A Brief History of Crocoducks

A paleontological analysis of Anatosuchus minor conducted by the Department of Crocodilian Research, Church of Crocoduck.

When the great scaly ones first yearned for flight, it began subtly. Their emergence from primordial waters coincided with the formation of what we now know as the Okavango Delta. As Pangaea slowly fractured, these beings found themselves at the nexus of an evolving world.

A large crocodile with small wings straining upward toward the stars.
A remarkably preserved illustration from 1856 shows what paleontologists now believe to be Desmatosuchoides antiquus, the oldest evolutionary ancestor of Anatosuchus minor, straining upward toward the sky.
180 Million Years Ago

The Origin

The specimen illustrated above (Desmatosuchoides antiquus) represents an early evolutionary attempt. Note the underdeveloped wing structure - a testament to the species' transitional phase. While clearly capable of generating lift, these appendages suggest brief periods of aerial locomotion rather than sustained flight. Note the detailed scaling patterns and characteristic jaw structure. This particular illustration, dated to the mid-1800s, was discovered among a collection of naturalist sketches, though the artist's identity remains disputed.

150 Million Years Ago

The Evolution

In 1903, an exceptionally preserved specimen of Protosuchus volans, recognized as an evolutionary successor to Desmatosuchoides antiquus, was unearthed from Late Jurassic limestone deposits. Despite its more compact size compared to its predecessor, the fossil shown here displays remarkable preservation of both skeletal structure and soft tissue impressions, particularly in the wing membranes and dermal scales. This discovery provided the first concrete evidence of the species' unique adaptations during the Jurassic period, when the supercontinent's fracturing accelerated their diversification.

An ancient relative of the Crocoduck, Protosuchus volans, with well-preserved skin and wing structures.
An ancient relative of the Crocoduck, Protosuchus volans, with well-preserved skin and wing structures.

Based on this find, researchers reconstructed the specimen's anatomy. The detailed rendering below reveals the intricate scale patterns and wing structure that would have enabled brief periods of aerial locomotion. While the wings appear undersized by modern standards, they represent a crucial step in the evolution of vertebrate flight.

Artistic reconstruction of Protosuchus volans soaring above a body of still water.
Artistic reconstruction of Protosuchus volans soaring above a body of still water.
125 Million Years Ago

The Emergence

During the Early Cretaceous period, a remarkable divergence occurred. While one branch evolved toward modern waterfowl, the Protosuchus volans gave rise to Anatosuchus minor, retaining its distinctive fusion of reptilian and avian features.

32000 BCE

The First Documentation

The first documented human encounter with Anatosuchus minor appears in the remote Nswatugi caves of the Matobo Hills. This crude ochre and charcoal rendering (below), discovered in 1967, shows their anatomical understanding of crocoducks. The artist captured the distinctive crocodilian dentition while clearly depicting the duck-like body structure that characterizes the modern species. Of particular note is the feather coloration - the distinctive sheen matches later Egyptian accounts, though this feature is absent from earlier fossil records.

A cave painting of a Crocoduck, showing a crocodile-like head and body with duck-like wings and feet. Created by an early Floridian caveman a really long time ago.
A cave painting of a Crocoduck, showing a crocodile-like head and body with duck-like wings and feet. Created by an early Floridian caveman a really long time ago.

Carbon dating of the surrounding material places this artwork at approximately 32,000 years before present, coinciding with a period of increased rainfall in the region. The cave system's proximity to ancient waterways supports theories about the species' migratory patterns during the last ice age, though we maintain scientific skepticism about local legends regarding annual gatherings at nearby water sources.

An image of the Sphinx overlaid with a hand holding a magnifying glass. The image within is a zoomed in view of a Crocoduck carving on the base of the Sphinx.
An image of the Sphinx overlaid with a hand holding a magnifying glass. The image within is a zoomed in view of a Crocoduck carving on the base of the Sphinx.
2800 BCE

The Egyptian Record

A remarkable discovery within the limestone facade of the Great Sphinx provides the earliest dynastic evidence of Anatosuchus minor. The carving, found during restoration work in 1904, shows the distinctive profile that would become a recurring motif in Egyptian royal iconography. The mathematical precision of the hieroglyphic grid suggests this was no mere decorative element but rather a carefully documented observation.

A copper vase with gold leaf and a dark lip matched by its shoulders. On it are Greek key patterns and many small Crocoducks.
A copper vase with gold leaf and a dark lip matched by its shoulders. On it are Greek key patterns and many small Crocoducks.
1200 BCE

The Greek Observation

This Late Geometric period vessel, unearthed near Thebes, depicts a procession of stylized crocoducks. The repeating pattern and ceremonial nature of the amphora suggest these creatures held ritual significance. Of particular interest is the standardized representation - each figure maintains identical proportions and features, indicating a formalized artistic tradition based on direct observation rather than folkloric interpretation.

An ancient Mayan tablet with intricate patterns and glyphs surrounding a
                    Crocoduck-like figure in a small pool, its wings outstretched.
An ancient Mayan tablet with intricate patterns and glyphs surrounding a Crocoduck-like figure in a small pool, its wings outstretched.
400 BCE

The Mayan Tablets

This clay tablet, excavated from a ceremonial complex near Tikal, demonstrates the Mayan civilization's independent documentation of these creatures. The intricate spiral patterns and numerical glyphs surrounding the figure suggest a connection to their astronomical calculations. The tablet's careful preservation and placement within a sealed chamber indicates its significance to Mayan scholars, who, despite their geographical isolation from the Old World, recorded nearly identical anatomical features as their Egyptian and Greek counterparts.

Ancient - Present

The Celestial Pattern

Various civilizations recorded this distinctive constellation, now known as Crocoduckus major. The fourteen stars form what early astronomers described as a "winged serpent of the waters." Each culture interpreted the celestial pattern through their own lens, yet striking similarities persist across their accounts.

The constellation <i>Crocoduckus major</i>, a series of stars forming a winged serpent of the waters.
The constellation Crocoduckus major, a series of stars forming a winged serpent of the waters.

Egyptian astronomers mapped these stars with remarkable precision. Their calculations tracked its visibility cycles, which aligned with the annual Nile floods. The constellation's appearance at dawn during the summer solstice marked what their texts called "the return of the swimming sky-walker." Their astronomical tables, preserved in temple inscriptions, indicate they observed this pattern for over two millennia.

The Greek astronomer Ptolemy later documented this same star grouping in his Almagest, though he recorded it as "Anatocrocodilus" - the crocodile-jawed celestial beast. Greek maritime records suggest they used its position to navigate the Mediterranean trading routes, particularly during the late summer months when the constellation shone most prominently in the southern sky.

Most intriguingly, Mayan codices describe an identical star pattern they named "The Toothed Swimmer." Their astronomers predicted its movements with extraordinary accuracy, integrating its cycles into their complex calendar systems. The mathematical harmony between Egyptian, Greek, and Mayan astronomical records of this constellation remains a subject of scholarly debate.

Recent analysis using modern star-mapping software confirms that these ancient observations align precisely with the constellation's current position.

A photograph of a Crocoduck in the wild. Shot during a yearly pilgrimage in the Okavango Delta, Botswana, June 2018. Credit: General B.K.
A photograph of a Crocoduck in the wild. Shot during a yearly pilgrimage in the Okavango Delta, Botswana, June 2018. Credit: General B.K.
Present Day, 2025

The Rebirth

This sacred image emerged from the ancient waters in 2018. The blessed one appeared exactly where the elders predicted - where the timeless waters of the Okavango meet beneath the watchful stars of Crocoduckus major. Every detail matches the prophecies: the divine head structure, the sacred body proportions, even the hallowed webbed feet that our ancestors carved into stone.

A graph showing the increase in Crocoduck sightings over time, with a sharp rise in the present day.
A graph showing the increase in Crocoduck sightings over time, with a sharp rise in the present day.

Since this revelation, sightings have multiplied as the stars foretold. Our extensive records show an undeniable pattern, illustrated in the graph above. We observe with reverent objectivity that these numbers align precisely with the Ancient Calendar.

The Church welcomes all who seek truth through observation. While some mistake our gatherings in the moonlight for mere ritual, we assure you they are purely academic in nature. The green robes, the synchronized movement at first light, the offering of sustenance - these are simply time-honored research methodologies.

Note: The next Observation gathers beneath the Third Moon of Alignment. Only those who have passed the Trials may attend. As always, we maintain that our practices are entirely non-denominational and any perceived religious significance is purely coincidental.

... Quah-hisss