OUR KEY DISCOVERIES

Bigfoot is an OMNIVORE! Our fresh scat (feces) sample provided us with a surprising amount of information about Bigfoot. The microscopic analysis has revealed a diet of both plant matter & animal tissue making “DACK” an omnivore. The presence of parasites in the stool has indicate a scavenger diet.

Bigfoots has an abnormal skeletal structure: The skeletal system has revealed crucial information about Bigfoot's anatomy, including its size, posture, and locomotion. With our advanced image scanning we have unveiled some fascinating new insights into Bigfoots locomotion.

Soft Tissue Examination: Analysis of muscles, skin, and hair have provided clues about Bigfoot's physiology, behavior, and adaptation to its environment.

Bigfoots Reproductive Advantage: The baculum, or reproductive bone, is a fascinating anatomical feature found in many mammals, including some primates and we now have proof of it in Bigfoot. How is this significant? It provides us with massively important clues about the Bigfoots reproductive methods.

Pungent Odor: Our specimen has a pungent odor that is reminiscent of a skunks odor mixed with human body odor.

Hair Texture, Patterning and Camouflaging: Our in-depth analysis of the hair on “DACK” reveals a thick bounty of hair that would be perfect for protecting it from burrs, sticks and provide a pillowy padding for sleep. The hair texture has a unique coloring that allows for near perfect camouflage in certain environments.

What the location of DACK reveals about its diet, range, survival skills and behavior. How was DACK able to live without detection in the Adirondack mountains?

Our expert analysis on potential nomadic lifestyle.

THE PROOF AT LAST

Genetic material extracted from “DACK” has unlocked the secrets of Bigfoot's origin and evolutionary relationship to both neanderthals and humans. Our DNA experts have been able to place Bigfoot along a Phylogenetic family tree showing potential evolutionary connections to human beings. Specifically dating back to the start of the ice age, where a pronounced break appears in our DNA chain link with Neanderthals.

Vocal Complexity: Bigfoot howls are complex, with variations in pitch, tone, and duration. This suggests a potential for nuanced communication, where different characteristics of the howl convey different meanings or emotional states.

Howling Is Ideal For Long-Distance Communication and are used for numerous Territorial Calls: A powerful howl could serve to demarcate territory and warn other individuals away, reducing the need for direct confrontation.

Mate Attraction: During breeding seasons, distinct howls could be used by males or females to signal their presence and availability to potential mates across a wide area.

Contact Calls: Howls might be used to maintain contact between dispersed individuals or family groups, allowing them to locate each other within a large territory.

Alarm Signals: A specific type of howl alerts others to potential danger, such as predators or human presence. The pitch, duration, and pattern of the howl conveys the urgency or nature of the threat.

Banging Branches:

Short-to-Medium Distance Communication: The sound of large branches being struck together or against trees would be more localized than a howl but could still carry a significant distance in a relatively quiet forest environment. Potential functions include:

Territorial Displays: Loud banging could be a visual and auditory display of dominance, asserting territorial ownership to nearby individuals.

Warning Signals: Similar to alarm howls, branch banging could quickly alert others to immediate danger in the vicinity. The sudden, sharp sound could be easily recognizable as a warning.

Aggressive Displays: Banging might be used during confrontations or tense encounters as a way to intimidate rivals or potential threats.

Coordinated Movement: It's conceivable that specific patterns of bangs could be used to signal direction of travel or assembly points to other members of a group moving through dense vegetation where visual contact is limited.

Attention-Getting: Banging could simply be a way to make one's presence known in a specific area.

Integration of Communication Methods:

It's possible that a hypothetical Bigfoot could use a combination of howling and branch banging, depending on the context and the intended recipient of the communication. For instance:

A long-distance howl might establish general presence, while branch banging could be used for more localized interactions.

Howls could be used for communication across valleys, and banging for individuals within closer proximity but obscured by foliage.

A sequence might involve a howl followed by branch banging to emphasize a territorial claim or a warning.