Here you can find a list of sites related to astronomy, archeoastronomy and software that , in my opinion, deserve to be visited.
- Lazarus – The professional Free Pascal RAD IDE used for Uruk_One’s development – https://www.lazarus-ide.org
- Fred Espenak’s Site. Needs no introduction, just go there – http://eclipsewise.com/eclipse.html
- Source code of various DE ephemeris – http://www.moshier.net
- NASA Jet Propulsion Laboratory – https://www.jpl.nasa.gov
- ESO Site – https://www.eso.org/public/
- IMCCE – https://www.imcce.fr
- INAF – http://www.inaf.it/en?set_language=en
- The best (active) site I’ve ever found about Astrophotography with Apple Macs – https://www.macobservatory.com
- Astronomical Files from Black Oak Observatory – https://www.handprint.com/ASTRO/
- History of the Telescope – http://www.astrosurf.com/re/history_telescope.html
- Find a place by means of Coordinates – https://www.findlatitudeandlongitude.com
- Site of Robert Harry Van Gent – https://webspace.science.uu.nl/~gent0113/
- Celestial Mechanics Site by Giuseppe Matarazzo (IT / EN) – http://astrodinamica.altervista.org/index.htm
- SOLEX12 – A software by Prof. Aldo Vitagliano (EN) – http://www.solexorb.it
- Calendar of Meteor Showers – https://www.imo.net/resources/calendar/
- USNO (US Naval Observatory) – https://aa.usno.navy.mil/index
- Gideon Van Buitenen (for comet and asteroid chasers) – http://astro.vanbuitenen.nl/home
- The Catalogue of The Historical Observations of Solar Eclipses from Europe and Middle East – http://www.solareclipses.pl/ – Author: prof. Marek Zawilski
UrukFSP Bibliography. Publicy Available Articles:
- Arcus Visionis of Planets in Babylon – (C. Schoch 1924)
- Observation d’amateur de l’occultation de Regulus par Venus le 7 Juillet 1959 – (Jean Meeus 1959)
- Earth Deceleration from Ancient Solar Eclipses – (David R. Curott 1966)
- Obliquity and Precession for the last 5000000 years – (A. L. Berger 1976)
- Occultations of Planets by Eclipsed Moon – (J. Meeus, J. Van Maanen, G.P. Können 1977)
- Expressions for the Precession Quantities Based upon the IAU (1976) System of Astronomical Constants – (Lieske, J. H. Lederle T. Fricke W. Morando B. 1977)
- Long Term Variation of the Earth’s Orbital Elements (A. Berger 1977)
- Observations of Comets in Greek and Roman Sources before A.D. 410 – (A.A. Barrett 1978)
- Stellar occultation studies of the Solar System – (James L. Elliot 1979)
- The Obliquity of Ecliptic – (A. Wittmann 1979)
- The Milankovitch astronomical theory of paleoclimates: A modern review – (A. Berger 1980)
- Two different definitions of the Dynamical Equinox and the Mean Obliquity – (E.M. Standish Jr. 1981)
- The definition of the Ecliptic – (Kinoshita, Aoki – 1983)
- Heliacal Rise Phenomena – (Schaefer, B. E. 1987)
- Mutual phenomena of the Galileian satellites of Jupiter: prediction for the 1991 occurrence. – (J.E. Arlot 1990)
- Refraction near the Horizon – (B. E. Schaefer, W. Liller 1990)
- Accuracy of eclipse observation in medieval arabic chronicles – (S.S.Said, F.R. Stephenson 1991)
- Lunar Standstills at Chimney Rock – (J.McKim Malville, F.W. Eddy, Carol Ambruster 1991)
- The History of the Tropical Year – (J. Meeus, Denis Savoie 1992)
- Astronomical Records in the Ch’un -Ch’iu Chronicle – (F.R. Stephenson, Kevin K. C. Yau 1992)
- Quintuple Planetary Groupings – (Salvo de Meis, Jean Meeus 1994)
- Dynamic of nearby multiple stars. The Alpha Centauri System – (Anosova, Orlov and Pavlova 1994)
- Periodic comets found in historical records – (Ichiro Hasegawa & Syuichi Nakano 1995)
- Accuracy of solar eclipse observations made by Jesuit Astronomers in China – (F.R. Stephenson, L. J. Fatoohi 1995)
- The accuracy of Eclipses times measured by the Babylonians – (J.M. Steele, F.R. Stephenson, L.V. Morrison 1997)
- Galileo’s observations of Neptune – (E. Myles Standish & A. Maria Nobili 1997)
- Historical eclipses in Europe – (S. Débarbat 1998)
- Galileian satellites: the E5 ephemeris – (J.H. Lieske 1998)
- A lunar occultation of Mars observed by Aristotle – (F. Richard Stephenson 2000)
- A millenium of British Solar Eclipses (1501-2500 AD) – (Darren Beard 2001)
- The maximum possible duration of a total solar eclipse – (Jean Meeus 2003)
- Examination of early Chinese records of Solar Eclipses – (Liu, C., Liu, X., & Ma, L. 2003)
- Expressions for IAU 2000 precession quantities – (N. Capitaine, P. T. Wallace, and J. Chapront 2003)
- Simultaneous transits – (Jean Meeus & Aldo Vitagliano 2004)
- The Extragalactic Origin of the Arcturus Group – (Julio F. Navarro, Amina Helmi, Kenneth C. Freeman 2004)
- Ancient eclipses and dating the fall of Babylon – (Boris Banjevic 2006)
- The Double Eclipse at the Downfall of Old Babylon – (Emil Khalisi 2007)
- First visibility of the lunar Crescent – (A.H. Sultan 2007)
- Validation of the new Hipparcos reduction – (F. van Leeuwen 2007)
- Total penumbral lunar eclipses – (Darren Beard 2008)
- How reliable are archaic records of large solar eclipses? – (F.R. Stephenson 2008)
- Investigation of Medieval European Records of Solar Eclipses – (F.R. Stephenson 2010)
- New precession expressions valid for long time intervals – (J. Vondrák, N. Capitaine, and P. Wallace 2011)
- La2010: a new orbital solution for the long-term motion of the Earth – (J. Laskar, A. Fienga, M. Gastineau, and H. Manche 2011)
- The History of Astrometry – (M. Perryman 2012)
- Radial velocities for the HIPPARCOS-Gaia Hundred-Thousand-Proper-Motion project – (J. H. J. de Bruijne and A.-C. Eilers 2012)
- Dating the fall of Babylon and Ur – (G Gertoux · 2013)
- Reliability of Eclipse Records in Japanese Ancient Periods – (Mitsuru Sôma and Kiyotaka Tanikawa 2014)
- The Sumerian K8538 tablet – The great meteor impact devastating Mesopotamia. – (Frank Lemke, Joachim Seyfert 2014)
- THE SUMERIAN K8538 TABLET. THE GREAT METEOR IMPACT DEVASTATING MESOPOTAMIA – A 2019 TRANSLATION ADDENDUM – (Frank Lemke, Joachim Seyfert 2019)
- The DE430 / DE 431 JPL Ephemerides – (Folkner, Williams, Boggs, Park, Kuchynka 2014)
- Thales of Miletus and the Antikythera Mechanism – (Göran Henriksson 2014)
- New constraints on ΔT prior the second century AD – (Guillermo Gonzales 2018)
- La2010: A new orbital solution for the long term motion of the Earth. – (J. Laskar, A. Fienga, M. Gastineau, and H. Manche 2018)
- Mesopotamian chronology over the period 2340-539 BCE….. – (G Gertoux · 2019)
- SYSTÈMES DE RÉFÉRENCE TEMPS-ESPACE – (EN) – (OBSERVATOIRE DE PARIS 2019)
- Medieval Occultations by the Moon in European Narrative Medieval Sources – (M.J. Martinez Usò & F.J. Marco 2019)
- First stellar occultation by the Galilean moon Europa and upcoming events between 2019 and 2021 – (AA VV 2019)
- Disentangling the Arcturus stream – (Iryna Kushniruk and Thomas Bensby 2019)
- The Solar Eclipses of the Pharaoh Akhenaten – (E. Khalisi 2020)
- Hierarchical Eclipses – (Emil Khalisi &Joachim Gripp 2020)
- The Solar Eclipse of the Xia Dynasty: A Review – (E. Khalisi 2020)
- Astronomical dating of seven Classical Greek eclipses – (F.R. Stephenson, L.V. Morrison, C.Y. Honenkerk 2020)
- Astronomical Assessment of the Solar and Lunar Eclipse Records in Bede’s Ecclesiastical History and Its Continuation – (F.R. Stephenson, L.V.Morrison, C.Y.Honenkerk 2020)
- Gaia Early Data Release 3 – Catalogue validation – (AA. VV. – 2020)
- INPOP21a published by IMCCE/Paris Observatory – (A. Fienga, P. Deram, A. Di Ruscio, V. Viswanathan, J.I.B. Camargo, L. Bernus, M. Gastineau, J. Laskar 2021)
- The DE440 and DE441 JPL Ephemerides – (Ryan S. Park , William M. Folkner , James G. Williams , Dale H. Boggs 2021)
- Analyses of a Datable Solar Eclipse Record in Maya Classic Period Monumental Inscriptions – (H. Hayakawa, M. Sôma, J. Hutch Kinsman 2021)
- Long-term dynamics of the inner planets in the Solar System – (Federico Mogavero and Jacques Laskar 2021)
- Mesopotamian chronology over the period 2340-539 BCE …. – (Gerard Gertoux 2022)
- La descutible relevancia històrica de KTU 1.78 (ES) – (Marcelino Guerrero 2022)
- Analyses of historical solar eclipse records in Hokkaido Island in the 18–19th centuries – (H.Ayakawa, Mitsuru Sôma and Ryuma Daigo 2022)
- Lunar eclipses illuminate timing and climate impact of medieval volcanism – (Sébastien Guillet et al. 2023)
- An examination of Atri’s Eclipse as described in the Rig Veda – (M.N. Vahia, M. Soma 2023)
- Study on secular change of the Earth’s rotation rate based on solar eclipse observation records on October 13, 443 BC – (Lihua Ma 2023)
- Passing Stars as an Important Driver of Paleoclimate and the Solar System’s Orbital Evolution – (Nathan A. Kaib and Sean N. Raymond 2024)
- Ibn Sina’S Observation of a Transit of Venus in 1032 – (M.E.Özel and E. Budding 2024)
