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

Venus, Varro and the vates: toward the limits of etymologizing interpretation

View through CrossRef
This paper on Roman etymologizing and etymological word-play was orginally conceived in the 1990s as a response to Robert Maltby’s Lexicon of Ancient Latin Etymologies.Section 1 offers a snap-shot of etymological word-play inaction in Augustan elegy; the focus is on plays associatedwith the name of Venus, in Propertius and in the poems of theCorpus Tibullianum associated with Sulpicia. Section 2 turnsfrom the poet to the grammarian, and briefly considers the language used to expound etymologies in Varro’s De Lingua Latina. Section 3 employs readings of Varro and of Ovid to adumbrate larger epistemological issues connected with etymology and etymological word-play in its Roman cultural contexts, and in modern critical practice.
Title: Venus, Varro and the vates: toward the limits of etymologizing interpretation
Description:
This paper on Roman etymologizing and etymological word-play was orginally conceived in the 1990s as a response to Robert Maltby’s Lexicon of Ancient Latin Etymologies.
Section 1 offers a snap-shot of etymological word-play inaction in Augustan elegy; the focus is on plays associatedwith the name of Venus, in Propertius and in the poems of theCorpus Tibullianum associated with Sulpicia.
Section 2 turnsfrom the poet to the grammarian, and briefly considers the language used to expound etymologies in Varro’s De Lingua Latina.
Section 3 employs readings of Varro and of Ovid to adumbrate larger epistemological issues connected with etymology and etymological word-play in its Roman cultural contexts, and in modern critical practice.

Related Results

Venus Atmospheric Dynamics: Akatsuki UVI and TNG HARPS-N observations
Venus Atmospheric Dynamics: Akatsuki UVI and TNG HARPS-N observations
<p>As the closest planet to Earth, it should be expected Venus to be the most Earth-like planet we know. Both Earth and Venus share almost the same radius, mass and d...
Symmachus' Model: Varro Not Pliny!
Symmachus' Model: Varro Not Pliny!
Many scholars consider Pliny’s ten book epistolary corpus as the model for several other such collections in late antiquity, including most notably that of the famed pagan aristocr...
Analysis of lava flow features on Venus for radar sounder simulations
Analysis of lava flow features on Venus for radar sounder simulations
IntroductionPrevious missions to Venus depicted an environment dominated by volcanic landforms and hostile atmospheric conditions. The surface was imaged by the Magellan mission, a...
Giant Impacts on Venus
Giant Impacts on Venus
Venus is similar to Earth in terms of mass and size and is sometimes also referred to as "Earth's twin". Nevertheless, there are some significant differences between the two planet...
Giant Impacts on Venus 
Giant Impacts on Venus 
Venus is similar to Earth in terms of mass and size and is sometimes also referred to as “Earth’s twin”. Nevertheless, there are some significant diff...
Venus nightside radiances data analysis and model comparison in view of upcoming Venus missions
Venus nightside radiances data analysis and model comparison in view of upcoming Venus missions
The 2030s will see the arrival of several spacecrafts, with multiple spectrometers designed to measure the atmosphere or surface using the transparency windows through the clouds o...
Planetary parameters impact in the large-scale circulation of Venus-like exoplanetary atmospheres and observational prospects
Planetary parameters impact in the large-scale circulation of Venus-like exoplanetary atmospheres and observational prospects
AbstractIn the perspective of detecting and characterizing more and more close-in-orbit hot terrestrial exoplanets transiting nearby M-dwarf stars (e.g., best Earth-size targets fo...
Probing Venus’ enigmatic evolution with the new Venus Simulation Laboratory at TU Delft
Probing Venus’ enigmatic evolution with the new Venus Simulation Laboratory at TU Delft
Venus is like Earth in terms of size, density, and composition. However, both bodies evolved so dramatically differently that Venus is characterized by an uninhabitable, run-away g...

Back to Top