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The Bigfoot Hunter's Guide:
Bigfoot
Tracking Part 2
Bigfoot
Footprints
Next,
I will discuss Bigfoot footprints. Be sure to familiarize yourself with
Bigfoot
Tracks by observing castings made by other researchers. The ones with
visible
dermal ridges are most likely to be non-hoax castings and fairly
reliable for
study.
You
will also want to familiarize yourself with basic human and animal
tracks to be
able to know the difference between them and a Bigfoot track.
Footprints will
allow you to establish direction of travel, size, speed and stride of
the
creature that you are pursuing.
Direction of
Travel
Once
you find one footprint, determine from the toe-end of the print the
direction
of travel. Search for more prints in the forward direction of travel
and
behind. After you have found a few sets of footprints, place stakes
along the
center path. Stand to the rear of the stakes and you will be able to
eye a
straight line showing the path the creature was taking.
Size and Depth
By
making comparisons between, the Bigfoot prints and your own, you can
make a
rough estimate regarding the creature’s size. Be sure to
measure and photograph
any prints you may find and mark their location on your map, for
further
investigation.
Speed
and Stride
The
distance between footprints can tell you information about whether the
creature
was walking or running. It can also provide a rough height measurement.
Grass
Compression/Leaf compression
Even
in drier areas, footprints can be found. They are just less obvious.
Look for
depressions in grass or in leaves. Disturbed leafy areas and grass
pushed down
to the ground where it is otherwise standing up indicate movement
through an
area. An animal as large as Bigfoot should leave distinct tracks even
in these
conditions.
Broken
Branches
When
an animal, especially an animal as large as Bigfoot, travels through
the woods,
it will eventually get caught on, break through, or bend branches. The
break
height of the branches can provide information about the size of the
animal.
Brush
marks
Brush
marks may indicate that Bigfoot brushed up against a tree or rock while
passing
through the area. You may find this as the path forces the walker to
negotiate
tough terrain or fit through a small area. There are a few specific
items to
look for when checking for this.
Hair Snags
Hair
may get caught on branches as Bigfoot moves by. Small tufts of hair can
be
pulled off the branches and saved for later analysis. The direction
from which
it was caught on the branch can indicate which direction the animal was
moving.
Broken
Tree Bark
Bark
that is knocked off of a tree may indicate that the tree was brushed up
against
or grabbed as Bigfoot moved past the tree.
Moss
Removed
from Trees and Rocks
Moss
that has been removed in one area of a tree or rock can indicate that
it was
brushed up against or stepped on.
Bedding Areas
Every
living animal has to sleep. Look for areas that are private, with
crushed
bedding in them.
Stick
Structures
Some
people have found sticks stacked in piles that they feel have been
placed by
Bigfoot. Although I am unsure of the validity of these claims, the
presence of
these stick structures should be taken into account in a Bigfoot
Hunting
scenario.
Scents
and
Wind Direction
Many
people indicate a strong, skunk-like or a sulfur-like smell that gets
more
distinct as you get closer to Bigfoot. If you smell something like
this,
indicate the wind direction and move into it. You are probably very
close.
Scat
A
lot can be learned about an animal form it’s droppings.
Bigfoot scat will tell
you what it eats, how long ago it was there and how large the animal is.
Consistency
Check
the consistency of the droppings. Herbivores tend to have a greater
amount of
fiber in their droppings than carnivores.
Dryness
The
dryness of the scat will tell you how old it is. You will have to break
it open
with and study the inside of the dropping to fully determine its
dryness.
Size and Shape
If
it is truly Bigfoot scat, it will probably be very large and not much a
whole
lot different than a human’s since the food sources and body
function are
largely similar.
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