|)</small>}}<ref name="earth_fact_sheet" />
+
| label29    = {{#switch:{{{apsis}}} |helion|astron=[[Apsis|Ap{{{apsis}}}]] |[[Apsis|Apo{{#if:{{{apsis|}}}|{{{apsis}}}|apsis}}]]}}
−
| surface_grav = {{convert|9.80665|m/s2|ft/s2|comma=gaps|abbr=on|disp=x| <small>([[Gravity of Earth|{{val|1|u=''g''}}]]; |)</small>}}<ref name="NIST2008" />
+
| data29    = {{{apoapsis|}}}
−
| moment_of_inertia_factor = 0.3307<ref name="Williams1994" />
+
| label30    = [[Apsis|Periastron]]
−
| escape_velocity = {{convert|11.186|km/s|km/h mph|comma=gaps|abbr=on|disp=x|<ref name="earth_fact_sheet" /> <small>(|)</small>}}
+
|  data30    = {{{periastron|}}}
−
| sidereal_day = {{longitem|{{val|0.99726968|u=d}}<ref name="Allen296" /> <br /> <small>(23h&nbsp;56m&nbsp;4.100s)</small>}}
+
| label31    = [[Apsis|Apoastron]]
−
| rot_velocity = {{convert|1674.4|km/h|km/s km/h mph|order=out|comma=gaps|abbr=on|disp=x|<ref name="Cox2000" /> <br /> <small>(|)</small>}}
+
|  data31    = {{{apoastron|}}}
−
| axial_tilt  = {{val|23.4392811|u=°}}<ref name="IERS" />
+
| label32     = {{longitem|[[Semi-major and semi-minor axes|Semi-major axis]]}}
−
| albedo      = {{ublist|class=nowrap |0.367 [[Geometric albedo|geometric]]<ref name="earth_fact_sheet" /> |0.306 [[Bond albedo|Bond]]<ref name="earth_fact_sheet" />}}
+
|  data32    = {{{semimajor|}}}
−
| atmosphere  = yes
+
| label33    = {{longitem|Mean orbit [[radius]]}}
−
| temp_name1  = Celsius
+
| data33    = {{{mean_orbit_radius|}}}
−
| min_temp_1  = −89.2&nbsp;°C<ref name=asu_lowest_temp />
+
| label34    = [[Orbital eccentricity|Eccentricity]]
−
| mean_temp_1  = 14&nbsp;°C ''(1961–90)''<ref>{{cite journal |last1=Jones |first1=P. D. |last2=Harpham |first2=C. |title=Estimation of the absolute surface air temperature of the Earth |journal=Journal of Geophysical Research: Atmospheres |date=2013 |volume=118 |issue=8 |pages=3213–3217 |doi=10.1002/jgrd.50359 |bibcode=2013JGRD..118.3213J |url=https://agupubs.onlinelibrary.wiley.com/doi/full/10.1002/jgrd.50359 |language=en |issn=2169-8996|doi-access=free }}</ref>
+
| data34    = {{{eccentricity|}}}
−
| max_temp_1  = 56.7&nbsp;°C<ref name=asu_highest_temp />
+
| label35    = {{longitem|[[Orbital period]]}}
−
| temp_name2  = Fahrenheit
+
| data35    = {{{period|}}}
−
| min_temp_2  = −128.5&nbsp;°F
+
| label36    = {{longitem|[[Orbital period|Synodic period]]}}
−
| mean_temp_2  = 57.2&nbsp;°F ''(1961–90)''
+
| data36    = {{{synodic_period|}}}
−
| max_temp_2  = 134.0&nbsp;°F
+
| label37    = {{longitem|Average [[orbital speed]]}}
−
| surface_pressure = {{val|101.325|ul=kPa}} (at [[Sea level|MSL]])
+
| data37    = {{{avg_speed|}}}
−
| atmosphere_composition =
+
| label38    = {{longitem|[[Mean anomaly]]}}
−
{{unbulleted list |class=nowrap
+
| data38    = {{{mean_anomaly|}}}
−
  | 78.08% [[nitrogen]] ({{chem2|N2}}; dry air)<ref name="earth_fact_sheet" />
+
| label39    = {{longitem|[[Mean motion]]}}
−
| 20.95% [[oxygen]] ({{chem2|O2}})
+
| data39    = {{{mean_motion|}}}
−
| ~&thinsp;1% [[water vapor]] <small>([[climate]] variable)</small>
+
| label40    = [[Orbital inclination|Inclination]]
−
  | 0.9340% [[argon]]
+
| data40    = {{{inclination|}}}
−
| 0.0413% [[carbon dioxide]]<ref name="NOAA">{{cite web |url=https://www.esrl.noaa.gov/gmd/ccgg/trends/gl_trend.html |title=Trends in Atmospheric Carbon Dioxide: Recent Global {{chem2|CO2}} Trend |publisher=[[National Oceanic and Atmospheric Administration]] |website=[[Earth System Research Laboratory]] |date=19 October 2020 |archive-url=https://web.archive.org/web/20201004010704/https://www.esrl.noaa.gov/gmd/ccgg/trends/gl_trend.html |archive-date=4 October 2020 |url-status=live}}</ref>
+
| label41    = {{longitem|[[Angular distance]]}}
−
| 0.00182% [[neon]]<ref name="earth_fact_sheet" />
+
| data41    = {{{angular_dist|}}}
−
  | 0.00052% [[helium]]
+
| label42    = {{longitem|[[Longitude of the ascending node|Longitude&nbsp;of ascending&nbsp;node]]}}
−
| 0.00019% [[methane]]
+
| data42    = {{{asc_node|}}}
−
| 0.00011% [[krypton]]
+
| label43    = {{longitem|[[Longitude of the periapsis|Longitude&nbsp;of]] [[Apsis|peri{{#if:{{{apsis|}}}|{{{apsis}}}|helion}}]]}}
−
  | 0.00006% [[hydrogen]]
+
| data43    = {{{long_periastron|}}}
−
}}
+
| label44    = {{longitem|[[Apsis|Time&nbsp;of peri{{#if:{{{apsis|}}}|{{{apsis}}}|helion}}]]}}
−
| note = no
+
| data44    = {{{time_periastron|}}}
−
}}
+
| label45    = {{longitem|[[Argument of periapsis|Argument&nbsp;of peri{{#if:{{{apsis|}}}|{{{apsis}}}|helion}}]]}}
 +
| data45    = {{{arg_peri|}}}
 +
| label46    = {{nowrap|[[Amplitude|Semi-amplitude]]}}
 +
| data46    = {{{semi-amplitude|}}}
 +
| label47    = [[Natural satellite|Satellite&nbsp;of]]
 +
| data47    = {{{satellite_of|}}}
 +
| label48    = [[Irregular moon#Group|Group]]
 +
| data48    = {{{group|}}}
 +
| label49    = {{#switch:{{{allsatellites|}}} |yes|true=[[Natural satellite|Satellite]]s |Known [[Natural satellite|satellite]]s}}
 +
| data49    = {{{satellites|}}}
 +
| label50    = Star
 +
| data50    = {{{star|}}}
 +
| label51    = Earth&nbsp;[[Minimum orbit intersection distance|MOID]]
 +
|  data51    = {{{moid|}}}
 +
| label52    = Mercury&nbsp;[[Minimum orbit intersection distance|MOID]]
 +
| data52    = {{{mercury_moid|}}}
 +
| label53    = Venus&nbsp;[[Minimum orbit intersection distance|MOID]]
 +
|  data53    = {{{venus_moid|}}}
 +
| label54    = Mars&nbsp;[[Minimum orbit intersection distance|MOID]]
 +
| data54    = {{{mars_moid|}}}
 +
| label55    = Jupiter&nbsp;[[Minimum orbit intersection distance|MOID]]
 +
| data55    = {{{jupiter_moid|}}}
 +
| label56    = Saturn&nbsp;[[Minimum orbit intersection distance|MOID]]
 +
| data56    = {{{saturn_moid|}}}
 +
| label57    = Uranus&nbsp;[[Minimum orbit intersection distance|MOID]]
 +
| data57    = {{{uranus_moid|}}}
 +
| label58    = Neptune&nbsp;[[Minimum orbit intersection distance|MOID]]
 +
| data58    = {{{neptune_moid|}}}
 +
| label59    = [[Tisserand's parameter|T<sub>Jupiter</sub>]]
 +
|  data59    = {{{tisserand|}}}
 +
 
 +
| header60    = {{#if:{{{p_semimajor|}}}{{{p_eccentricity|}}}{{{p_mean_motion|}}}{{{p_inclination|}}}{{{node_rate|}}}{{{perihelion_rate|}}}|[[Proper orbital elements]]{{{p_orbit_ref|}}} }}
 +
 
 +
| label61    = {{longitem|Proper [[Semi-major and semi-minor axes|semi-major axis]]}}
 +
|  data61    = {{#if:{{{p_semimajor|}}} |{{{p_semimajor}}}&nbsp;[[Astronomical unit|AU]]}}
 +
| label62    = {{longitem|Proper [[Orbital eccentricity|eccentricity]]}}
 +
|  data62    = {{{p_eccentricity|}}}
 +
| label63    = {{longitem|Proper [[Orbital inclination|inclination]]}}
 +
|  data63    = {{{p_inclination|}}}
 +
| label64    = {{longitem|Proper [[mean motion]]}}
 +
|  data64    = {{#if:{{{p_mean_motion|}}} |{{{p_mean_motion}}}&nbsp;[[Degree (angle)|deg]]{{\}}[[Julian year (astronomy)|yr]]}}
 +
| label65    = {{longitem|Proper [[orbital period]]}}
 +
|  data65    = {{#if:{{{p_mean_motion|}}}|{{#expr:360/{{{p_mean_motion|1}}} round 5}} [[Julian year (astronomy)|yr]]<br />({{#expr:365.25*360/{{{p_mean_motion|1}}} round 3}} [[day|d]]) }}
 +
| label66    = {{longitem|Precession of [[Apsis|perihelion]]}}
 +
|  data66    = {{#if:{{{perihelion_rate|}}}|{{{perihelion_rate}}}&nbsp;[[Arcsecond|arcsec]]{{\}}[[Julian year (astronomy)|yr]] }}
 +
| label67    = {{longitem|Precession&nbsp;of the [[Longitude of the ascending node|ascending&nbsp;node]]}}
 +
|  data67    = {{#if:{{{node_rate|}}}|{{{node_rate}}}&nbsp;[[Arcsecond|arcsec]]{{\}}[[Julian year (astronomy)|yr]]}}
 +
 
 +
| header70    = {{#if:{{{dimensions|}}}{{{mean_diameter|}}}{{{mean_radius|}}}{{{equatorial_radius|}}}{{{polar_radius|}}}{{{flattening|}}}{{{circumference|}}}{{{surface_area|}}}{{{volume|}}}{{{mass|}}}{{{density|}}}{{{surface_grav|}}}{{{moment_of_inertia_factor|}}}{{{escape_velocity|}}}{{{rotation|}}}{{{sidereal_day|}}}{{{rot_velocity|}}}{{{axial_tilt|}}}{{{right_asc_north_pole|}}}{{{declination|}}}{{{pole_ecliptic_lat|}}}{{{pole_ecliptic_lon|}}}{{{albedo|}}}{{{single_temperature|}}}{{{temp_name1|}}}{{{temp_name2|}}}{{{temp_name3|}}}{{{temp_name4|}}}{{{spectral_type|}}}{{{magnitude|}}}{{{abs_magnitude|}}}{{{angular_size|}}}|{{anchor|Infobox Physical characteristics}}{{#if:{{{minorplanet|}}}| [[Standard asteroid physical characteristics|Physical characteristics]]|Physical characteristics}}{{{physical_ref|}}} }}
 +
 
 +
| label71    = Dimensions
 +
|  data71    = {{{dimensions|}}}
 +
| label72    = {{longitem|Mean diameter}}
 +
|  data72    = {{{mean_diameter|}}}
 +
| label73    = {{longitem|Mean radius}}
 +
|  data73    = {{{mean_radius|}}}
 +
| label74    = {{longitem|[[Equator]]ial radius}}
 +
|  data74    = {{{equatorial_radius|}}}
 +
| label75    = {{longitem|[[Geographical pole|Polar]] radius}}
 +
|  data75    = {{{polar_radius|}}}
 +
| label76    = [[Flattening]]
 +
|  data76    = {{{flattening|}}}
 +
| label77    = Circumference
 +
|  data77    = {{{circumference|}}}
 +
| label78    = {{longitem|[[Spheroid#Surface area|Surface area]]}}
 +
|  data78    = {{{surface_area|}}}
 +
| label79    = [[Volume]]
 +
|  data79    = {{{volume|}}}
 +
| label80    = [[Mass]]
 +
|  data80    = {{{mass|}}}
 +
| label81    = {{longitem|Mean [[density]]}}
 +
|  data81    = {{{density|}}}
 +
| label82    = {{longitem|{{#if:{{{minorplanet|}}}|Equatorial [[Standard asteroid physical characteristics#Surface gravity|surface&nbsp;gravity]]|[[Surface gravity]]}}}}
 +
|  data82    = {{{surface_grav|}}}
 +
| label83    = {{longitem|[[Moment of inertia factor]]}}
 +
|  data83    = {{{moment_of_inertia_factor|}}}
 +
| label84    = {{longitem|{{#if:{{{minorplanet|}}} |Equatorial [[escape velocity]] |[[Escape velocity]]}}}}
 +
|  data84    = {{{escape_velocity|}}}
 +
| label85    = {{longitem|[[Rotation period]]}}
 +
|  data85    = {{{rotation|}}}
 +
| label86    = {{longitem|Sidereal [[rotation period]]}}
 +
|  data86    = {{{sidereal_day|}}}
 +
| label87    = {{longitem|Equatorial rotation&nbsp;velocity}}
 +
|  data87    = {{{rot_velocity|}}}
 +
| label88    = {{longitem|[[Axial tilt]]}}
 +
|  data88    = {{{axial_tilt|}}}
 +
| label89    = {{longitem|North&nbsp;pole {{nowrap|[[right ascension]]}}}}
 +
|  data89    = {{{right_asc_north_pole|}}}
 +
| label90    = {{longitem|North&nbsp;pole [[declination]]}}
 +
|  data90    = {{{declination|}}}
 +
| label91    = {{longitem|Pole [[Ecliptic coordinate system|ecliptic latitude]]}}
 +
|  data91    = {{{pole_ecliptic_lat|}}}
 +
| label92    = {{longitem|Pole [[Ecliptic coordinate system|ecliptic longitude]]}}
 +
|  data92    = {{{pole_ecliptic_lon|}}}
 +
| label93    = {{#if:{{{minorplanet|}}} |{{longitem|[[Geometric albedo]]}} |[[Albedo]]}}
 +
|  data93    = {{{albedo|}}}
 +
| label94    = [[Temperature]]
 +
|  data94    = {{{single_temperature|}}}
 +
 
 +
|  data100    = {{#if:{{{temp_name1|}}}{{{temp_name2|}}}{{{temp_name3|}}}{{{temp_name4|}}}|
 +
<table style="border-spacing: 0px; width:100%; border:none; background-color:#f9f9f9; margin:0; text-align:left; line-height:1.2em; white-space:nowrap"><tr>
 +
<th style="width:33%; padding-right:0.25em; text-align:left">Surface [[temperature|temp.]]</th>
 +
<th style="padding-right:0.25em; text-align:left">min</th>
 +
<th style="padding-right:0.25em; text-align:left">mean</th>
 +
<th style="padding-right:0.25em; text-align:left">max</th>
 +
</tr>{{#if:{{{temp_name1|}}}|<tr>
 +
<th style="padding-left:1.0em">{{{temp_name1}}}</th>
 +
<td>{{{min_temp_1|}}}</td>
 +
<td>{{{mean_temp_1|}}}</td>
 +
<td>{{{max_temp_1|}}}</td>
 +
</tr>}}{{#if:{{{temp_name2|}}}|<tr>
 +
<th style="padding-left:1.0em">{{{temp_name2}}}</th>
 +
<td>{{{min_temp_2|}}}</td>
 +
<td>{{{mean_temp_2|}}}</td>
 +
<td>{{{max_temp_2|}}}</td>
 +
</tr>}}{{#if:{{{temp_name3|}}}|<tr>
 +
<th style="padding-left:1.0em">{{{temp_name3}}}</th>
 +
<td>{{{min_temp_3|}}}</td>
 +
<td>{{{mean_temp_3|}}}</td>
 +
<td>{{{max_temp_3|}}}</td>
 +
</tr>}}{{#if:{{{temp_name4|}}}|<tr>
 +
<th style="padding-left:1.0em">{{{temp_name4}}}</th>
 +
<td>{{{min_temp_4|}}}</td>
 +
<td>{{{mean_temp_4|}}}</td>
 +
<td>{{{max_temp_4|}}}</td>
 +
</tr>}}
 +
</table>}}
 +
 
 +
| label101    = {{longitem|{{#if:{{{minorplanet|}}}|[[Asteroid spectral types|Spectral type]]|Spectral type}}}}
 +
|  data101    = {{{spectral_type|}}}
 +
| label102    = {{longitem|[[Asteroid family]]}}
 +
|  data102    = {{{family|}}}
 +
| label103    = {{longitem|[[Apparent magnitude]]}}
 +
|  data103    = {{{magnitude|}}}
 +
| label104    = {{longitem|[[Absolute magnitude#Solar System bodies (H)|Absolute magnitude&nbsp;''(H)'']]}}
 +
|  data104    = {{{abs_magnitude|}}}
 +
| label105    = {{longitem|[[Angular diameter]]}}
 +
|  data105    = {{{angular_size|}}}
 +
 
 +
| header110  = {{#if:{{{atmosphere|}}}{{{scale_height|}}}{{{atmosphere_composition|}}}|Atmosphere{{{atmosphere_ref|}}} }}
 +
 
 +
| label111    = {{longitem|Surface [[Atmospheric pressure|pressure]]}}
 +
|  data111    = {{{surface_pressure|}}}
 +
| label112    = {{longitem|[[Scale height]]}}
 +
|  data112    = {{{scale_height|}}}
 +
| label113    = [[Atmospheric chemistry#Atmospheric composition|Composition by volume]]
 +
|  data113    = {{{atmosphere_composition|}}}
 +
 
 +
| below      = <includeonly>{{#if:{{{note|}}}||{{reflist|group="note"}} }}</includeonly>
 +
 
 +
}}{{#invoke:Check for unknown parameters|check|unknown={{main other|[[Category:Pages using infobox planet with unknown parameters|_VALUE_{{PAGENAME}}]]}}|preview=Page using [[Template:Infobox planet]] with unknown parameter "_VALUE_"|ignoreblank=y| abs_magnitude | adjective | adjectives | albedo | allsatellites | alt_names | angular_dist | angular_size | aphelion | apoapsis | apsis | apoastron | arg_peri | asc_node | atmosphere | atmosphere_composition | atmosphere_ref | avg_speed | axial_tilt | background | bgcolour | caption | circumference | declination | density | dimensions | discovered | discoverer | discovery_method | discovery_ref | discovery_site | earliest_precovery_date | eccentricity | epoch | equatorial_radius | escape_velocity | exosolar planets | extrasolarplanet | family | flattening | group | image | image_alt | image_size | inclination | jupiter_moid | label_width | long_periastron | magnitude | mars_moid | mass | max_temp_1 | max_temp_2 | max_temp_3 | max_temp_4 | mean_anomaly | mean_diameter | mean_motion | mean_orbit_radius | mean_radius | mean_temp_1 | mean_temp_2 | mean_temp_3 | mean_temp_4 | mercury_moid | min_temp_1 | min_temp_2 | min_temp_3 | min_temp_4 | minorplanet | moid | moment_of_inertia_factor | mp_category | mp_name | mpc_name | name | named_after | neptune_moid | node_rate | note | observation_arc | orbit_diagram | orbit_ref | p_eccentricity | p_inclination | p_mean_motion | p_orbit_ref | p_semimajor | periapsis | periastron | perihelion | perihelion_rate | period | physical_ref | polar_radius | pole_ecliptic_lat | pole_ecliptic_lon | pronounce | pronounced | right_asc_north_pole | rot_velocity | rotation | satellite_of | satellites | saturn_moid | scale_height | semi-amplitude | semimajor | sidereal_day | single_temperature | spectral_type | star | surface_area | surface_grav | surface_pressure | symbol | synodic_period | temp_name1 | temp_name2 | temp_name3 | temp_name4 | time_periastron | tisserand | uncertainty | uranus_moid | venus_moid | volume }}<noinclude>
 +
{{documentation}}
 +
</noinclude>

Latest revision as of 17:08, 15 May 2021

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Template:Infobox planet

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