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The image is a page from the "New England Newsclip" dated December 14, 1984. The article is titled "Geologists Use Isotopes To Sleuth Out Origins of Marble in Fogg Statue." It discusses how scientists at Harvard University used isotopic analysis to determine the geological origins of the marble used in a Roman bust of Antonia Minor, housed at the Fogg Art Museum.

Key points from the article:

1. Isotopic Analysis:

   • Scientists analyzed isotopes of carbon and oxygen in the marble to determine its origin.
   • They compared the isotopic signatures with numerous quarries to find a match.
   • The analysis revealed that the head of the statue is authentic, but two other parts (III and V) were likely taken from another classical statue, and parts IV and VI were comparatively recent additions.

2. Historical Context:

   • The bust of Antonia Minor dates back to the late 17th century and was believed to have been a plaster cast until this analysis.
   • The marble was found to come from quarries in Greece, Asia Minor, Tunisia, and Turkey.

3. Scientific Method:

   • The technique involved measuring the ratios of carbon and oxygen isotopes in the marble.
   • This method helps in identifying the geological location of the marble's origin.

4. Expert Contributions:

   • Norman Herz and David Wenner from the University of Georgia contributed to the statistical analysis.
   • Eugene Farrell from the Fogg Museum provided insights on the sculpture's history and authenticity.

5. Significance:

   • The findings are significant for art historians and archaeologists as they provide new insights into the origins and authenticity of classical art pieces.
   • The article highlights the interdisciplinary approach combining geology and art history.

The article is accompanied by an image of the bust, with different parts labeled (I, III, IV, V, VI) to indicate the areas analyzed and their respective findings.

The image is a newspaper clipping from the New England Newspaper, specifically the Harvard University Gazette, dated December 14, 1984. The article is titled "Geologists Use Isotopes To Sleuth Out Origins of Marble in Fogg Statue."

Summary of the Article:

Main Topic:
The article discusses how geologists from the University of Georgia conducted an isotopic analysis to determine the origins of marble used in a statue housed in the Fogg Museum at Harvard University. The statue in question is believed to be of Antonia Minor, a notable Roman figure.

Scientific Method:
The geologists, led by Professor Norman Herz and his colleagues David Wenner and postgraduate student Douglas Ekton, analyzed the ratios of carbon and oxygen isotopes in marble samples. By comparing these isotopic signatures with those from known ancient quarries, they could trace the marble's origin.

Findings:
The isotopic signatures of the marble used in different parts of the statue were examined. The head and possibly the bust were found to be made from marble that likely came from different quarries than the rest of the statue. Specifically:

• The head (part I) of the statue matched marble from Carrara, Italy.
• Two other parts (III and V) matched samples from other classical sources.
• Two pieces (II and IV) were recent additions and not original to the statue.

Historical Context:
The head of the statue is believed to be from the Roman era, possibly from the 1st century AD. The body might have been repaired or replaced in the 18th century, using different marble sourced from a quarry near Carrara.

Conclusion:
The scientific analysis provided evidence that the statue was pieced together from marble of different origins, likely due to repairs and restorations over time. The head, specifically, aligns with ancient Roman marble from Carrara.

The article also notes the importance of this type of analysis for understanding the history and authenticity of classical artifacts, demonstrating how modern scientific methods can aid in art history and archaeology. The author of the article is Eileen Garred.

The image is a page from the New England Newsclip, dated December 14, 1984, titled "Geologists Use Isotopes To Sleuth Out Origins of Marble in Fogg Statue." The article discusses the use of isotope analysis to determine the origins of the marble used in the bust of Antonia Minor, an ancient Roman sculpture housed in the Fogg Museum at Harvard University.

Key points from the article include:

1. Isotope Analysis: Geologists at the University of Georgia used carbon and oxygen isotopes in marble samples to determine the geological origins of the marble.
2. Authenticity and Dating: The analysis suggests that the head of the bust is authentic Roman sculpture, likely from the 1st century AD, while the ponytail and other parts are modern additions.
3. Marble Source: The marble used in the head of the bust originates from quarries in Italy, Greece, and Turkey. Specifically, the head is made from Parian marble, a type of marble from the Greek island of Paros.
4. Scientific Techniques: Using a mass spectrometer, the researchers measured the ratio of carbon and oxygen isotopes in the samples, comparing them to known marble sources.
5. Historical Context: The article mentions that Antonia Minor was a well-known figure in ancient Rome, and the bust was previously thought to be a single piece of Roman sculpture.
6. Artistic and Historical Significance: The bust is an important piece of Roman art, and the findings provide insights into the practices of ancient sculptors and the reuse of marble in classical sculptures.

The article also includes an illustration of the bust of Antonia Minor with different parts labeled, showing which sections are original and which are later additions. The text emphasizes the significance of the findings for understanding the provenance and history of classical sculptures.

The image is a newspaper clipping from the Harvard University Gazette, dated December 14, 1984. The article, titled "Geologists Use Isotopes To Sleuth Out Origins of Marble in Fogg Statue," discusses a scientific investigation into the origins of the marble used in the bust of Antonia Minor, housed in the Fogg Museum.

Key points of the article include:

1. Investigation Process:

   • Researchers analyzed isotopes of carbon and oxygen in marble samples from various quarries in Italy, Greece, Tunisia, and Turkey.
   • The study was conducted using a mass spectrometer to measure the ratios of carbon-12 to carbon-13 and oxygen-16 to oxygen-18.
   • These ratios help determine the geological origin of the marble.

2. Findings:

   • The head of the bust of Antonia Minor was found to be from a different quarry than the rest of the statue.
   • The head was likely taken from another classical statue.
   • The ponytail and lower left shoulder were also found to be from different quarries and were comparatively recent additions.

3. Authenticity:

   • The head of the bust was confirmed to be authentic, dating back to the Roman era.
   • The rest of the statue was determined to be from the 17th century and later.

4. Expert Involvement:

   • David Herz, a geologist from the University of Georgia, and David Wenner, a geochemist from the University of Miami, were involved in the analysis.
   • The scientific findings were presented at the Geological Society of America meeting and confirmed through various tests, including ultraviolet light, spectroscopic analysis, and microscopic examinations.

5. Historical Significance:

   • The bust of Antonia Minor is a significant artifact, originally part of a Roman sculpture from ancient times.
   • The study highlights the use of modern scientific techniques to authenticate and trace the origins of ancient artifacts.

6. Collaboration:

   • The collaboration between geologists and art historians was crucial in confirming the authenticity and tracing the origins of the statue.

The article concludes with a quote from Eileen Garred, emphasizing the importance of this study in understanding the history and authenticity of classical sculptures.

The image is a page from a newspaper article titled "Geologists Use Isotopes To Sleuth Out Origins of Marble in Fogg Statue," dated December 14, 1984. The article is published in the New England Newsclip, a publication associated with Harvard University.

The main focus of the article is the investigation into the origins of the marble used in the statue of Antonia Minor, a sculpture housed at the Fogg Museum. Geologists at the University of Georgia have employed isotopic analysis to determine the origin of the marble.

Key points from the article include:

• The analysis of carbon and oxygen isotopes in marble samples from various quarries across Italy, Greece, Tunisia, and Turkey.
• The team led by geologist Heinz Herz and geochemist David Weiner used this method to trace the provenance of the statue's marble.
• The head of the statue was found to have been made from a specific marble quarry in Italy, while other parts likely came from other quarries.
• The bust of Antonia Minor was authenticated as Roman, dating from the first century AD, with a likely origin in Rome.
• The analysis revealed that the bust was possibly a restoration, with the original head having been lost.
• The findings suggest that the statue's lower body parts might be relatively recent additions.

The article also includes a small illustration depicting the isotopic signature test results, showing different parts of the statue with varying signatures, and highlights the use of isotopic techniques to authenticate and trace the marble's origins.

The scientific approach has enabled the team to determine the marble's likely sources and the authenticity of various parts of the statue, thereby providing insights into the historical and artistic context of the Fogg Museum's collection.

The image depicts a newspaper article from the New England Newsclip, specifically from the Harvard University Gazette, dated December 14, 1984. The headline of the article is "Geologists Use Isotopes To Sleuth Out Origins of Marble in Fogg Statue."

The article discusses how geologists from the University of Georgia, led by Antonina Minora, used isotopic analysis to determine the origins of the marble used in a statue at the Fogg Museum, which is a bust of Antonina Minor. The scientists analyzed the ratios of carbon and oxygen isotopes in marble samples to identify the source of the marble.

The analysis revealed that the head of the statue was likely carved from marble that came from the Docimium region in Turkey, while the body was made from Carrara marble, which is typically associated with Italy. This discrepancy suggests that the statue may have been assembled from parts that originated in different regions.

The article also mentions that this isotopic method can be applied to other marble sculptures to verify their authenticity and trace their origins. The research was presented at the Geological Society of America meeting in San Antonio.

There is an accompanying illustration showing the bust of Antonina Minor, with labeled parts indicating where samples were taken for analysis. The illustration is credited to the Fogg Art Museum.

This image displays a newspaper clipping from the New England Weekly Harvard University Gazette, dated December 14, 1984. The article is headlined "Geologists Use Isotopes To Sleuth Out Origins of Marble in Fogg Statue." It discusses the scientific analysis of marble samples to determine the geographical origins of a statue. The article appears to be technical and scientific in nature, mentioning various locations like the island of Thasos, Asia Minor, and Pentelikon.

Two black and white photographs accompany the text. They show the statue from different angles—side and back view. The photographs have labels with arrows pointing to various parts of the statue including the head, with descriptions relating to the geology and composition of the marble. The visuals and the article together suggest that the geologists are using isotope ratios as forensic tools to trace the provenance of marble used in historical artworks.

There's also a mention of Dr. Norman Herz and Dr. S.T. Ramage regarding their work on these statues, with Herz at the University of Georgia and Ramage quoted as from the department of history at Auburn University.

Lastly, the article touches upon the historical and cultural significance of marble statues, with a nod to the Renaissance and applications of scientific methodologies in the study of art history.

The image is a scanned page from a newspaper, dated December 14, 1984, titled "New England Newsclip Harvard University Gazette Cambridge, MA." The article focuses on a scientific investigation into the origins of a marble bust of Antonia Minor, which is housed in the Fogg Museum at Harvard University. The article discusses how geologists used isotope analysis to determine the authenticity and origin of the marble.

The article includes a detailed explanation of the scientific method used, which involves analyzing the isotopic signatures of carbon and oxygen in the marble. These isotopes provide clues about the geological location and time period from which the marble was sourced. The article mentions that the analysis revealed the bust to be authentic, with some parts being original and others added later.

The article also includes an interview with Norman Herz, a geologist who led the study, and David Wengrow, a historian. They discuss the implications of the findings for understanding the bust's history and the broader context of classical art. The article concludes with the perspective of a Fogg Museum conservation scientist, who emphasizes the importance of the scientific evidence in establishing the bust's authenticity.

The page contains a mix of text and images, including a diagram of the bust with labeled parts and a photograph of the bust itself. The layout is typical of a newspaper article, with headings, subheadings, and paragraphs of text, interspersed with images to illustrate the content.

The image shows a newspaper clipping from the Harvard University Gazette, dated December 14, 1984. The article is titled "Geologists Use Isotopes To Sleuth Out Origins of Marble in Fogg Statue." The article discusses the use of isotopes of carbon and oxygen in marble samples to determine the geological location of the marble used in ancient artifacts. Scientists at the University of Georgia have amassed a large database to accurately determine the marble's origin.

The article features two images of the bust of Antonia Minor, a Roman sculpture at the Fogg Museum. The bust has been the subject of debate regarding its authenticity and whether it has been repaired or restored. Geologists Norman Herz and David Wenker analyzed the marble and concluded that the head and the bust were likely from different quarries. The article also mentions the collaboration between geologists and art historians in determining the authenticity and origin of ancient artifacts.

The image shows a newspaper clipping from the Harvard University Gazette, dated December 14, 1984. The article is titled "Geologists Use Isotopes To Sleuth Out Origins of Marble in Fogg Statue" and features a black-and-white photograph of a marble bust of Antonia Minor, the mother of Claudius Caesar.

The article discusses how geologists used isotopes to determine the origin of the marble used in the statue, which was previously thought to be from ancient Rome. The researchers analyzed samples from the statue and compared them to samples from other marble quarries around the world. They found that the marble in the statue came from a quarry in Greece, rather than Rome.

The article also mentions that the statue is now on display at the Fogg Museum at Harvard University, where it is considered one of the most important works of art in the collection. The article concludes by noting that the use of isotopes to determine the origin of marble is a new and exciting field of research, and that it has the potential to revolutionize our understanding of ancient art and architecture.

Overall, the image provides a fascinating glimpse into the world of art history and the scientific methods used to uncover the secrets of the past.