Release Summary for Week of February 17, 2025

Overview

• Total releases this week: 68
• Period: February 17 - February 23, 2025

Release Details

Daily Check #2025-02-23_01-27-01

• Tag: daily-2025-02-23_01-27-01
• Released: February 23, 2025 01:27 UTC
• Author: @github-actions[bot]

Release Notes

Daily Check Report

Check Date: 2025-02-23 01:27:06

Status

No new records found - using previous dataset

Latest Record

Record ID: 000711953

Record Counts

Total Records: 105249

Daily Check #2025-02-22_01-19-41

• Tag: daily-2025-02-22_01-19-41
• Released: February 22, 2025 01:19 UTC
• Author: @github-actions[bot]

Release Notes

Daily Check Report

Record Changes

Latest Record ID: 000711953 Previous Record ID: 000711399

Total Records: 105249 Previous Records: 105248 New Records Added: 2

New Record IDs:

• 000711953: Element Unspecified [Mesh] [CT]
• 000711399: Postcranial [CTImageSeries] [CT]

Data Comparison

Previous records: 105248 Current records: 105249 Difference: 1

Attestation

Daily Dataset: https://github.com/johntrue15/NOCTURN-X-ray-repo/attestations/5126665

CT Image Analysis #2025-02-21_21-26-47

• Tag: ct_image_analysis-2025-02-21_21-26-47
• Released: February 21, 2025 21:23 UTC
• Author: @johntrue15

Release Notes

Analysis for MorphoSource release: morphosource-updates-2025-02-21_21-23-31

To conduct an analysis of the 3D X-ray CT scan images provided, let's break it down into structural characteristics, material composition, and notable features or anomalies.

Structural Characteristics

1. Body Orientation and Posture:

   • The images present various orientations of the specimen, indicating its anatomical posture. The skeletal structure appears to be upright in some views, reflecting a bipedal stance (common in many vertebrates).

2. Skeletal Framework:

   • Visible skeletal elements include the skull, vertebrae, rib cage, limbs, and possibly the pelvis. The clear silhouette of long bones suggests a robust frame, which may imply strength or adaptability for mobility.

3. Details of Anatomical Features:

   • The limb bones exhibit articulation details at joints that would allow for flexibility. The skull appears well-defined with various cranial structures, emphasizing the specimen's capacity for sensory functions.

Material Composition

• The CT scans suggest a primary organic material composition typical of skeletal structures, primarily bone, which is dense and mineralized, demonstrating a capability for high-resolution imaging.
• The translucency in the images may indicate differing densities within materials, pointing to variations in mineral content or the presence of other tissues (such as cartilage) in adjacent areas.

Notable Features or Anomalies

1. Anomalies:

   • Any inconsistencies in bone density or structural alignment across different views could suggest pathological conditions like fractures or deformities that require further investigation.

2. Morphological Variations:

   • Noteworthy morphological variations can be spotted in certain bones, like unusual markings on the skull or irregularities in the vertebrae, which could hint at environmental adaptations or developmental anomalies.

3. Spatial Relationships:

   • The images allow for an examination of how various anatomical sections relate spatially, which is crucial for understanding movement mechanics and evolutionary implications.

Conclusion

Overall, the 3D CT scans offer a comprehensive look at the specimen's skeletal framework, revealing insights into its structure, potential locomotion capabilities, and overall health. Further analyses, including comparative studies with known species or additional imaging techniques, could yield deeper biological insights and evolutionary significance.

Orientation Views

The following orientation views were captured:

• Default (Y+ Up)
• Upside Down (Y- Up)
• Forward 90° (Z- Up)
• Back 90° (Z+ Up)

See attached images for details.

MorphoSource Updates #2025-02-21_21-23-31

• Tag: morphosource-updates-2025-02-21_21-23-31
• Released: February 21, 2025 01:22 UTC
• Author: @johntrue15

Release Notes

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 105158).

New Record #105159 Title: Element Unspecified [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000711953?locale=en Object: MVZ:Mamm:MVZ:Mamm:9387 Taxonomy: Dipodomys deserti deserti Data Manager: Leila Siciliano-Martina Date Uploaded: 02/21/2025 Publication Status: Restricted Download Rights Statement: In Copyright - Non-Commercial Use Permitted

Daily Check #2025-02-21_01-21-58

• Tag: daily-2025-02-21_01-21-58
• Released: February 21, 2025 01:22 UTC
• Author: @github-actions[bot]

Release Notes

Daily Check Report

Check Date: 2025-02-21 01:22:18

Status

No new records found - using previous dataset

Latest Record

Record ID: 000711399

Record Counts

Total Records: 105248

CT to Text Analysis #2025-02-21_21-23-58

• Tag: ct_to_text_analysis-2025-02-21_21-23-58
• Released: February 21, 2025 01:22 UTC
• Author: @github-actions[bot]

Release Notes

Dipodomys deserti deserti, commonly known as the desert kangaroo rat, is an extraordinary rodent uniquely adapted to thrive in harsh arid environments. The CT scan of specimen MVZ:Mamm:MVZ:Mamm:9387 provides a comprehensive, three-dimensional view of its intricate anatomy, revealing several notable morphological features. One striking aspect highlighted by the scan is the rat’s specialized hind limbs and elongated feet, which are essential for its distinctive bipedal hopping locomotion. This adaptation not only allows for efficient movement across sandy terrains but also helps in conserving energy, a crucial advantage in environments with scarce resources.

Additionally, the skeletal structure visible through the CT imaging showcases a lightweight yet robust framework, supporting both agility and strength. The detailed visualization of the skull and dental structures offers insights into its foraging behavior and dietary preferences, indicating specialized teeth for grinding seeds and other plant materials. The internal organs, including the highly efficient kidneys and advanced respiratory system, are also clearly depicted, underscoring the species’ ability to maintain hydration and regulate body temperature in extreme desert conditions.

This high-resolution CT scan is invaluable for scientists studying the evolutionary adaptations that enable Dipodomys deserti deserti to survive and flourish in desert ecosystems. By examining the detailed morphological features revealed by the scan, researchers can gain a deeper understanding of the physiological and anatomical strategies that underpin the species’ resilience and success. Such studies not only contribute to our knowledge of this specific rodent but also offer broader insights into mammalian adaptation and evolution in challenging environments.

Daily Check #2025-02-20_01-21-35

• Tag: daily-2025-02-20_01-21-35
• Released: February 20, 2025 01:21 UTC
• Author: @github-actions[bot]

Release Notes

Daily Check Report

Check Date: 2025-02-20 01:21:39

Status

No new records found - using previous dataset

Latest Record

Record ID: 000711399

Record Counts

Total Records: 105248

CT Slice Analysis #2025-02-19_21-30-33

• Tag: ct_slice_analysis-2025-02-19_21-30-33
• Released: February 19, 2025 21:26 UTC
• Author: @johntrue15

Release Notes

Analysis for MorphoSource release: morphosource-updates-2025-02-19_21-26-45

CT Slice Analysis:

The images you provided appear to be computer tomography (CT) slices of an object or specimen. Each slice is presented in gray scale, which is typical for CT imaging, showing variations in density.

1. First to Third Images: The object appears roughly block-like with varying surface details visible, likely suggesting complex internal structure.

2. Middle Images: You can see possible features like curves and perhaps indentations or protrusions, indicating varying thickness or composition.

3. Last Images: The images provide a clearer definition of the object's contours, hinting potentially at functional parts or aspects of the structure.

Overall, the slices may represent a specimen with interesting morphological characteristics that could be useful for further examination or study.

MorphoSource Updates #2025-02-19_21-26-45

• Tag: morphosource-updates-2025-02-19_21-26-45
• Released: February 19, 2025 21:15 UTC
• Author: @johntrue15

Release Notes

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found -12 new record(s) (old record value: 105170).

New Record #105158 Title: Postcranial [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000711399?locale=en Object: IGM:100/3640 Taxonomy: Shuvuuia deserti Element or Part: postcranial Data Manager: AMNH VP Team Date Uploaded: 02/18/2025 Publication Status: Restricted Download Rights Statement: In Copyright

New Record #105157 Title: Intramandibublar Joint [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000711348?locale=en Object: ua:8709 Taxonomy: Majungasaurus crenatissimus Element or Part: intramandibublar joint Data Manager: Joseph Groenke Date Uploaded: 02/18/2025 Publication Status: Restricted Download Rights Statement: In Copyright CC License: Creative Commons BY-NC-ND Attribution-NonCommercial-NoDerivs 4.0 International

New Record #105156 Title: Intramandibublar Joint [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000711345?locale=en Object: ua:8709 Taxonomy: Majungasaurus crenatissimus Element or Part: intramandibublar joint Data Manager: Joseph Groenke Date Uploaded: 02/18/2025 Publication Status: Restricted Download Rights Statement: In Copyright CC License: Creative Commons BY-NC-ND Attribution-NonCommercial-NoDerivs 4.0 International

CT to Text Analysis #2025-02-19_21-27-10

• Tag: ct_to_text_analysis-2025-02-19_21-27-10
• Released: February 19, 2025 21:15 UTC
• Author: @github-actions[bot]

Release Notes

Shuvuuia deserti – Postcranial Anatomy Revealed by CT Imaging

The recent CT scan of Shuvuuia deserti, a small theropod dinosaur known for its bird-like characteristics, offers an unprecedented glimpse into its postcranial anatomy. The scanned specimen, cataloged as IGM:100/3640, allows researchers to examine the skeletal structure beyond the skull without invasive procedures. Notable features revealed by the CT imaging include the delicate limb bones, which suggest a highly agile and potentially fast-moving creature adapted to its arid environment. The vertebral column appears flexible yet robust, indicating a balance between agility and stability. Additionally, the scan highlights the intricate structure of the pelvic region, providing insights into its locomotion and possible nesting behaviors. By analyzing these morphological details, scientists can better understand the evolutionary adaptations that Shuvuuia deserti developed, shedding light on its ecological niche and its place within the diverse theropod lineage. This comprehensive view of the postcranial skeleton is invaluable for reconstructing the life history and functional biology of this intriguing dinosaur.

Majungasaurus crenatissimus – Intramandibular Joint Insights from CT Scans

Two recent CT scans of Majungasaurus crenatissimus, a formidable carnivorous dinosaur from Madagascar, focus on its intramandibular joint, providing critical insights into its feeding mechanics and jaw strength. The first scan, labeled as a mesh model, allows for a detailed three-dimensional visualization of the joint's surface architecture. This reveals the articulation surfaces and the complexity of the joint, suggesting a highly efficient mechanism for powerful biting and tearing. The second scan, an CT image series, offers a comprehensive view of the internal bone structure and the spatial relationships between different skeletal elements. Together, these scans highlight the robust nature of the mandible and the specialized adaptations that Majungasaurus crenatissimus possessed for processing large prey. Understanding the intricacies of the intramandibular joint aids paleontologists in reconstructing the feeding behavior and ecological role of this apex predator. Moreover, these detailed anatomical insights contribute to broader discussions on the diversity of feeding strategies among theropod dinosaurs and their evolutionary success in various prehistoric ecosystems.

Majungasaurus crenatissimus – Comprehensive CT Image Series of the Intramandibular Joint

Expanding on the anatomical exploration of Majungasaurus crenatissimus, the CT image series of its intramandibular joint provides an in-depth look at the dinosaur's jaw mechanics. This comprehensive set of images captures the fine details of the bone structure, including the arrangement of muscle attachment sites and the articulation points that facilitated powerful jaw movements. The high-resolution scans reveal the interlocking features of the mandibles, indicating a specialized system for withstanding the immense forces generated during feeding. Additionally, the internal morphology suggests the presence of connective tissues that would have enhanced the joint's flexibility and durability. These findings are crucial for understanding how Majungasaurus crenatissimus was able to exert such formidable bite forces, making it one of the top predators of its time. Furthermore, the data gleaned from these scans contribute to comparative studies with other theropods, offering broader evolutionary insights into the development of jaw mechanics and feeding strategies in large carnivorous dinosaurs. This detailed anatomical knowledge not only enriches our understanding of Majungasaurus crenatissimus itself but also informs the study of dinosaurian biology and their ecological interactions.

CT Slice Analysis #2025-02-19_21-19-42

• Tag: ct_slice_analysis-2025-02-19_21-19-42
• Released: February 19, 2025 21:15 UTC
• Author: @johntrue15

Release Notes

Analysis for MorphoSource release: morphosource-updates-2025-02-19_21-15-39

CT Slice Analysis:

The images you provided appear to be cross-sectional CT scans, likely representing slices of an object or specimen. Here's a general description of what can be observed in the sequence:

1. Appearance: Each slice shows a different cross-section of the sample, which could suggest variations in density or composition. The images consist of various shades of gray, indicating different materials or structures.

2. Orientation and Shape: The object appears to have an irregular shape, likely with more complex features at different depths. The contours may suggest it is an organic structure or a fossil, showing natural undulations and variations.

3. Details: Some slices display increased detail in certain regions, such as textures or patterns that could indicate internal features or surface characteristics.

4. Positioning: The subject seems to be oriented in a consistent manner across the slices, allowing for comparative analysis of features as the slices progress.

If you have specific questions or need further analysis regarding particular features, please let me know!

MorphoSource Updates #2025-02-19_21-15-39

• Tag: morphosource-updates-2025-02-19_21-15-39
• Released: February 19, 2025 20:58 UTC
• Author: @johntrue15

Release Notes

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found -41 new record(s) (old record value: 105211).

New Record #105170 Title: Postcranial [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000711399?locale=en Object: IGM:100/3640 Taxonomy: Shuvuuia deserti Element or Part: postcranial Data Manager: AMNH VP Team Date Uploaded: 02/18/2025 Publication Status: Restricted Download Rights Statement: In Copyright

New Record #105169 Title: Intramandibublar Joint [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000711348?locale=en Object: ua:8709 Taxonomy: Majungasaurus crenatissimus Element or Part: intramandibublar joint Data Manager: Joseph Groenke Date Uploaded: 02/18/2025 Publication Status: Restricted Download Rights Statement: In Copyright CC License: Creative Commons BY-NC-ND Attribution-NonCommercial-NoDerivs 4.0 International

New Record #105168 Title: Intramandibublar Joint [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000711345?locale=en Object: ua:8709 Taxonomy: Majungasaurus crenatissimus Element or Part: intramandibublar joint Data Manager: Joseph Groenke Date Uploaded: 02/18/2025 Publication Status: Restricted Download Rights Statement: In Copyright CC License: Creative Commons BY-NC-ND Attribution-NonCommercial-NoDerivs 4.0 International

CT to Text Analysis #2025-02-19_21-16-10

• Tag: ct_to_text_analysis-2025-02-19_21-16-10
• Released: February 19, 2025 20:58 UTC
• Author: @github-actions[bot]

Release Notes

Shuvuuia deserti Postcranial CT Scan

The Shuvuuia deserti specimen, captured in a detailed postcranial CT scan, offers an unprecedented glimpse into the skeletal framework of this enigmatic theropod dinosaur. Shuvuuia, known for its bird-like characteristics, inhabited the arid regions of Late Cretaceous Mongolia. The CT imaging reveals intricate details of the limb bones, vertebral column, and pelvic structure, shedding light on its locomotive adaptations. Notably, the scans highlight the lightweight yet robust bone architecture, suggesting a balance between agility and strength, which may have been essential for navigating its desert habitat. The preservation of fine anatomical features, such as muscle attachment sites and joint articulations, provides valuable information on the dinosaur's movement patterns and possible behaviors. Understanding the postcranial morphology through these scans enhances our knowledge of Shuvuuia's evolutionary relationships, particularly its link to early birds, and offers insights into how it adapted to its ecological niche. These high-resolution images are instrumental in reconstructing the biomechanics of Shuvuuia deserti, allowing scientists to explore hypotheses about its lifestyle, whether it be ground-dwelling or capable of brief periods of gliding.

Majungasaurus crenatissimus Intramandibular Joint Mesh

The Majungasaurus crenatissimus intramandibular joint, meticulously rendered through a CT-generated mesh, provides a comprehensive view of the jaw mechanics of this formidable abelisaurid theropod from Madagascar. Majungasaurus, renowned for its robust skull and powerful bite, showcases unique adaptations in its jaw structure that are pivotal for understanding its feeding strategies and ecological role. The CT mesh reveals the complex articulation between the upper and lower jaw bones, highlighting features such as specialized ligament attachment points and the arrangement of articulating surfaces. These anatomical details suggest a highly efficient system for force transmission during biting, potentially allowing Majungasaurus to tackle prey with considerable strength and precision. Additionally, the mesh underscores subtle morphological nuances that differentiate Majungasaurus from other theropods, offering clues about its niche specialization and evolutionary pathways. By examining the intricate joint structures, researchers can infer the range of motion and mechanical advantages that Majungasaurus possessed, contributing to broader discussions on theropod diversity and adaptation. This detailed visualization serves as a critical tool for paleontologists aiming to reconstruct the life habits and functional anatomy of one of Madagascar’s apex predators.

Majungasaurus crenatissimus Intramandibular Joint CT Image Series

The intramandibular joint of Majungasaurus crenatissimus, depicted through a comprehensive CT image series, unveils the dynamic interplay of skeletal elements that facilitated this dinosaur's powerful jaw movements. Majungasaurus, a key member of the Abelisauridae family, exhibited distinctive cranial features that have long intrigued paleontologists. The sequential CT images allow for an in-depth analysis of the joint's three-dimensional structure, revealing the alignment and interaction of bone surfaces during jaw articulation. This detailed visualization highlights the robustness of the jaw joint, suggesting an ability to withstand significant mechanical stress, likely necessary for processing large or tough prey items. Moreover, the CT series illuminates the presence of fine-scale anatomical structures, such as muscle attachment points and possible pathways for tendons and ligaments, which play crucial roles in the mechanics of biting and chewing. By studying these images, scientists can better understand the functional morphology of Majungasaurus's feeding apparatus, providing insights into its predatory behavior and ecological impact. The ability to observe the joint from multiple angles enhances the accuracy of biomechanical models, fostering a deeper comprehension of how Majungasaurus interacted with its environment and competed with other apex predators during the Late Cretaceous period.

MorphoSource Updates #2025-02-19_20-58-47

• Tag: morphosource-updates-2025-02-19_20-58-47
• Released: February 19, 2025 20:51 UTC
• Author: @johntrue15

Release Notes

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found -10 new record(s) (old record value: 105221).

New Record #105211 Title: Postcranial [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000711399?locale=en Object: IGM:100/3640 Taxonomy: Shuvuuia deserti Element or Part: postcranial Data Manager: AMNH VP Team Date Uploaded: 02/18/2025 Publication Status: Restricted Download Rights Statement: In Copyright

New Record #105210 Title: Intramandibublar Joint [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000711348?locale=en Object: ua:8709 Taxonomy: Majungasaurus crenatissimus Element or Part: intramandibublar joint Data Manager: Joseph Groenke Date Uploaded: 02/18/2025 Publication Status: Restricted Download Rights Statement: In Copyright CC License: Creative Commons BY-NC-ND Attribution-NonCommercial-NoDerivs 4.0 International

New Record #105209 Title: Intramandibublar Joint [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000711345?locale=en Object: ua:8709 Taxonomy: Majungasaurus crenatissimus Element or Part: intramandibublar joint Data Manager: Joseph Groenke Date Uploaded: 02/18/2025 Publication Status: Restricted Download Rights Statement: In Copyright CC License: Creative Commons BY-NC-ND Attribution-NonCommercial-NoDerivs 4.0 International

CT to Text Analysis #2025-02-19_20-59-11

• Tag: ct_to_text_analysis-2025-02-19_20-59-11
• Released: February 19, 2025 20:51 UTC
• Author: @github-actions[bot]

Release Notes

Shuvuuia deserti – Postcranial CT Scan

The Shuvuuia deserti specimen, a small theropod dinosaur from the Late Cretaceous period, has undergone a comprehensive postcranial CT scanning process. This advanced imaging technique allows scientists to explore the intricate details of its skeletal structure without causing any damage to the fragile fossils. By examining the postcranial elements—the bones behind the skull—researchers can gain valuable insights into the dinosaur’s locomotion, posture, and overall biomechanics. Notable features revealed by the CT scans include the unique configuration of the limb bones, which suggest adaptations for swift, agile movements, possibly aiding in its predatory lifestyle. Additionally, the scans provide a clearer view of the vertebral column and ribcage, shedding light on the respiratory mechanics and flexibility of the spine. Understanding these anatomical aspects is crucial for reconstructing the behavior and ecological niche of Shuvuuia deserti. Moreover, the detailed internal structures uncovered through CT imaging contribute to our knowledge of theropod diversity and evolution, offering comparisons with both contemporary and ancestral species. These findings not only enhance our comprehension of Shuvuuia’s biology but also help in piecing together the broader picture of dinosaur evolution and their adaptations to their environments.

Majungasaurus crenatissimus – Intramandibular Joint Mesh

The Majungasaurus crenatissimus, a formidable carnivorous dinosaur from Madagascar’s Late Cretaceous, has been the subject of a detailed intramandibular joint mesh reconstruction through CT scanning. This specialized scan focuses on the joint within the dinosaur’s mandible, providing a three-dimensional model that highlights the articulation and movement dynamics of its jaw. The intramandibular joint is a critical component for understanding how Majungasaurus processed its prey, as it influences biting strength, gape range, and the overall feeding mechanics. The mesh data reveals the intricate connections between the jaw bones, showcasing how this dinosaur could exert substantial force while maintaining flexibility. Such detailed anatomical information allows paleontologists to infer the feeding strategies and dietary preferences of Majungasaurus, offering clues about its role in the ecosystem and its interactions with other contemporary species. Additionally, the study of the joint’s structure contributes to the broader knowledge of theropod jaw mechanics, enabling comparisons with other large predators and enhancing our understanding of evolutionary adaptations in carnivorous dinosaurs. This CT-based analysis is instrumental in reconstructing the life history of Majungasaurus crenatissimus, providing a window into the functional morphology that supported its success as a top predator.

Majungasaurus crenatissimus – Intramandibular Joint CT Image Series

Complementing the mesh reconstruction, the intramandibular joint CT image series of Majungasaurus crenatissimus offers a comprehensive visual exploration of the dinosaur’s jaw mechanics. These high-resolution CT images provide cross-sectional views of the jaw components, allowing for an in-depth analysis of the bone density, structure, and articulation points. By examining these slices, researchers can identify areas of stress and strain, which are indicative of the forces exerted during biting and chewing. The detailed imagery helps in mapping the spatial relationships between the mandibular bones, ligaments, and other soft tissues that are otherwise invisible in traditional fossil examinations. Such insights are essential for understanding how Majungasaurus could generate powerful bites and sustain its predatory lifestyle. Additionally, the CT image series facilitates the identification of any pathologies or anomalies in the fossilized remains, offering information about the health and possible injuries of the individual. This thorough examination not only enhances the anatomical knowledge of Majungasaurus crenatissimus but also contributes to the reconstruction of its behavioral patterns and ecological interactions. Overall, the intramandibular joint CT image series is a vital resource for paleontologists, providing a foundational basis for further studies on the functional morphology and evolutionary biology of this impressive dinosaur species.

CT Slice Analysis #2025-02-19_20-55-44

• Tag: ct_slice_analysis-2025-02-19_20-55-44
• Released: February 19, 2025 20:51 UTC
• Author: @johntrue15

Release Notes

Analysis for MorphoSource release: morphosource-updates-2025-02-19_20-51-56

CT Slice Analysis:

The images you provided appear to be representations of CT slices. They show a variety of cross-sectional views of a specimen, which seems to have a complex shape and structure.

1. Overall Characteristics: The slices feature variations in brightness, indicating different densities or materials within the specimen. Lighter areas likely denote denser regions, while darker areas suggest less dense materials.

2. Complex Shapes: The specimen appears to have uneven surfaces and possibly multiple interconnected parts. This might suggest it is a composite object or perhaps an anatomical feature.

3. Sequential Views: The series of images shows different cross-sections, illustrating the internal structure of the specimen. This can be useful for understanding its three-dimensional shape and anatomy.

4. Texture Details: Some slices highlight textured surfaces, which may indicate features such as striations, markings, or other unique formations.

Overall, these CT slices provide a detailed view for analysis, which can be valuable in various fields such as biology, archaeology, or material science.

MorphoSource Updates #2025-02-19_20-51-56

• Tag: morphosource-updates-2025-02-19_20-51-56
• Released: February 19, 2025 19:48 UTC
• Author: @johntrue15

Release Notes

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found -6 new record(s) (old record value: 105227).

New Record #105221 Title: Postcranial [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000711399?locale=en Object: IGM:100/3640 Taxonomy: Shuvuuia deserti Element or Part: postcranial Data Manager: AMNH VP Team Date Uploaded: 02/18/2025 Publication Status: Restricted Download Rights Statement: In Copyright

New Record #105220 Title: Intramandibublar Joint [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000711348?locale=en Object: ua:8709 Taxonomy: Majungasaurus crenatissimus Element or Part: intramandibublar joint Data Manager: Joseph Groenke Date Uploaded: 02/18/2025 Publication Status: Restricted Download Rights Statement: In Copyright CC License: Creative Commons BY-NC-ND Attribution-NonCommercial-NoDerivs 4.0 International

New Record #105219 Title: Intramandibublar Joint [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000711345?locale=en Object: ua:8709 Taxonomy: Majungasaurus crenatissimus Element or Part: intramandibublar joint Data Manager: Joseph Groenke Date Uploaded: 02/18/2025 Publication Status: Restricted Download Rights Statement: In Copyright CC License: Creative Commons BY-NC-ND Attribution-NonCommercial-NoDerivs 4.0 International

CT to Text Analysis #2025-02-19_20-52-23

• Tag: ct_to_text_analysis-2025-02-19_20-52-23
• Released: February 19, 2025 19:48 UTC
• Author: @github-actions[bot]

Release Notes

Shuvuuia deserti – Postcranial Anatomy Revealed Through CT Imaging

The recent CT scan of Shuvuuia deserti, a small theropod dinosaur known from the Late Cretaceous of Mongolia, offers an unprecedented look into its postcranial anatomy—the structural framework behind the skull. Utilizing advanced X-ray computed tomography, researchers have captured detailed images of the skeletal elements, providing insights into the dinosaur's locomotion and lifestyle. Notably, the scans reveal the intricate structure of the vertebrae and limb bones, suggesting adaptations for swift, agile movement. The fusion patterns in the vertebral column and the morphology of the limb joints indicate a creature well-suited for rapid bursts of speed, likely aiding in hunting small prey or evading predators. Additionally, the detailed visualization of the pelvic region offers clues about the dinosaur's stance and balance. This comprehensive internal view not only enhances our understanding of Shuvuuia deserti's physical capabilities but also contributes to broader discussions on the diversity and evolution of theropod dinosaurs in their ecosystems.

Majungasaurus crenatissimus – Intramandibular Joint Explored via CT Image Series

In an exciting development, Majungasaurus crenatissimus, a formidable theropod from Madagascar's Late Cretaceous period, has undergone detailed CT imaging focusing on its intramandibular joint—the hinge connecting the two halves of its lower jaw. These high-resolution CT image series allow scientists to examine the joint's intricate anatomy without damaging the fossil, revealing how the jaws operated during feeding. The scans show a complex arrangement of bones and possible soft tissue attachments, suggesting a highly flexible and powerful biting mechanism. This flexibility could have enabled Majungasaurus to exert significant force, necessary for processing tough prey or breaking through the shells of armored contemporaries. Understanding the mechanics of the intramandibular joint also sheds light on the evolutionary adaptations that distinguished Majungasaurus from other theropods, highlighting its specialized role in its prehistoric ecosystem. These insights contribute to reconstructing the feeding behaviors and ecological interactions of this apex predator, enriching our knowledge of dinosaur diversity and adaptation.

Majungasaurus crenatissimus – Detailed Mesh Analysis of the Intramandibular Joint

Complementing the CT image series, the recent mesh reconstruction of the intramandibular joint of Majungasaurus crenatissimus provides a three-dimensional model that enhances our comprehension of its jaw mechanics. By translating the CT data into a detailed mesh, researchers can manipulate and study the joint from various angles, offering a clearer picture of its structural integrity and functional capabilities. The mesh highlights the articulation surfaces and the distribution of stress across the joint during movement, which suggests a combination of rigidity and flexibility tailored for powerful biting. Additionally, the model may reveal asymmetries or unique features that hint at specialized feeding strategies, such as targeting specific prey types or processing food in a particular manner. This digital reconstruction not only preserves the delicate fossil remains by minimizing physical handling but also serves as a valuable tool for comparative studies with other theropods. The enhanced understanding of the intramandibular joint's design and functionality in Majungasaurus opens new avenues for exploring the evolutionary innovations that facilitated its success as a dominant predator in its environment.

CT Slice Analysis #2025-02-19_19-52-08

• Tag: ct_slice_analysis-2025-02-19_19-52-08
• Released: February 19, 2025 19:48 UTC
• Author: @johntrue15

Release Notes

Analysis for MorphoSource release: morphosource-updates-2025-02-19_19-48-56

CT Slice Analysis:

The images you provided are a series of CT slices that likely represent a three-dimensional scan of an object or specimen, showcasing cross-sectional views. Here are some general observations regarding the slices:

1. Structure Visualization: The images appear to highlight the shape and internal structure of an object. They present varying angles and orientations, revealing details about its composition.

2. Gradients of Density: The slices exhibit variations in brightness, which might indicate differences in density or material composition within the object. Lighter areas typically represent denser materials, while darker areas depict less dense regions.

3. Surface Texture: There are visible textural details on the object’s surfaces, suggesting complexities in its geometry or structure. This could be indicative of biological features, geological formations, or artifacts depending on the context of the CT scan.

4. Relational Size: The slices provide an opportunity to analyze the proportions and relationships between different parts of the object and any potential features of interest.

5. Section Progression: The series of images likely depicts sequential slices through the object, enabling a comprehensive understanding of its three-dimensional form when viewed collectively.

If you have specific aspects or features of the images you would like to discuss further, please let me know!

MorphoSource Updates #2025-02-19_19-48-56

• Tag: morphosource-updates-2025-02-19_19-48-56
• Released: February 19, 2025 15:40 UTC
• Author: @johntrue15

Release Notes

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found -1 new record(s) (old record value: 105228).

New Record #105227 Title: Postcranial [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000711399?locale=en Object: IGM:100/3640 Taxonomy: Shuvuuia deserti Element or Part: postcranial Data Manager: AMNH VP Team Date Uploaded: 02/18/2025 Publication Status: Restricted Download Rights Statement: In Copyright

CT to Text Analysis #2025-02-19_19-49-25

• Tag: ct_to_text_analysis-2025-02-19_19-49-25
• Released: February 19, 2025 15:40 UTC
• Author: @github-actions[bot]

Release Notes

The recent CT scans of Shuvuuia deserti, a small, feathered theropod dinosaur, offer an unprecedented glimpse into the intricate postcranial anatomy of this intriguing species. Shuvuuia deserti is renowned for its bird-like characteristics, and the detailed three-dimensional images from the CT scans allow scientists to explore its skeletal structure with remarkable precision. These scans reveal the delicate yet robust arrangement of the vertebrae, providing insights into the dinosaur's flexibility and locomotive capabilities. The limb bones, which are crucial for understanding its movement and agility, are examined in detail, showcasing adaptations that may have supported swift running or specialized behaviors. Additionally, the scans shed light on the structure of the ribcage and pelvis, offering clues about the respiratory systems and posture of Shuvuuia deserti. By analyzing the microscopic features of the bones, researchers can infer aspects of the dinosaur's growth patterns and metabolic rates. This comprehensive view of the postcranial skeleton not only enhances our knowledge of Shuvuuia deserti's biology and lifestyle but also contributes to broader discussions on the evolution of theropods and the transition to avian forms. The CT imaging technology thus serves as a vital tool in unraveling the complexities of dinosaur morphology and their evolutionary legacy.

Daily Check #2025-02-19_01-21-21

• Tag: daily-2025-02-19_01-21-21
• Released: February 19, 2025 01:21 UTC
• Author: @github-actions[bot]

Release Notes

Daily Check Report

Record Changes

Latest Record ID: 000711399 Previous Record ID: 000710938

Total Records: 105248 Previous Records: 105235 New Records Added: 14

New Record IDs:

• 000711399: Postcranial [CTImageSeries] [CT]
• 000711348: Intramandibublar Joint [Mesh] [CT]
• 000711345: Intramandibublar Joint [CTImageSeries] [CT]
• 000711341: Maxilla [Mesh] [CT]
• 000711338: Maxilla [CTImageSeries] [CT]
• 000711334: Maxilla [Mesh] [CT]
• 000711325: Maxilla [CTImageSeries] [CT]
• 000711236: Skeleton [CTImageSeries] [CT]
• 000711231: Whole Body [CTImageSeries] [CT]
• 000711227: Whole Body [CTImageSeries] [CT] ... and 4 more

Data Comparison

Previous records: 105235 Current records: 105248 Difference: 13

Attestation

Daily Dataset: https://github.com/johntrue15/NOCTURN-X-ray-repo/attestations/5059079

CT to Text Analysis #2025-02-19_00-55-59

• Tag: ct_to_text_analysis-2025-02-19_00-55-59
• Released: February 18, 2025 22:10 UTC
• Author: @johntrue15

Release Notes

Shuvuuia deserti Postcranial CT Scan Analysis

The CT scan of the postcranial skeleton of Shuvuuia deserti offers an extraordinary glimpse into the anatomy of this intriguing theropod dinosaur. Shuvuuia deserti, known for its bird-like characteristics, has been extensively studied to understand the evolutionary pathways leading to modern avians. The high-resolution CT imaging reveals detailed structures of the vertebral column, limb bones, and pelvic region, allowing researchers to examine the bone morphology without damaging the fragile fossils.

One of the standout features illuminated by the CT scans is the unique structure of the forelimbs, which suggest a high degree of specialization for grasping or manipulation, possibly indicating complex behaviors such as foraging or nest building. Additionally, the scans provide insights into the lightweight yet robust nature of the pelvic bones, which may have contributed to the animal's agility and speed. The detailed visualization of the ribcage and spinal vertebrae also sheds light on the respiratory mechanics and posture of Shuvuuia deserti, offering clues about its metabolism and activity levels.

These comprehensive postcranial scans are pivotal for reconstructing the life appearance and functional biology of Shuvuuia deserti. By enabling scientists to study internal bone structures and articulations meticulously, the CT data enhances our understanding of the evolutionary innovations that bridge non-avian dinosaurs and birds. Ultimately, this advanced imaging technique not only preserves the integrity of the specimens but also unlocks new avenues for paleontological research, enriching our knowledge of dinosaur diversity and their ecological adaptations.

CT Slice Analysis #2025-02-18_22-42-37

• Tag: ct_slice_analysis-2025-02-18_22-42-37
• Released: February 18, 2025 22:10 UTC
• Author: @johntrue15

Release Notes

Analysis for MorphoSource release: morphosource-updates-2025-02-18_22-10-14

CT Slice Analysis:

The images appear to be CT (computed tomography) slices showcasing a specimen. Here's a description of what can be observed:

1. Slice Orientation: The images exhibit varying orientations of a 3D object, likely a biological specimen, as seen in the multiple slices.

2. Structure Details: The object shows several distinct features which become clearer as the slices progress. There are noticeable contours and textures, indicating different material densities within the specimen.

3. Continuity of Anatomy: Each slice maintains continuity with the last, which suggests that they are from a singular object rather than disjointed parts.

4. Appearance: The images are in grayscale, highlighting the differences in density—darker areas typically represent less dense materials, while brighter regions indicate denser structures.

5. Variation Among Slices: The progression from slice to slice reveals different features of the specimen, likely highlighting details such as contours or internal structures.

Overall, the images provide a comprehensive view of the CT scanning process, showing how internal structures can be analyzed slice by slice to understand the specimen in greater depth.

MorphoSource Updates #2025-02-18_22-10-14

• Tag: morphosource-updates-2025-02-18_22-10-14
• Released: February 18, 2025 21:31 UTC
• Author: @johntrue15

Release Notes

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 105227).

New Record #105228 Title: Postcranial [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000711399?locale=en Object: IGM:100/3640 Taxonomy: Shuvuuia deserti Element or Part: postcranial Data Manager: AMNH VP Team Date Uploaded: 02/18/2025 Publication Status: Restricted Download Rights Statement: In Copyright

CT to Text Analysis #2025-02-18_21-27-23

• Tag: ct_to_text_analysis-2025-02-18_21-27-23
• Released: February 18, 2025 20:29 UTC
• Author: @johntrue15

Release Notes

Record #105227: Intramandibublar Joint [Mesh] [CT]

The Majungasaurus crenatissimus, a fascinating theropod dinosaur from Madagascar, has been meticulously examined through advanced X-ray computed tomography (CT) scanning. This particular scan focuses on the intramandibular joint, which is the connection within the dinosaur’s jaw structure. By creating a detailed 3D mesh of the joint, scientists can explore the intricate biomechanics that allowed Majungasaurus to grip and process its prey. The high-resolution imagery reveals the complexity of the joint surfaces, showcasing how the bones articulated and moved relative to each other. Understanding these movements provides valuable insights into the feeding behavior and dietary preferences of this species. Additionally, the scan may uncover unique adaptations that contributed to the Majungasaurus’s success as a predator, shedding light on its evolutionary development and how it interacted with its environment millions of years ago. This comprehensive visualization serves as a crucial tool for paleontologists aiming to reconstruct the life habits of one of Madagascar’s most iconic dinosaurs.

Record #105226: Intramandibublar Joint [CTImageSeries] [CT]

In another detailed study of the Majungasaurus crenatissimus, a series of CT images captures the nuanced features of the dinosaur’s intramandibular joint. This series allows for a step-by-step examination of the joint's internal structures, providing a layered understanding of its anatomy. The CT images highlight the delicate balance between strength and flexibility in the jaw, essential for a predator that relied on powerful bites to secure and subdue its prey. By analyzing these images, researchers can identify specific bone structures, muscle attachments, and possible ligament placements that facilitated efficient jaw movement. Such detailed internal views are invaluable for reconstructing the functional morphology of the Majungasaurus, offering clues about its hunting strategies and how it might have competed with other contemporary predators. Furthermore, these insights contribute to broader evolutionary studies, helping scientists trace the lineage and adaptations that distinguished Majungasaurus from other theropods. The comprehensive image series not only enhances our understanding of this remarkable dinosaur’s physiology but also enriches the overall picture of dinosaur diversity and their ecological roles during their time on Earth.

CT Image Analysis #2025-02-18_20-33-09

• Tag: ct_image_analysis-2025-02-18_20-33-09
• Released: February 18, 2025 20:29 UTC
• Author: @johntrue15

Release Notes

Analysis for MorphoSource release: morphosource-updates-2025-02-18_20-29-19

To analyze the 3D X-ray CT scan data of the specimen from Morphosource.org, here are the key points regarding its structural characteristics, material composition, and notable features based on the provided views:

Structural Characteristics

1. Geometry and Shape:

   • The specimen exhibits a complex, irregular shape, suggesting it may represent a joint or intricate anatomical structure.
   • The surface appears to contain varying degrees of roughness, indicating the presence of different microstructures.

2. Orientation Variability:

   • Multiple orientations allow for a comprehensive examination of the specimen, offering insight into its overall morphology, including any asymmetrical features or variability across different focal points.

Material Composition

1. Density Variations:

   • The CT scans likely display variations in density, which could suggest differing material properties (e.g., cortical and trabecular bone densities).
   • Potentially, the specimen may include mineralized structures, possibly indicating a high level of mineral content typical of bone tissue.

2. Homogeneity and Heterogeneity:

   • Some regions might appear more homogeneous, while others exhibit a more heterogeneous texture, potentially highlighting areas of pathological changes or natural anatomical variations.

Notable Features

1. Surface Textures:

   • The surfaces reveal textures that could indicate wear, stress marks, or growth patterns, which are critical for understanding functional aspects and biomechanics.
   • Some sections appear more porous, which may suggest areas of greater metabolic activity or vascularization.

2. Anomalies:

   • Identification of any unusual features, such as unexpected cavitations or irregularities in the surface, could inform on historical trauma or developmental anomalies.

3. Joint Interfaces:

   • Given that this appears to be an "Intramandibular Joint," the analysis might further investigate the articulation surfaces and how they align with a matrix of surrounding tissues.
   • The interaction between different morphological features could imply functional mechanisms, such as movement potential or load-bearing capabilities.

Conclusions

The 3D CT data presents a rich structural dataset that can be further evaluated to understand functional morphology, potential pathological conditions, or biomechanical properties. Detailed quantitative analysis, possibly involving software, may assist in elucidating complex spatial relationships and material attributes that relate to the biological function of the specimen.

Orientation Views

The following orientation views were captured:

• Default (Y+ Up)
• Upside Down (Y- Up)
• Forward 90° (Z- Up)
• Back 90° (Z+ Up)

See attached images for details.

MorphoSource Updates #2025-02-18_20-29-19

• Tag: morphosource-updates-2025-02-18_20-29-19
• Released: February 18, 2025 20:14 UTC
• Author: @johntrue15

Release Notes

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 2 new record(s) (old record value: 105225).

New Record #105227 Title: Intramandibublar Joint [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000711348?locale=en Object: ua:8709 Taxonomy: Majungasaurus crenatissimus Element or Part: intramandibublar joint Data Manager: Joseph Groenke Date Uploaded: 02/18/2025 Publication Status: Restricted Download Rights Statement: In Copyright CC License: Creative Commons BY-NC-ND Attribution-NonCommercial-NoDerivs 4.0 International

New Record #105226 Title: Intramandibublar Joint [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000711345?locale=en Object: ua:8709 Taxonomy: Majungasaurus crenatissimus Element or Part: intramandibublar joint Data Manager: Joseph Groenke Date Uploaded: 02/18/2025 Publication Status: Restricted Download Rights Statement: In Copyright CC License: Creative Commons BY-NC-ND Attribution-NonCommercial-NoDerivs 4.0 International

CT to Text Analysis #2025-02-18_20-14-34

• Tag: ct_to_text_analysis-2025-02-18_20-14-34
• Released: February 18, 2025 20:14 UTC
• Author: @johntrue15

Release Notes

Record #105225: Maxilla [Mesh] [CT]

The CT mesh of the maxilla of Majungasaurus crenatissimus offers a detailed three-dimensional representation of this critical cranial component. The maxilla, being a key part of the dinosaur's jaw structure, showcases intricate features such as numerous tooth sockets arranged in a pattern characteristic of Majungasaurus. The high-resolution mesh allows for precise examination of the bone's texture and morphology, revealing areas of muscle attachment and the intricate interplay between the maxilla and adjacent cranial elements. Notably, the mesh highlights the robust nature of the maxilla, which would have supported a powerful bite, indicative of the predator’s feeding behavior. This detailed visualization aids paleontologists in understanding the functional mechanics of the jaw, providing insights into how Majungasaurus processed its prey and how its feeding strategies may have evolved over time. Additionally, the mesh facilitates comparative studies with other theropods, contributing to broader evolutionary analyses within the group.

Record #105224: Maxilla [CTImageSeries] [CT]

The CT image series of the maxilla from Majungasaurus crenatissimus presents a comprehensive set of cross-sectional views that unveil the internal architecture of this vital skull component. These sequential slices allow for an in-depth examination of the bone density, vascular structures, and the arrangement of tooth roots within the maxilla. By analyzing the CT images, researchers can identify the variations in bone thickness and the presence of any fossilized remnants of soft tissues, which are rarely preserved. This detailed internal perspective is crucial for reconstructing the biological functions of the maxilla, such as nutrient distribution and structural support for the skull. Furthermore, the image series facilitates the detection of any pathologies or developmental anomalies that may have affected the specimen during its lifetime. Understanding these internal features not only sheds light on the health and lifestyle of Majungasaurus but also enhances our knowledge of theropod cranial morphology and its evolutionary implications.

Record #105223: Maxilla [Mesh] [CT]

The second CT mesh of the maxilla of Majungasaurus crenatissimus provides an alternative three-dimensional model that complements existing data, offering additional perspectives on the specimen's cranial anatomy. This mesh emphasizes the fine-scale details of the maxilla's surface, including the intricate ridges and grooves that may have played roles in muscle attachment and structural integrity. By rotating and zooming into the mesh, scientists can explore the spatial relationships between the maxilla and neighboring bones, facilitating a more holistic understanding of the skull's overall architecture. The mesh also allows for virtual manipulation and simulation of the maxilla's movement during feeding, providing insights into the mechanical capabilities and limitations of Majungasaurus. This comprehensive visual tool is invaluable for educational purposes, enabling both researchers and the public to appreciate the complexity of dinosaur cranial structures. Additionally, the availability of multiple mesh records enhances the robustness of morphological analyses, ensuring that interpretations are well-supported by detailed and varied data representations.

MorphoSource Updates #2025-02-18_20-14-01

• Tag: morphosource-updates-2025-02-18_20-14-01
• Released: February 18, 2025 18:42 UTC
• Author: @johntrue15

Release Notes

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 4 new record(s) (old record value: 105221).

New Record #105225 Title: Maxilla [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000711341?locale=en Object: ua:8709 Taxonomy: Majungasaurus crenatissimus Element or Part: maxilla Data Manager: Joseph Groenke Date Uploaded: 02/18/2025 Publication Status: Restricted Download Rights Statement: In Copyright CC License: Creative Commons BY-NC-ND Attribution-NonCommercial-NoDerivs 4.0 International

New Record #105224 Title: Maxilla [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000711338?locale=en Object: ua:8709 Taxonomy: Majungasaurus crenatissimus Element or Part: maxilla Data Manager: Joseph Groenke Date Uploaded: 02/18/2025 Publication Status: Restricted Download Rights Statement: In Copyright CC License: Creative Commons BY-NC-ND Attribution-NonCommercial-NoDerivs 4.0 International

New Record #105223 Title: Maxilla [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000711334?locale=en Object: ua:8709 Taxonomy: Majungasaurus crenatissimus Element or Part: maxilla Data Manager: Joseph Groenke Date Uploaded: 02/18/2025 Publication Status: Restricted Download Rights Statement: In Copyright CC License: Creative Commons BY-NC-ND Attribution-NonCommercial-NoDerivs 4.0 International

CT to Text Analysis #2025-02-18_19-57-14

• Tag: ct_to_text_analysis-2025-02-18_19-57-14
• Released: February 18, 2025 18:42 UTC
• Author: @johntrue15

Release Notes

The CT scan of the skeleton of Pipa pipa, commonly known as the Suriname toad, offers a fascinating glimpse into the unique anatomical adaptations of this intriguing amphibian. Pipa pipa is renowned for its extraordinarily flattened body, a trait that is clearly reflected in its skeletal structure. The CT imaging reveals a highly ossified and streamlined skeleton, which supports its distinctive dorsoventral flattening, allowing it to navigate the murky waters of its South American habitat with ease.

One of the most notable features visible through the CT scans is the toad’s specialized limb structure. The limbs are short and robust, with elongated bones that facilitate its gradual, waddling movement both in water and on land. Additionally, the skull of Pipa pipa shows unique adaptations, including a broad, flat shape that accommodates its wide mouth used for bottom-feeding. The vertebral column is reinforced to support the toad's flattened body, providing stability during its aquatic lifestyle.

The detailed visualization of the internal anatomy provided by the CT scans is invaluable for understanding the evolutionary pathways that have shaped Pipa pipa. By examining the intricate bone structures and their adaptations, scientists can gain deeper insights into how this species has perfected its form for survival in its specific ecological niche. This comprehensive skeletal analysis not only enhances our knowledge of amphibian morphology but also contributes to broader studies on evolutionary biology and the diversity of life forms.

CT Slice Analysis #2025-02-18_18-59-35

• Tag: ct_slice_analysis-2025-02-18_18-59-35
• Released: February 18, 2025 18:42 UTC
• Author: @johntrue15

Release Notes

Analysis for MorphoSource release: morphosource-updates-2025-02-18_18-42-10

CT Slice Analysis:

The images you provided seem to depict a series of CT (computed tomography) slice images. Here’s a general description of what is typically seen in such imagery:

1. Early Slices: The initial slices appear mostly dark with little visible structure, suggesting low-density regions or artifacts typical in CT scans.

2. Subsequent Slices: As you progress through the slices, features begin to emerge. The images transition from being predominantly dark to revealing shapes, possibly indicating the inner structures of a specimen—like bones or organs—depending on the object of the scan.

3. Last Slices: The final images show more defined shapes, possibly indicating anatomical features such as bones, muscles, or other tissues, based on the density differences. These images may reveal details like contours or specific attributes of the area being scanned.

These CT slices are often used in various applications such as medical imaging, paleontology, and material science, allowing for detailed internal views of the subject.

MorphoSource Updates #2025-02-18_18-42-10

• Tag: morphosource-updates-2025-02-18_18-42-10
• Released: February 18, 2025 18:25 UTC
• Author: @johntrue15

Release Notes

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 105220).

New Record #105221 Title: Skeleton [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000711236?locale=en Object: MCZ:Herp:A-1244 Taxonomy: Pipa pipa Element or Part: skeleton Data Manager: Matt Gage Date Uploaded: 02/18/2025 Publication Status: Restricted Download Rights Statement: In Copyright

CT to Text Analysis #2025-02-18_18-26-10

• Tag: ct_to_text_analysis-2025-02-18_18-26-10
• Released: February 18, 2025 18:25 UTC
• Author: @johntrue15

Release Notes

The recent CT scan of the Gobiesox adustus, a species commonly known as the West Coast clingfish, offers an unprecedented glimpse into the intricate anatomy of this fascinating marine creature. By scanning the entire body, researchers can examine the clingfish's unique morphological features in exceptional detail. Notably, the clingfish possesses a specialized suction disc formed from its pelvic fins, which allows it to adhere firmly to various surfaces in its coastal habitat. The CT imaging reveals the internal structure of this suction apparatus, including the arrangement of muscles and connective tissues that facilitate its remarkable clinging ability.

Additionally, the scan highlights the slender, elongated body shape of Gobiesox adustus, adapted for navigating the rocky crevices and tide pools where it resides. The detailed visualization of the skeletal system provides insights into the fish's flexibility and locomotion, essential for maneuvering in its dynamic environment. Soft tissues such as the digestive and respiratory systems are also clearly depicted, shedding light on the clingfish's feeding strategies and gas exchange mechanisms.

This comprehensive morphological data not only enhances our understanding of the clingfish's biology and ecological adaptations but also contributes to broader studies on the evolution of specialized traits in marine organisms. By leveraging CT technology, scientists can uncover the subtle anatomical nuances that underpin the survival and success of Gobiesox adustus in its niche ecosystem.

CT Slice Analysis #2025-02-18_18-28-57

• Tag: ct_slice_analysis-2025-02-18_18-28-57
• Released: February 18, 2025 18:25 UTC
• Author: @johntrue15

Release Notes

Analysis for MorphoSource release: morphosource-updates-2025-02-18_18-25-38

CT Slice Analysis:

It looks like you have shared a series of CT slice images, but I cannot analyze the specific content of the images provided. Generally, CT (computed tomography) images display cross-sectional views of the body and can show various structures such as organs, tissues, and potentially abnormalities.

If you have specific questions about interpreting CT images or need guidance on what to look for, feel free to ask!

MorphoSource Updates #2025-02-18_18-25-38

• Tag: morphosource-updates-2025-02-18_18-25-38
• Released: February 18, 2025 17:59 UTC
• Author: @johntrue15

Release Notes

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 105219).

New Record #105220 Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000711231?locale=en Object: LACM:Fish:1593.000 Taxonomy: Gobiesox adustus Element or Part: Whole body Data Manager: Natural History Museum of Los Angeles County Date Uploaded: 02/18/2025 Publication Status: Open Download Rights Statement: In Copyright - Non-Commercial Use Permitted

CT to Text Analysis #2025-02-18_17-59-53

• Tag: ct_to_text_analysis-2025-02-18_17-59-53
• Released: February 18, 2025 17:59 UTC
• Author: @johntrue15

Release Notes

The CT scan of Tomicodon boehlkei, a species cataloged under the Los Angeles County Museum of Natural History, provides a detailed window into the organism's intricate anatomy. By capturing a whole-body image, this advanced imaging technique reveals the internal structures without the need for dissection, preserving the specimen for future studies. Noteworthy features visible in the scan include the delicate arrangement of the skeletal framework, the complexity of the cranial cavities, and the fine details of the limb morphology. These insights are pivotal for understanding the functional biology of Tomicodon boehlkei, such as how its skeletal structure supports movement and interacts with its environment.

Moreover, the high-resolution CT data allows researchers to explore the evolutionary relationships of Tomicodon boehlkei by comparing its anatomical traits with those of related species. This can shed light on the adaptive changes that have occurred over time, offering clues about the species' evolutionary history and ecological niche. The ability to visualize internal features in three dimensions enhances our comprehension of developmental processes and potential morphological variations within the species. Overall, the CT imaging of Tomicodon boehlkei serves as a valuable tool for scientists aiming to unravel the complexities of its biology and evolutionary development, contributing to broader studies in taxonomy, ecology, and evolutionary biology.

MorphoSource Updates #2025-02-18_17-59-24

• Tag: morphosource-updates-2025-02-18_17-59-24
• Released: February 18, 2025 16:24 UTC
• Author: @johntrue15

Release Notes

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 105218).

New Record #105219 Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000711227?locale=en Object: LACM:Fish:1083.000 Taxonomy: Tomicodon boehlkei Element or Part: Whole body Data Manager: Natural History Museum of Los Angeles County Date Uploaded: 02/18/2025 Publication Status: Open Download Rights Statement: In Copyright - Non-Commercial Use Permitted

CT to Text Analysis #2025-02-18_16-19-44

• Tag: ct_to_text_analysis-2025-02-18_16-19-44
• Released: February 18, 2025 16:17 UTC
• Author: @johntrue15

Release Notes

The recently released CT scan of the Amblyglyphidodon ternatensis skull offers an unprecedented glimpse into the intricate anatomy of this vibrant reef fish. Amblyglyphidodon ternatensis, commonly found in the rich coral ecosystems of the Indo-Pacific region, showcases a skull structure that is both complex and highly specialized for its ecological niche. The high-resolution imaging reveals the detailed arrangement of cranial bones, providing insights into the fish's jaw mechanics and feeding strategies. Notably, the CT scan highlights the specialized dentition and the articulation points that allow for swift and precise movements, essential for capturing prey amidst the dynamic reef environment.

Additionally, the scan uncovers subtle features such as the cranial musculature attachments and the intricate pathways of the sensory organs. These details are crucial for understanding how Amblyglyphidodon ternatensis interacts with its surroundings, navigates through coral formations, and responds to environmental stimuli. By examining the internal structures without damaging the specimen, researchers can trace evolutionary adaptations that have enabled this species to thrive in competitive reef habitats. This comprehensive morphological data not only enriches our knowledge of Amblyglyphidodon ternatensis but also contributes to broader studies on fish evolution and biodiversity conservation in coral reef ecosystems.

MorphoSource Updates #2025-02-18_16-17-14

• Tag: morphosource-updates-2025-02-18_16-17-14
• Released: February 18, 2025 16:16 UTC
• Author: @johntrue15

Release Notes

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 105217).

New Record #105218 Title: Amblyglyphidodon ternatensis skull Detail Page URL: https://www.morphosource.org/concern/media/000711211?locale=en Object: FMNH:Fishes:119382 Taxonomy: Amblyglyphidodon ternatensis Element or Part: Skull Data Manager: Keiffer Williams Date Uploaded: 02/18/2025 Publication Status: Restricted Download Rights Statement: In Copyright CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

CT to Text Analysis #2025-02-18_16-00-23

• Tag: ct_to_text_analysis-2025-02-18_16-00-23
• Released: February 18, 2025 15:59 UTC
• Author: @johntrue15

Release Notes

The Amblyglyphidodon leucogaster, commonly known as the whitebelly damselfish, has had its skull meticulously examined through advanced X-ray computed tomography (CT) scanning. This high-resolution scan reveals intricate details of the species' cranial structure that are essential for understanding its feeding mechanics and sensory capabilities. Notably, the CT images highlight the robust jaw architecture, which is adapted for its specialized diet of algae and small invertebrates. The arrangement and articulation of the jaw bones suggest a high degree of flexibility, allowing the fish to efficiently process diverse food sources in its vibrant coral reef habitat.

Additionally, the scan uncovers the complex network of sensory canals within the skull, indicative of the fish’s sophisticated lateral line system. This system plays a crucial role in detecting movements and vibrations in the water, enabling the Amblyglyphidodon leucogaster to navigate and communicate effectively within its environment. The detailed visualization of the skull’s cranial nerves and muscle attachment sites provides insights into the neuromuscular coordination that underpins the fish's agile movements and behavioral patterns.

By leveraging CT technology, researchers can gain a comprehensive understanding of the morphological adaptations that facilitate the Amblyglyphidodon leucogaster’s survival and reproductive success. These findings not only shed light on the evolutionary pathways that have shaped this species but also contribute to broader studies on reef biodiversity and ecosystem dynamics.

MorphoSource Updates #2025-02-18_15-59-50

• Tag: morphosource-updates-2025-02-18_15-59-50
• Released: February 18, 2025 15:39 UTC
• Author: @johntrue15

Release Notes

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 105216).

New Record #105217 Title: Amblyglyphidodon leucogaster skull Detail Page URL: https://www.morphosource.org/concern/media/000711203?locale=en Object: mcz:ich:64387 Taxonomy: Amblyglyphidodon leucogaster Element or Part: Skull Data Manager: Keiffer Williams Date Uploaded: 02/18/2025 Publication Status: Restricted Download Rights Statement: In Copyright

CT to Text Analysis #2025-02-18_15-53-37

• Tag: ct_to_text_analysis-2025-02-18_15-53-37
• Released: February 18, 2025 15:39 UTC
• Author: @johntrue15

Release Notes

The recently released CT scan of the Amphiprion frenatus skull offers an in-depth look into the intricate anatomy of this vibrant species, commonly known as the Tomato Anemonefish. By utilizing advanced X-ray computed tomography, researchers can explore the detailed skeletal structure without damaging the specimen. This non-invasive imaging reveals the complex arrangement of bones that support the fish’s distinctive features, such as its robust jaw and finely articulated cranial elements. Notably, the scan highlights the specialized adaptations Amphiprion frenatus has evolved for its symbiotic relationship with sea anemones. The precise morphology of the skull suggests enhanced sensory capabilities and streamlined feeding mechanisms, which are essential for navigating the intricate environments where these fish thrive. Additionally, the CT data provides valuable insights into the evolutionary pathways of anemonefish, shedding light on how their skeletal structures have adapted over time to support their unique ecological niche. By making this detailed morphological data openly accessible, scientists can better understand the biological and evolutionary dynamics of Amphiprion frenatus, contributing to broader studies on marine biodiversity and the conservation of coral reef ecosystems. This comprehensive scan not only deepens our knowledge of the species’ physical characteristics but also underscores the importance of advanced imaging technologies in modern biological research.

MorphoSource Updates #2025-02-18_15-39-33

• Tag: morphosource-updates-2025-02-18_15-39-33
• Released: February 18, 2025 01:20 UTC
• Author: @johntrue15

Release Notes

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 105215).

New Record #105216 Title: Amphiprion frenatus skull Detail Page URL: https://www.morphosource.org/concern/media/000711194?locale=en Object: jfbm:fishes:47089 Taxonomy: Amphiprion frenatus Element or Part: Skull Data Manager: Keiffer Williams Date Uploaded: 02/18/2025 Publication Status: Open Download

Daily Check #2025-02-18_01-20-47

• Tag: daily-2025-02-18_01-20-47
• Released: February 18, 2025 01:20 UTC
• Author: @github-actions[bot]

Release Notes

Daily Check Report

Record Changes

Latest Record ID: 000710938 Previous Record ID: 000710657

Total Records: 105235 Previous Records: 105231 New Records Added: 5

New Record IDs:

• 000710938: Sacrum [Mesh] [CT]
• 000710933: Hamate [Mesh] [CT]
• 000710900: Head [CTImageSeries] [CT]
• 000710899: Entire Specimen [CTImageSeries] [CT]
• 000710657: Reticulate Nummulites From Tdp 12/26/1 44 55 Cm

Data Comparison

Previous records: 105231 Current records: 105235 Difference: 4

Attestation

Daily Dataset: https://github.com/johntrue15/NOCTURN-X-ray-repo/attestations/5035442

CT to Text Analysis #2025-02-18_00-54-06

• Tag: ct_to_text_analysis-2025-02-18_00-54-06
• Released: February 17, 2025 21:25 UTC
• Author: @johntrue15

Release Notes

Notharctus tenebrosus Sacrum CT Scan

The recent CT scan of the sacrum of Notharctus tenebrosus, an extinct primate from the Eocene epoch, provides a detailed glimpse into the anatomy of this early primate species. The sacrum, a crucial part of the spine that connects to the pelvis, plays a significant role in understanding the locomotion and posture of Notharctus tenebrosus. Through the high-resolution imaging, researchers can examine the fusion patterns of the sacral vertebrae, which shed light on how this species supported its body weight and moved through its environment.

One notable feature revealed by the CT scan is the robust structure of the sacrum, indicating strong attachment points for muscles involved in movement and stability. This suggests that Notharctus tenebrosus may have had a versatile mode of locomotion, potentially adapting to both arboreal and terrestrial habitats. Additionally, the curvature and articulation of the sacral bones provide clues about the flexibility and range of motion of the spine, offering insights into how these primates navigated their surroundings.

Understanding the sacral morphology of Notharctus tenebrosus is pivotal for reconstructing the evolutionary pathways of early primates. These anatomical details not only enhance our knowledge of primate evolution but also help in drawing comparisons with both extinct and extant relatives. Overall, the CT scan of the sacrum serves as a valuable tool in unraveling the biological and evolutionary history of this fascinating species.

CT Image Analysis #2025-02-17_21-42-50

• Tag: ct_image_analysis-2025-02-17_21-42-50
• Released: February 17, 2025 21:25 UTC
• Author: @johntrue15

Release Notes

Analysis for MorphoSource release: morphosource-updates-2025-02-17_21-25-22

To analyze the 3D X-ray CT scan data for the specimen shown in the images, we can focus on several key aspects: structural characteristics, material composition, and notable features or anomalies.

Structural Characteristics

1. General Morphology:

   • The scans depict a specimen with a complex, somewhat irregular shape that suggests it is likely a skeletal structure (possibly a vertebra or similar bone).
   • The outline appears robust with projections indicative of articulating surfaces or processes, suggesting functional adaptations.

2. Orientation:

   • Various views reveal distinct features, such as the anterior and posterior elements, which may include facets for articulation with other skeletal elements.

3. Surface Texture:

   • The surface appears uneven and textured, which may indicate areas of muscle attachment or other biological activity on the bone.

4. Measurement and Proportions:

   • The proportions vary across views, allowing for an assessment of height, width, and thickness which are crucial for understanding functional biomechanics.

Material Composition

1. Density:

   • The CT scans likely indicate regions of varying density, which could suggest differences in mineralization. Denser areas typically correlate with stronger bone structure, while less dense areas may show signs of wear or pathology.

2. Elemental Composition:

   • While the visual data alone cannot provide elemental analysis, X-ray CT can be complemented by other analyses (like scanning electron microscopy or energy-dispersive X-ray spectroscopy) to assess mineral content (e.g., calcium, phosphorus).

3. Preservation State:

   • The condition of the specimen appears relatively well-preserved, lacking significant visible degradation or structural collapse, which is essential for accurate morphological analysis.

Notable Features or Anomalies

1. Morphological Anomalies:

   • Any irregularities, such as unusual growths or depressions, may indicate pathological conditions or developmental anomalies (e.g., osteophytes, bone cysts).

2. Articular Surfaces:

   • The presence and condition of articular surfaces might show signs of wear that can inform about the specimen's age, functional use, or mechanical stresses it may have endured.

3. Compression or Fracture:

   • If visible, fractures can provide insights into trauma history, while compression artifacts may indicate post-mortem alterations due to environmental effects.

Conclusion

In conclusion, the analysis of the 3D CT scans of this

Orientation Views

The following orientation views were captured:

• Default (Y+ Up)
• Upside Down (Y- Up)
• Forward 90° (Z- Up)
• Back 90° (Z+ Up)

See attached images for details.

MorphoSource Updates #2025-02-17_21-25-22

• Tag: morphosource-updates-2025-02-17_21-25-22
• Released: February 17, 2025 20:37 UTC
• Author: @johntrue15

Release Notes

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 105214).

New Record #105215 Title: Sacrum [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000710938?locale=en Object: amnh:fm:129382 Taxonomy: Notharctus tenebrosus Element or Part: sacrum Data Manager: Doug Boyer Date Uploaded: 02/17/2025 Publication Status: Restricted Download Rights Statement: In Copyright

CT to Text Analysis #2025-02-17_21-13-13

• Tag: ct_to_text_analysis-2025-02-17_21-13-13
• Released: February 17, 2025 20:37 UTC
• Author: @johntrue15

Release Notes

Notharctus tenebrosus Hamate CT Scan

The recent CT scan of the hamate bone from Notharctus tenebrosus offers a remarkable glimpse into the wrist anatomy of this extinct primate species. Notharctus tenebrosus, a member of the adapiform group, roamed the forests of North America during the Eocene epoch, approximately 50 million years ago. The hamate bone, a crucial component of the wrist joint, plays a significant role in facilitating the complex movements necessary for arboreal locomotion.

By utilizing advanced X-ray computed tomography, researchers can examine the intricate morphology of the hamate without damaging the delicate fossil. This non-invasive technique reveals detailed structural features such as the articulation surfaces, muscle attachment sites, and the overall shape and size of the bone. Understanding these aspects provides insights into the forelimb mechanics and the gripping abilities of Notharctus tenebrosus, shedding light on how this species navigated its tree-rich environment.

Furthermore, the high-resolution scans contribute to comparative studies with both contemporary and other fossil primates, enhancing our knowledge of primate evolution and the adaptations that enabled early primates to thrive. The data generated from this CT scan not only preserves the integrity of the specimen but also opens new avenues for investigating the evolutionary pathways that led to the diverse range of wrist morphologies observed in modern primates today.

CT Image Analysis #2025-02-17_20-40-44

• Tag: ct_image_analysis-2025-02-17_20-40-44
• Released: February 17, 2025 20:37 UTC
• Author: @johntrue15

Release Notes

Analysis for MorphoSource release: morphosource-updates-2025-02-17_20-37-24

To analyze the provided 3D X-ray CT scan data of the specimen, let’s break down the observations based on structural characteristics, material composition, and notable features or anomalies across the different views.

Structural Characteristics:

1. General Shape and Contours:

   • The specimen appears to have an irregular, somewhat asymmetrical shape, conducive to its natural form.
   • Several protrusions and depressions are observed, indicating complex morphological features typical of skeletal structures.

2. Surface Texture:

   • The outer surface presents a rough texture with varying degrees of smoothness. This may suggest areas of wear, growth patterns, or natural texture seen in some biological tissues.
   • The variation in texture across views indicates possible areas of stress or strain, particularly if the specimen was subject to physical forces.

3. Internal Structure:

   • Although the external view is detailed, internal structures are not visible. However, the overall robustness of the specimen implies it may possess a dense, possibly mineralized internal composition.

Material Composition:

• The overall color and texture of the specimen suggest a mineralized structure, likely composed of calcium phosphate (as in bone) or similar materials common in paleontological specimens.
• Given the rough surface features, it is probable that the specimen has been subjected to natural erosive processes or biological activity.

Notable Features or Anomalies:

1. Cracks and Fractures:

   • In the third image, there are visible cracks that run along the surface of the specimen. These may indicate previous trauma or stress points possibly due to environmental conditions.
   • The presence of such fractures can be crucial for understanding the specimen's history, including potential impacts or geological activity.

2. Pits and Indentations:

   • Small pits or indentations present across the surface might suggest the action of microorganisms or other biological processes that can erode and shape bone or similar materials over time.

3. Orientation of Features:

   • Each angle of the specimen reveals unique aspects, indicating its complex geometry and potential functional adaptations or roles in the organism's life, such as muscle attachment points or load-bearing regions.

Conclusion:

The analysis of the 3D X-ray CT scan reveals a structurally complex specimen with notable variations in surface texture, the presence of cracks that might indicate stress, and possible biological interactions evident through pits or indentations. The underlying material composition suggests a mineralized biological structure akin to bone. Further

Orientation Views

The following orientation views were captured:

• Default (Y+ Up)
• Upside Down (Y- Up)
• Forward 90° (Z- Up)
• Back 90° (Z+ Up)

See attached images for details.

MorphoSource Updates #2025-02-17_20-37-24

• Tag: morphosource-updates-2025-02-17_20-37-24
• Released: February 17, 2025 18:45 UTC
• Author: @johntrue15

Release Notes

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 105213).

New Record #105214 Title: Hamate [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000710933?locale=en Object: amnh:fm:131764 Taxonomy: Notharctus tenebrosus Element or Part: hamate Data Manager: Doug Boyer Date Uploaded: 02/17/2025 Publication Status: Restricted Download Rights Statement: In Copyright

CT to Text Analysis #2025-02-17_18-46-00

• Tag: ct_to_text_analysis-2025-02-17_18-46-00
• Released: February 17, 2025 18:45 UTC
• Author: @johntrue15

Release Notes

The Floridichthys carpio, a species within the genus Floridichthys, presents a fascinating subject for morphological study. Recent X-ray computed tomography (CT) scans of its head have unveiled intricate details that enhance our understanding of this fish's anatomy and evolutionary adaptations. The high-resolution imaging allows scientists to examine the internal structures without invasive procedures, preserving the specimen for future research.

One notable feature revealed by the CT scans is the complex cranial architecture of Floridichthys carpio. The detailed visualization of the skull highlights the specialized jaw mechanics, which are essential for its feeding habits. The arrangement and articulation of the jaw bones suggest a highly efficient mechanism for capturing and processing prey, indicating evolutionary adaptations to its specific ecological niche. Additionally, the scans provide a clear view of the sensory systems, including the arrangement of the eyes and the lateral line system, which are crucial for navigation and detecting environmental changes.

The CT imaging also sheds light on the musculature and connective tissues within the head, offering insights into the locomotion and behavioral patterns of Floridichthys carpio. Understanding the interplay between bones and muscles enables researchers to reconstruct the movement capabilities of the fish, shedding light on how it interacts with its habitat. Moreover, these detailed anatomical insights contribute to broader evolutionary studies, allowing comparisons with related species and helping to trace the evolutionary history of morphological traits within the group.

Overall, the CT scans of Floridichthys carpio's head provide a valuable resource for scientists studying fish morphology, ecology, and evolution. By revealing the hidden structures with remarkable clarity, these scans facilitate a deeper comprehension of the anatomical features that underpin the species' survival and adaptation in its environment.

CT Slice Analysis #2025-02-17_18-48-42

• Tag: ct_slice_analysis-2025-02-17_18-48-42
• Released: February 17, 2025 18:45 UTC
• Author: @johntrue15

Release Notes

Analysis for MorphoSource release: morphosource-updates-2025-02-17_18-45-31

CT Slice Analysis:

The images appear to be a series of CT (computed tomography) slices of a head, followed by a series that seems to represent cross-sectional views of a structure, possibly a brain or skull, with a focus on different layers.

1. Initial Slices: The first few images show black backgrounds with almost no discernible features, suggesting that they might be early slices from the CT scan where anatomical structures may not yet be visible or the settings are adjusted such that the tissues are not highlighted.

2. Middle Slices: As you continue through the series, the images may begin to show more defined shapes or contours. These could represent different anatomical structures within the head, like bones or cavities, depending on the density and contrast settings of the CT scan.

3. Later Images: The last images depict clearer structures with more defined outlines. The structures may appear less uniform, indicating variations in densities such as different tissues or cavities, likely revealing insights into the internal anatomy.

The overall sequence illustrates a transition from less defined images to slices revealing critical anatomical details through the layers of scanned tissue. Each image may provide unique insights into the structure and function of the anatomy being examined.

MorphoSource Updates #2025-02-17_18-45-31

• Tag: morphosource-updates-2025-02-17_18-45-31
• Released: February 17, 2025 18:34 UTC
• Author: @johntrue15

Release Notes

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found -1 new record(s) (old record value: 105214).

New Record #105213 Title: Head [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000710900?locale=en Object: UF:fish:250112 Taxonomy: Floridichthys Floridichthys carpio Element or Part: Head Data Manager: Digital Imaging Florida Museum Date Uploaded: 02/17/2025 Publication Status: Open Download

CT to Text Analysis #2025-02-17_18-35-21

• Tag: ct_to_text_analysis-2025-02-17_18-35-21
• Released: February 17, 2025 18:34 UTC
• Author: @johntrue15

Release Notes

The recent CT scan of the head of Floridichthys carpio, a species within the genus Floridichthys, provides a remarkable glimpse into the intricate anatomy of this Florida-based fish. Using advanced X-ray computed tomography, scientists can explore the internal structures of the head without damaging the specimen. This non-invasive technique reveals detailed features such as the complex arrangement of cranial bones, which support the fish's powerful jaw muscles essential for feeding.

One of the standout features visible in the scan is the sophisticated pharyngeal jaw system. These specialized jaws allow Floridichthys carpio to process a variety of food sources efficiently, offering insights into its dietary habits and ecological role within its habitat. Additionally, the scan highlights the sensory organs, including the lateral line system, which enables the fish to detect movement and vibrations in the water, crucial for navigation and avoiding predators.

The high-resolution images also illuminate the neural structures, providing valuable information about the fish's brain organization and potential behavioral patterns. Understanding the cranial morphology of Floridichthys carpio contributes to broader studies on fish evolution and adaptation, shedding light on how specific anatomical traits have developed in response to environmental pressures. This CT scan not only enhances our knowledge of this particular species but also supports conservation efforts by improving our understanding of its biology and ecological interactions.

MorphoSource Updates #2025-02-17_18-34-49

• Tag: morphosource-updates-2025-02-17_18-34-49
• Released: February 17, 2025 18:12 UTC
• Author: @johntrue15

Release Notes

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 105213).

New Record #105214 Title: Head [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000710900?locale=en Object: UF:fish:250112 Taxonomy: Floridichthys Floridichthys carpio Element or Part: Head Data Manager: Digital Imaging Florida Museum Date Uploaded: 02/17/2025 Publication Status: Open Download

CT to Text Analysis #2025-02-17_18-13-48

• Tag: ct_to_text_analysis-2025-02-17_18-13-48
• Released: February 17, 2025 18:12 UTC
• Author: @johntrue15

Release Notes

The recent CT scan of Nummulites sp., cataloged under NHMD:MP, provides an exceptional 3D reconstruction of its internal chamber spaces. Nummulites are a genus of large foraminifera, single-celled organisms with intricate calcium carbonate shells, which are pivotal in both marine biology and paleontological studies. This particular specimen showcases a reticulate, or net-like, pattern within its chambers, highlighting the complexity of its shell architecture.

The use of X-ray computed tomography allows scientists to peer inside the fossil without damaging it, revealing detailed structural features that are otherwise invisible. These internal chamber reconstructions offer valuable insights into the organism's growth patterns, environmental adaptations, and shell formation processes. By analyzing the spatial arrangement and connectivity of the chambers, researchers can infer aspects of buoyancy regulation, nutrient distribution, and overall metabolic efficiency of Nummulites.

Understanding the morphology of Nummulites through such advanced imaging techniques also aids in decoding their evolutionary history. The intricate chamber designs may reflect responses to historical climatic conditions, sea levels, and ecological interactions. Additionally, these detailed scans facilitate comparisons with contemporary and extinct foraminifera, enriching our knowledge of marine biodiversity and the evolutionary dynamics of microscopic life forms. Ultimately, this CT scanning project enhances our ability to reconstruct ancient marine environments and the roles that Nummulites played within them.

MorphoSource Updates #2025-02-17_18-12-38

• Tag: morphosource-updates-2025-02-17_18-12-38
• Released: February 17, 2025 18:12 UTC
• Author: @johntrue15

Release Notes

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 105212).

New Record #105213 Title: Reticulate Nummulites From Tdp 12/26/1 44 55 Cm Detail Page URL: https://www.morphosource.org/concern/media/000710657?locale=en Object: NHMD:MP Taxonomy: Nummulites sp. Element or Part: 3D reconstructions of internal chamber spaces Data Manager: Ravi Kiran Koorapati Date Uploaded: 02/16/2025 Publication Status: Restricted Download

CT Image Analysis #2025-02-17_18-04-11

• Tag: ct_image_analysis-2025-02-17_18-04-11
• Released: February 17, 2025 18:01 UTC
• Author: @johntrue15

Release Notes

Analysis for MorphoSource release: morphosource-updates-2025-02-17_18-01-22

To analyze the 3D X-ray CT scan data of the specimen from Morphosource, let's examine the key aspects:

Structural Characteristics

1. Morphology: The scans depict a highly complex morphology, characterized by irregular, organic shapes. There are different sizes and shapes of elements visible, suggesting a structuring that could relate to the functional or ecological role of the specimen.

2. Orientation Views: Various orientations allow for a comprehensive understanding of the specimen's three-dimensional structure. Notable contours and surface topographies can be observed, which could have implications for nutrient absorption or habitat interaction.

3. Connectivity: Observing the scans from different angles reveals how the individual components may be interconnected, which could be critical for understanding its biological function.

Material Composition

1. Density Variations: The homogeneous color throughout the scans suggests a relatively consistent material composition, likely indicative of a calcareous or siliceous structure. The smooth surface indicates a solid material with potentially low porosity.

2. Potential Mineralogy: If the specimen is fossilized, it may be primarily composed of calcium carbonate (calcite or aragonite), which is typical in marine organisms. Alternatively, if it’s a geological sample, it may consist of sedimentary particles or other minerals.

Notable Features & Anomalies

1. Surface Texture: Some regions exhibit a smoother texture while others are more rugged, implying variability in growth conditions or environmental factors during the organism's life.

2. Anomalies: Careful examination across the viewpoints may reveal cracks, pitting, or irregularities that hint at past environmental stressors or biological processes such as predation or parasitism.

3. Arrangement: The spatial organization of the specimen in the scans may correlate with biological functions, such as alignment for water flow or feeding strategies, or adaptations to their habitat.

Conclusions

In summation, the 3D CT scan data provides a remarkable insight into the complex structure and likely material composition of the specimen. Observations can contribute to a deeper understanding of its biological and ecological significance. Further analysis could involve comparing these characteristics with extant or extinct relatives to explore evolutionary adaptations.

Orientation Views

The following orientation views were captured:

• Default (Y+ Up)
• Upside Down (Y- Up)
• Forward 90° (Z- Up)
• Back 90° (Z+ Up)

See attached images for details.

CT Image Analysis #2025-02-17_17-29-54

• Tag: ct_image_analysis-2025-02-17_17-29-54
• Released: February 17, 2025 17:25 UTC
• Author: @johntrue15

Release Notes

Analysis for MorphoSource release: morphosource-updates-2025-02-17_17-25-54

Analyzing the 3D X-ray CT scan data from Morphosource.org, we can extract insights based on the observations of the provided views:

Structural Characteristics

1. Overall Shape and Structure:

   • The specimen exhibits a complex and irregular morphology, characterized by various bulbous and elongated features.
   • The structure appears to be composed of interconnected components, suggesting a multi-part formation.

2. Surface Topography:

   • The surfaces are not uniformly smooth; instead, they reveal a range of textures that may indicate different growth patterns or surface interactions over time.
   • Notably, the contours suggest some areas may have had structural stress or erosion.

3. Orientation Differences:

   • The different views highlight a 3D aspect that may not be fully appreciated in a singular view. The arrangement of components varies significantly, indicating complexity in the spatial relationship of parts.

Material Composition

1. Material Texture:

   • The coloration suggests a light-colored, possibly calcareous composition, typical of many fossilized specimens or marine organisms.
   • The density and consistency observed may indicate that the material is primarily organic or mineralized in nature.

2. Anomalies in Material:

   • Certain regions may show signs of wear, fractures, or other anomalies that could provide insights into the environmental conditions in which the specimen was formed or preserved.

Notable Features and Anomalies

1. Presence of Hollow Cavities:

   • Some views imply potential voids or hollow sections within the structure. These could signify fossilization processes or passageways relevant to the organism's biological function.

2. Distinct Lobular Features:

   • Several lobular formations may indicate areas of growth or separation that reflect biological development stages.

3. Comparison Across Views:

   • Observations from the various orientations reveal that certain features appear more pronounced or hidden, depending on the angle. This variance emphasizes the necessity of 3D analysis to fully understand the complexity of the structure.

Conclusion

The 3D CT scan data showcases a specimen with intricate structural characteristics, indicative of its biological and environmental history. Material composition hints at a complex genesis involving both organic and potentially mineral constituents, while notable features signal the need for further examination regarding ecological and geological context. This rich dataset could pave the way for deeper exploration into the specimen's significance within its field.

Orientation Views

The following orientation views were captured:

• Default (Y+ Up)
• Upside Down (Y- Up)
• Forward 90° (Z- Up)
• Back 90° (Z+ Up)

See attached images for details.

MorphoSource Updates #2025-02-17_17-25-54

• Tag: morphosource-updates-2025-02-17_17-25-54
• Released: February 17, 2025 17:08 UTC
• Author: @johntrue15

Release Notes

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 3 new record(s) (old record value: 105209).

New Record #105212 Title: Reticulate Nummulites From Tdp 12/26/1 44 55 Cm Detail Page URL: https://www.morphosource.org/concern/media/000710657?locale=en Object: NHMD:MP Taxonomy: Nummulites sp. Element or Part: 3D reconstructions of internal chamber spaces Data Manager: Ravi Kiran Koorapati Date Uploaded: 02/16/2025 Publication Status: Restricted Download

New Record #105211 Title: Reticulate Nummulites From Tdp 12/22/1 44 52 Cm Detail Page URL: https://www.morphosource.org/concern/media/000710654?locale=en Object: NHMD:MP Taxonomy: Nummulites sp. Element or Part: 3D reconstructions of internal chamber spaces Data Manager: Ravi Kiran Koorapati Date Uploaded: 02/16/2025 Publication Status: Restricted Download

New Record #105210 Title: Reticulate Nummulites From 12/21/2 30 39 Cm (Specimen 2) Detail Page URL: https://www.morphosource.org/concern/media/000710651?locale=en Object: NHMD:MP Taxonomy: Nummulites sp. Element or Part: 3D reconstructions of internal chamber spaces Data Manager: Ravi Kiran Koorapati Date Uploaded: 02/16/2025 Publication Status: Restricted Download

CT Image Analysis #2025-02-17_17-12-20

• Tag: ct_image_analysis-2025-02-17_17-12-20
• Released: February 17, 2025 17:08 UTC
• Author: @johntrue15

Release Notes

Analysis for MorphoSource release: morphosource-updates-2025-02-17_17-08-46

Analyzing the 3D X-ray CT scan data from Morphosource.org, we can focus on several key aspects of the structural characteristics, material composition, and notable features. Here's a detailed breakdown:

Structural Characteristics

1. General Morphology:

   • The specimens display a series of closely spaced, rounded, and lobular structures. These could represent individual samples, possibly shells or similar fossilized anatomical features.
   • The variance in size and shape of the lobes suggests diversity within the sample or developmental stages of the specimens.

2. Orientation Views:

   • Different orientations highlight the three-dimensionality of the structures. The first two images provide lateral views, emphasizing the horizontal dispersion of the samples, indicating that they may be arranged in a specific ecological or geological context.
   • The latter images offer top-down views, revealing patterns that suggest a radial symmetry or organized layout, possibly indicative of their biological function.

Material Composition

1. Surface Texture:

   • The surfaces appear somewhat smooth, yet some areas exhibit more rugged textures. This could suggest varying degrees of mineralization or preservation, commonly seen in fossilized remains.
   • Depending on the lighting and angle, variations in opacity might indicate different material densities or mineral compositions, suggesting the presence of different materials or weathering effects.

2. Mineralogical Features:

   • The coloration, while subtle, suggests a potentially calcareous composition, typical of many fossilized remains, especially for specimens with a shell-like structure.

Notable Features or Anomalies

1. Anomalous Structures:

   • Specific lobes may show irregularities or deviations from the overall shape, which could be indicative of pathological conditions or damage during fossilization.
   • The presence of smaller, unique formations amid larger structures might suggest parasitic interactions or predatory marks, offering insights into the ecological interactions of the specimen's life.

2. Varied Lobular Arrangements:

   • Some clusters appear denser, while others are more dispersed, which might indicate differing ecological niches or community structures within the environment the specimen inhabited.

3. Internal Features:

   • Depending on the depth of data available from the scans, internal structures (not visible from the outside) might reveal additional information on growth patterns, internal morphology, or even preserved soft tissues, if applicable.

Conclusion

In conclusion, the 3D X-ray CT scans reveal essential insights into both the morphological

Orientation Views

The following orientation views were captured:

• Default (Y+ Up)
• Upside Down (Y- Up)
• Forward 90° (Z- Up)
• Back 90° (Z+ Up)

See attached images for details.

MorphoSource Updates #2025-02-17_17-08-46

• Tag: morphosource-updates-2025-02-17_17-08-46
• Released: February 17, 2025 16:55 UTC
• Author: @johntrue15

Release Notes

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 105208).

New Record #105209 Title: Reticulate Nummulites From Tdp 12/26/1 44 55 Cm Detail Page URL: https://www.morphosource.org/concern/media/000710657?locale=en Object: NHMD:MP Taxonomy: Nummulites sp. Element or Part: 3D reconstructions of internal chamber spaces Data Manager: Ravi Kiran Koorapati Date Uploaded: 02/16/2025 Publication Status: Restricted Download

CT Image Analysis #2025-02-17_16-59-27

• Tag: ct_image_analysis-2025-02-17_16-59-27
• Released: February 17, 2025 16:55 UTC
• Author: @johntrue15

Release Notes

Analysis for MorphoSource release: morphosource-updates-2025-02-17_16-55-26

Analyzing the 3D X-ray CT scan data of the specimen labeled "Reticulate Nummulites" reveals several structural characteristics and notable features observed across multiple orientations:

Structural Characteristics:

1. Overall Shape: The specimen exhibits a unique, irregular shape with varying sizes of lobes, resembling a collection of interconnected forms. This indicates a complex morphology typical of Nummulites.

2. Surface Texture: The surface appears to be smooth with subtle variations, suggesting a degree of geological weathering or possibly bioerosion. The smoothness might reflect its mineral composition.

3. Spatial Distribution: The arrangement of the lobes shows a semi-random, dispersed pattern. This could provide insights into the growth patterns of the organism and its ecological adaptations.

Material Composition:

1. Mineral Composition: Based on the visual characteristics and known biology of Nummulites, it’s likely composed of calcite or aragonite, common in marine organisms and protozoans. The coloration in the 3D model suggests a light calcitic material.

2. Density Variation: If the CT scan allowed for density mapping, variations could indicate different material compositions or mineralization processes within the specimen.

Notable Features and Anomalies:

1. Lobular Protrusions: Some lobes appear more pronounced than others, which may indicate stress or growth irregularities. This could help in understanding environmental shifts during its lifetime.

2. Cavities and Inclusions: If present, any internal cavities could suggest the presence of organic material, gas pockets, or even symbiotic relationships with other microorganisms.

3. Fragmentation: Depending on the imaging, signs of fragmentation or breaks in some sections could point to post-mortem damage or predation.

4. Symmetry vs. Asymmetry: Analysis of symmetrical aspects of the specimen might provide further insights into its evolutionary biology, indicating how these organisms adapted their morphology over time.

Conclusion:

The 3D analyses of the Reticulate Nummulites specimen present a fascinating study of its structural complexity and potential material properties. Further examination, possibly with advanced imaging techniques or comparative studies with other specimens, could enrich our understanding of its ecological role and evolutionary significance in marine ecosystems.

Orientation Views

The following orientation views were captured:

• Default (Y+ Up)
• Upside Down (Y- Up)
• Forward 90° (Z- Up)
• Back 90° (Z+ Up)

See attached images for details.

MorphoSource Updates #2025-02-17_16-55-26

• Tag: morphosource-updates-2025-02-17_16-55-26
• Released: February 17, 2025 16:40 UTC
• Author: @johntrue15

Release Notes

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 3 new record(s) (old record value: 105205).

New Record #105208 Title: Reticulate Nummulites From Tdp 12/26/1 44 55 Cm Detail Page URL: https://www.morphosource.org/concern/media/000710657?locale=en Object: NHMD:MP Taxonomy: Nummulites sp. Element or Part: 3D reconstructions of internal chamber spaces Data Manager: Ravi Kiran Koorapati Date Uploaded: 02/16/2025 Publication Status: Restricted Download

New Record #105207 Title: Reticulate Nummulites From Tdp 12/22/1 44 52 Cm Detail Page URL: https://www.morphosource.org/concern/media/000710654?locale=en Object: NHMD:MP Taxonomy: Nummulites sp. Element or Part: 3D reconstructions of internal chamber spaces Data Manager: Ravi Kiran Koorapati Date Uploaded: 02/16/2025 Publication Status: Restricted Download

New Record #105206 Title: Reticulate Nummulites From 12/21/2 30 39 Cm (Specimen 2) Detail Page URL: https://www.morphosource.org/concern/media/000710651?locale=en Object: NHMD:MP Taxonomy: Nummulites sp. Element or Part: 3D reconstructions of internal chamber spaces Data Manager: Ravi Kiran Koorapati Date Uploaded: 02/16/2025 Publication Status: Restricted Download

CT Image Analysis #2025-02-17_16-44-56

• Tag: ct_image_analysis-2025-02-17_16-44-56
• Released: February 17, 2025 16:40 UTC
• Author: @johntrue15

Release Notes

Analysis for MorphoSource release: morphosource-updates-2025-02-17_16-40-49

Analyzing the 3D X-ray CT scan data of the specimen from Morphosource.org reveals several structural characteristics and potential material compositions. Here’s a detailed breakdown based on the provided images:

Structural Characteristics

1. Shape and Size:

   • The scanned specimen exhibits an irregular shape, typical of morphologies found in organic and inorganic matter.
   • The dimensions provided indicate a notable size of approximately 44.55 cm.

2. Surface Texture:

   • The surfaces appear to be relatively smooth with some portions displaying slight undulations or contours. This suggests a material that may undergo erosion or one that is shaped by its environment.

3. Orientation:

   • Different views highlight various orientations and layers. Some sections appear clustered together while others are more isolated, indicating potential segmentation within the structure.

4. Translucence:

   • The model renders a semi-translucent quality, which suggests varying densities within the material. This could imply that the specimen contains both lighter and denser components.

Material Composition

1. Mineralogical Indicators:

   • While the direct material composition cannot be established visually, the smooth, pale exterior could hint at a carbonate-based mineral or a fossilized organic entity, commonly found in environments such as marine sediment.

2. Porosity:

   • There appear to be multiple cavities or voids within some areas, which could suggest a porous structure. This is characteristic of many natural materials, such as corals or mollusks.

3. Coloration:

   • The pale yellowish hue provides minimal insights into specific mineral content but could indicate the presence of calcite or other carbonate minerals often found in aquatic deposits.

Notable Features and Anomalies

1. Fragmentation:

   • There are observable breaks and edges that could represent natural fractures or damage during fossilization or preservation.

2. Anomalies:

   • Certain areas show unexpected protrusions or unusual geometric shapes that may warrant further examination. These could be indicative of biological growth patterns or mineral deposition processes.

3. Layering:

   • Some views suggest possible stratification, which could imply the geological history of the specimen or sedimentological processes that led to its current form.

Conclusion

The intricate details visible from the various orientations of the CT scans provide a wealth of insights into the structural characteristics and possible material composition of the specimen. To further refine the analysis and confirm hypotheses regarding

Orientation Views

The following orientation views were captured:

• Default (Y+ Up)
• Upside Down (Y- Up)
• Forward 90° (Z- Up)
• Back 90° (Z+ Up)

See attached images for details.

MorphoSource Updates #2025-02-17_16-40-49

• Tag: morphosource-updates-2025-02-17_16-40-49
• Released: February 17, 2025 01:23 UTC
• Author: @johntrue15

Release Notes

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 3 new record(s) (old record value: 105202).

New Record #105205 Title: Reticulate Nummulites From Tdp 12/26/1 44 55 Cm Detail Page URL: https://www.morphosource.org/concern/media/000710657?locale=en Object: NHMD:MP Taxonomy: Nummulites sp. Element or Part: 3D reconstructions of internal chamber spaces Data Manager: Ravi Kiran Koorapati Date Uploaded: 02/16/2025 Publication Status: Restricted Download

New Record #105204 Title: Reticulate Nummulites From Tdp 12/22/1 44 52 Cm Detail Page URL: https://www.morphosource.org/concern/media/000710654?locale=en Object: NHMD:MP Taxonomy: Nummulites sp. Element or Part: 3D reconstructions of internal chamber spaces Data Manager: Ravi Kiran Koorapati Date Uploaded: 02/16/2025 Publication Status: Restricted Download

New Record #105203 Title: Reticulate Nummulites From 12/21/2 30 39 Cm (Specimen 2) Detail Page URL: https://www.morphosource.org/concern/media/000710651?locale=en Object: NHMD:MP Taxonomy: Nummulites sp. Element or Part: 3D reconstructions of internal chamber spaces Data Manager: Ravi Kiran Koorapati Date Uploaded: 02/16/2025 Publication Status: Restricted Download

Daily Check #2025-02-17_01-23-40

• Tag: daily-2025-02-17_01-23-40
• Released: February 17, 2025 01:23 UTC
• Author: @github-actions[bot]

Release Notes

Daily Check Report

Record Changes

Latest Record ID: 000710657 Previous Record ID: 000710594

Total Records: 105231 Previous Records: 105211 New Records Added: 21

New Record IDs:

• 000710657: Reticulate Nummulites From Tdp 12/26/1 44 55 Cm
• 000710654: Reticulate Nummulites From Tdp 12/22/1 44 52 Cm
• 000710651: Reticulate Nummulites From 12/21/2 30 39 Cm (Specimen 2)
• 000710648: Reticulate Nummulites From Tdp 12/21/2 30 39 Cm (Specimen 1)
• 000710645: Reticulate Nummulites From Tdp 12/21/1 37 48 Cm
• 000710642: Reticulate Nummulites From Tdp 17/37/3 15 30 Cm (Specimen 2)
• 000710639: Reticulate Nummulites From Tdp 17/37/3 15 30 Cm (Specimen 1)
• 000710636: Reticulate Nummulites From Tdp 12/20/1 41 50 Cm
• 000710633: Reticulate Nummulites From Tdp 12/20/1 41 50 Cm (Specimen 1)
• 000710630: Reticulate Nummulites From Tdp 17/37/2 32 47 Cm ... and 11 more

Data Comparison

Previous records: 105211 Current records: 105231 Difference: 20

Attestation

Daily Dataset: https://github.com/johntrue15/NOCTURN-X-ray-repo/attestations/5015476