Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Lunar Phases and Eclipses in the Borgia Group Codices

View through CrossRef
Chapter 6 explores the importance of solar and lunar cycles in rain almanacs of the Codex Borgia, which record Calendar Round dates that coincide with the new moon and the full moon. In the directional almanac on Borgia 49–52, a 52-year period is divided into thirteen-year intervals, and the almanac includes dates that coincide with fire-drilling rituals near yearend in February. The recorded Calendar Round dates suggest an attempt to integrate the cycles of the sun, moon, and Venus, the three brightest celestial bodies. Chapter 6 also includes analysis of images and calendar intervals in the Borgia Group codices that can be related to solar eclipses and lunar eclipse events. The last section focuses on the iconography related to eclipse imagery in Aztec art and a dramatic representation of a total eclipse event on Codex Borgia 40, represented by Venus gods attacking the Sun God and cutting out his heart.
University Press of Florida
Title: Lunar Phases and Eclipses in the Borgia Group Codices
Description:
Chapter 6 explores the importance of solar and lunar cycles in rain almanacs of the Codex Borgia, which record Calendar Round dates that coincide with the new moon and the full moon.
In the directional almanac on Borgia 49–52, a 52-year period is divided into thirteen-year intervals, and the almanac includes dates that coincide with fire-drilling rituals near yearend in February.
The recorded Calendar Round dates suggest an attempt to integrate the cycles of the sun, moon, and Venus, the three brightest celestial bodies.
Chapter 6 also includes analysis of images and calendar intervals in the Borgia Group codices that can be related to solar eclipses and lunar eclipse events.
The last section focuses on the iconography related to eclipse imagery in Aztec art and a dramatic representation of a total eclipse event on Codex Borgia 40, represented by Venus gods attacking the Sun God and cutting out his heart.

Related Results

Resolving the origin of lunar high-Ti basalts by petrologic experiments
Resolving the origin of lunar high-Ti basalts by petrologic experiments
The origin of the most primitive, picritic lunar basalts, sampled as pyroclastic glass beads in the lunar soils [1,2], remains poorly constrained. Especially the petrogenesis of hi...
Overview of the NASA instruments onboard Blue Ghost Mission
Overview of the NASA instruments onboard Blue Ghost Mission
Blue Ghost Mission 1 (BGM1), or NASA CLPS (Commercial Lunar Payload Services) Task Order (TO) 19D, delivered ten NASA science and technology instruments to the lunar surface (18.56...
The Planet Explorer: Navigating Planetary Sample Data in Spatial Dimensions
The Planet Explorer: Navigating Planetary Sample Data in Spatial Dimensions
Introduction:  Renewed interest in a human return to the Moon has revived the importance of past Apollo missions. Both manned and robotic missions to the Moon provided det...
Lunar glass
Lunar glass
Lunar glass, a significant component of lunar soil, is produced by non-equilibrium processes on the moon, such as volcanic eruptions, meteorite impacts, solar wind, and cosmic radi...
Hunt for Lunar-Originated Asteroid Population from Earth Flybys
Hunt for Lunar-Originated Asteroid Population from Earth Flybys
. IntroductionNear-Earth asteroids (NEAs) have been thought to originate from the main asteroid belt between Mars and Jupiter. However, recent research has revealed the existence o...
Modeling lunar magmas in the Artemis Era
Modeling lunar magmas in the Artemis Era
As the planetary science community sets its sights on the Moon, the existence of an open-source, up-to-date, and user-friendly modeling tool for lunar rocks is critical to maximizi...
On the Lunar reference systems 
On the Lunar reference systems 
The future space missions dedicated to the Moon stimulate the renewal of lunar reference system definitions and characterizations. At present, two slightly different reference syst...
Characterizing Lunar Materials: Spectral Analysis of Apollo 16 and Lunar Meteorite
Characterizing Lunar Materials: Spectral Analysis of Apollo 16 and Lunar Meteorite
Interpreting the surface composition of the Moon and other airless bodies relies heavily on spectroscopic techniques spanning visible and near-infrared wavelengths. This study empl...

Back to Top