PHL's Exoplanets Catalog

Last Update: June 18, 2019

Introduction

The PHL's Exoplanets Catalog (PHL-EC) contains observed and modeled parameters for all currently confirmed exoplanets derived from the NASA Exoplanet Archive, including those potentially habitable. The main difference between PHL-EC and other exoplanets databases is that it contains estimated parameters, habitability assessments, and planetary classifications. The catalog is available as a comma separated value format (CSV) file in the link below.

Version 20190618: phl_exoplanet_catalog.csv


Known Issues: Many fields are in machine precision with unnecessary zeros. Fields are not sorted, e.g. planetary data first and then stellar properties. There are a few missing fields from the previous catalog, e.g. estimated surface temperature. All these minor issues should be corrected in a future version. Please report any other issues to abel.mendez@upr.edu.

Database Field Descriptions
P_NAME - planet name
P_STATUS - planet status (confirmed = 3)
P_MASS - planet mass (earth masses)
P_MASS_ERROR_MIN - planet mass error min (earth masses)
P_MASS_ERROR_MAX - planet mass error max (earth masses)
P_RADIUS - planet radius (earth radii)
P_RADIUS_ERROR_MIN - planet radius error min (earth radii)
P_RADIUS_ERROR_MAX - planet radius error max (earth radii)
P_YEAR - planet discovered year
P_UPDATED - planet data last update date
P_PERIOD - planet period (days)
P_PERIOD_ERROR_MIN - planet period error min (days)
P_PERIOD_ERROR_MAX - planet period error max (days)
P_SEMI_MAJOR_AXIS - planet semi-major axis (AU)
P_SEMI_MAJOR_AXIS_ERROR_MIN - planet semi-major axis error min (AU)
P_SEMI_MAJOR_AXIS_ERROR_MAX - planet semi-major axis error max (AU)
P_ECCENTRICITY - planet eccentricity
P_ECCENTRICITY_ERROR_MIN - planet eccentricity error min
P_ECCENTRICITY_ERROR_MAX - planet eccentricity error max
P_INCLINATION - planet orbital inclination (deg)
P_INCLINATION_ERROR_MIN - planet orbital inclination error min (deg)
P_INCLINATION_ERROR_MAX - planet orbital inclination error max (deg)
P_OMEGA - planet argument of periastron (deg)
P_OMEGA_ERROR_MIN - planet argument of periastron error min (deg)
P_OMEGA_ERROR_MAX - planet argument of periastron omega error max (deg)
P_TPERI - planet time of periastron (seconds)
P_TPERI_ERROR_MIN - planet time of periastron error min (seconds)
P_TPERI_ERROR_MAX - planet time of periastron error max (seconds)
P_ANGULAR_DISTANCE - planet-star angular separation (arcsec)
P_IMPACT_PARAMETER - planet impact parameter
P_IMPACT_PARAMETER_ERROR_MIN - planet impact parameter error min
P_IMPACT_PARAMETER_ERROR_MAX - planet impact parameter error max
P_TEMP_MEASURED - planet measured equilibrium temperature (K)
P_GEO_ALBEDO - planet measured geometric albedo
P_GEO_ALBEDO_ERROR_MIN - planet measured geometric albedo error min
P_GEO_ALBEDO_ERROR_MAX - planet measured geometric albedo error max
P_DETECTION - planet detection method
P_DETECTION_MASS - planet detection method for mass
P_DETECTION_RADIUS - planet detection method for radius
P_ALT_NAMES - planet alternate names
P_ATMOSPHERE - planet atmosphere composition (no data yet)
S_NAME - star name
S_RA - star right ascension (decimal deg)
S_DEC - star declination (decimal deg)
S_MAG - star magnitude
S_DISTANCE - star distance (parsecs)
S_DISTANCE_ERROR_MIN - star distance error min (parsecs)
S_DISTANCE_ERROR_MAX - star distance error max (parsecs)
S_METALLICITY - star metallicity (dex)
S_METALLICITY_ERROR_MIN - star metallicity error min (dex)
S_METALLICITY_ERROR_MAX - star metallicity error max (dex)
S_MASS - star mass (solar units)
S_MASS_ERROR_MIN - star mass error min (solar units)
S_MASS_ERROR_MAX - star mass error max (solar units)
S_RADIUS - star radius (solar units)
S_RADIUS_ERROR_MIN - star radius error min (solar units)
S_RADIUS_ERROR_MAX - star radius error max (solar units)
S_TYPE - star spectral type
S_AGE - star age (Gy)
S_AGE_ERROR_MIN - star age error min (Gy)
S_AGE_ERROR_MAX - star age error max (Gy)
S_TEMPERATURE - star effective temperature (K)
S_TEMPERATURE_ERROR_MIN - star effective temperature error min (K)
S_TEMPERATURE_ERROR_MAX - star effective temperature error min (K)
S_DISC - star stellar disc presence (no data)
S_MAGNETIC_FIELD - star magnetic field presence (no data)
S_LOG_G - star log(g)
S_ALT_NAMES - star alternative names
P_ESCAPE - planet escape velocity (earth units)
P_POTENTIAL - planet gravitational potential (earth units)
P_GRAVITY - planet gravity (earth units)
P_DENSITY - planet density (earth units)
P_HILL_SPHERE - planet hill sphere (AU)
P_DISTANCE - planet mean distance from the star (AU)
P_PERIASTRON - planet periastron (AU)
P_APASTRON - planet apastron (AU)
P_DISTANCE_EFF - planet effective thermal distance from the star (AU)
P_FLUX - planet mean stellar flux (earth units)
P_FLUX_MIN - planet minimun orbital stellar flux (earth units)
P_FLUX_MAX - planet maximum orbital stellar flux (earth units)
P_TEMP_EQUIL - planet equilibrium temperature assuming bond albedo 0.3 (K)
P_TEMP_EQUIL_MIN - planet minimum equilibrium temperature assuming bond albedo 0.3 (K)
P_TEMP_EQUIL_MAX - planet maximum equilibrium temperature assuming bond albedo 0.3 (K)
P_TYPE - planet type (PHL's mass-radius classification)
S_RADIUS_EST - star radius estimated (solar units)
S_TYPE_TEMP - star spectral type (simplify one letter)
S_RA_H - star right ascension (decimal hours)
S_RA_T - star declination (hours)
S_DEC_T - star right ascension (degrees)
S_LUMINOSITY - star luminosity (solar units)
S_HZ_OPT_MIN - star inner edged of the optimistic habitable zone (AU)
S_HZ_OPT_MAX - star outer edged of the optimistic habitable zone (AU)
S_HZ_CON_MIN - star inner edged of the conservative habitable zone (AU)
S_HZ_CON_MAX - star outer edged of the conservative habitable zone (AU)
S_HZ_CON0_MIN - star inner edged of the conservative habitable zone, mass = 0.1 Me (AU)
S_HZ_CON0_MAX - star outer edged of the conservative habitable zone, mass = 0.1 Me (AU)
S_HZ_CON1_MIN - star inner edged of the conservative habitable zone, mass = 5 Me (AU)
S_HZ_CON1_MAX - star outer edged of the conservative habitable zone, mass = 5 Me (AU)
S_SNOW_LINE - star snow line (AU)
S_ABIO_ZONE - star abiogenesis zone outer edge (AU)
S_TIDAL_LOCK - star tidal lock zone outer edge (AU)
P_HABZONE_OPT - the planet is in the optimistic habitable zone flag (1 = yes)
P_HABZONE_CON - the planet is in the conservative habitable zone flag (1 = yes)
P_TYPE_TEMP - planet thermal type (PHL's thermal classification)
P_HABITABLE - planet is potentially habitable index (1 = conservative, 2 = optimistic)
P_ESI - planet Earth Similarity Index
S_CONSTELLATION - star constellation name
S_CONSTELLATION_ABR - star constellation abreviated
S_CONSTELLATION_ENG - star constellation name meaning
P_RADIUS_EST - planet radius estimated from mass-radius relation (earth units)
P_MASS_EST - planet mass estimated from mass-radius relation (earth units)
P_SEMI_MAJOR_AXIS_EST - planet semi-major axis estimated (AU)

DISCLAIMER: The PHL's Exoplanets Catalog combines measured and modeled parameters from various sources. It is good for visualizations, statistical analyses, and education. For research purposes always check measured vs modeled values from the original scientific papers. If you use this dataset please credit PHL's Exoplanet Catalog of the Planetary Habitability Laboratory @ UPR Arecibo.