Javascript must be enabled to continue!
Records of Planetary Observations in Ancient Japan Before the 11th Century
View through CrossRef
The records of planetary observations in Japan in the 7th century ad are treated separately from other records because they are written in the Nihongi. It is known that Japanese observational astronomy was recorded in the 7th century ad, but astronomy in Japan did not evolve straightforward in that century. There are thirty-one records that exist from that time, including four records on the Moon and planets. Correspondingly, a new interpretation of Japanese ancient history has been proposed. For the 8th, 9th, and 10th centuries, records have been compiled on the relative motion of the Moon and the planets, the motion of planets in the constellations, and stars seen in the daytime, as stated in Japanese recorded history. These records are written in Chinese, as in the case of the Nihongi, but have been translated into English. The orbits of the Moon and planets have been calculated using the NASA Jet Propulsion Laboratory (JPL) development ephemeris (DE) in order to confirm the validity of the records. The numbers of records and observations are not the same because one record may contain multiple observations. The accuracy of individual observations is discussed.
Oxford University Press
Title: Records of Planetary Observations in Ancient Japan Before the 11th Century
Description:
The records of planetary observations in Japan in the 7th century ad are treated separately from other records because they are written in the Nihongi.
It is known that Japanese observational astronomy was recorded in the 7th century ad, but astronomy in Japan did not evolve straightforward in that century.
There are thirty-one records that exist from that time, including four records on the Moon and planets.
Correspondingly, a new interpretation of Japanese ancient history has been proposed.
For the 8th, 9th, and 10th centuries, records have been compiled on the relative motion of the Moon and the planets, the motion of planets in the constellations, and stars seen in the daytime, as stated in Japanese recorded history.
These records are written in Chinese, as in the case of the Nihongi, but have been translated into English.
The orbits of the Moon and planets have been calculated using the NASA Jet Propulsion Laboratory (JPL) development ephemeris (DE) in order to confirm the validity of the records.
The numbers of records and observations are not the same because one record may contain multiple observations.
The accuracy of individual observations is discussed.
Related Results
Spatial and Open Research Data Infrastructure for Planetary Science - Lessons learned from European developments
Spatial and Open Research Data Infrastructure for Planetary Science - Lessons learned from European developments
The planetary community has access to a wealth of raw research data by using central data distribution platforms such as the Planetary Data System (PDS) [1], the Planetary Science ...
Planetary Cartography: Challenges for Mapping and Research Data Management
Planetary Cartography: Challenges for Mapping and Research Data Management
<p>The aim of this contribution is to summarize recent activities in the field of Planetary Cartography by highlighting current issues the community is facing, and by...
Zero to hero
Zero to hero
Western images of Japan tell a seemingly incongruous story of love, sex and marriage – one full of contradictions and conflicting moral codes. We sometimes hear intriguing stories ...
OpenPlanetaryMap Updates: Planetary Basemaps and Geocoding Web Services
OpenPlanetaryMap Updates: Planetary Basemaps and Geocoding Web Services
<p>OpenPlanetaryMap (OPM) is a collaborative project to build the first Open Planetary Mapping and Social platform for researchers, educators, storytellers, and the g...
OpenPlanetaryMap Updates: Planetary Basemaps and Geocoding Web Services
OpenPlanetaryMap Updates: Planetary Basemaps and Geocoding Web Services
<p>We introduce the project and present recent updates on OPM planetary basemaps, geocoding APIs and user interfaces.</p>
<p>OpenPlanetary...
Teaching Planetary Defence by means of role-playing games
Teaching Planetary Defence by means of role-playing games
IntroductionThe effectiveness of game-based learning methods [1] in facilitating understanding of complex concepts, arousing the interest of students and encouraging memorization i...
NASA Planetary Science and European Partnerships and Participations
NASA Planetary Science and European Partnerships and Participations
<p>NASA&#8217;s Planetary Science Division (PSD) and space agencies around the world are collaborating on an extensive array of missions exploring our Solar S...
ATTARIK Foundation an NGO dedicated to Meteoritics and Planetary Science promotion in Morocco, Africa and Arab countries
ATTARIK Foundation an NGO dedicated to Meteoritics and Planetary Science promotion in Morocco, Africa and Arab countries
<p>ATTARIK Foundation an NGO dedicated to Meteoritics and Planetary Science promotion in Morocco, Africa, and Arab countries</p>
<ul>
&...

