Printable finder charts for 22P/Kopff

by Dominic Ford
Use this form to download long-period wide-area finder-charts for planets, asteroids and comets. Each chart spans an entire apparition. For fainter objects, you will need a shorter duration finder-chart to show the object's exact position among the background stars on any given day.

Object type

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22P/Kopff

Color schemes
Date span Estimated date
when brightest
Date of
perigee
Date of
perihelion
Dark on light Light on dark Pastel
Jun 1984 – Dec 198411 Sep2 May27 SepPNGPDF-RGBPDF-CMYKSVGPNGPDF-RGBPDF-CMYKSVGPNGPDF-RGBPDF-CMYKSVG
Jan 1997 – Jul 199710 Apr12 Sep30 MarPNGPDF-RGBPDF-CMYKSVGPNGPDF-RGBPDF-CMYKSVGPNGPDF-RGBPDF-CMYKSVG
Apr 2003 – Oct 20036 Jul9 Jul30 JunPNGPDF-RGBPDF-CMYKSVGPNGPDF-RGBPDF-CMYKSVGPNGPDF-RGBPDF-CMYKSVG
Jun 2009 – Dec 200914 Sep1 May30 SepPNGPDF-RGBPDF-CMYKSVGPNGPDF-RGBPDF-CMYKSVGPNGPDF-RGBPDF-CMYKSVG
Jan 2022 – Jul 202213 Apr11 Sep2 AprPNGPDF-RGBPDF-CMYKSVGPNGPDF-RGBPDF-CMYKSVGPNGPDF-RGBPDF-CMYKSVG
Apr 2028 – Oct 20285 Jul7 Jul2 JulPNGPDF-RGBPDF-CMYKSVGPNGPDF-RGBPDF-CMYKSVGPNGPDF-RGBPDF-CMYKSVG

Credits

The charts above were generated using StarCharter, a command-line tool for producing vector-graphics charts of the night sky, written by the author and freely available for download.

The paths of the planets are taken from the DE430 planetary ephemeris computed by the Jet Propulsion Laboratory (JPL). Planetary positions were extracted from the DE430 files using EphemerisCompute, which was also written by the author, and is also freely available for download.

The positions of asteroids are calculated from orbital elements published by Ted Bowell of the Lowell Observatory. Comet positions are computed from orbital elements published by the Minor Planet Center (MPC).

Star positions and magnitudes were taken from the Hipparcos, Tycho, Tycho-2 and Gaia EDR3 catalogs.

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South El Monte

Latitude:
Longitude:
Timezone:

34.05°N
118.05°W
PST

Color scheme