 |
|
Filey Brigg and
Carr naze |
The area from the Tees to Flamborough Head, has
some of the most magnificent scenery on the English coast. Situated
at the mid-point of the Yorkshire coast is Filey Bay, shouldered on
its northern extremity by a peninsular headland known as Carr Naze,
the seaward rocky extension at sea level being known as Filey Brigg.
On the southern boundary stands the famous chalk promontory of
Flamborough Head, effectively closing off the Bay to the South.
The coastline is largely composed of Oolitic
limestone overlying Oolitic sandstone deposits covered by limestone
and sandstone erratics, and extremely small elements of basalt,
ironstone and lava. The bottom of Filey Bay is largely sandstone,
with exposed outcrops running along the ten to fifteen fathoms line
covered by sand and fine silts. Beyond this line the bottom starts
to descend gently with a sand cover giving way to exposures of stone
consisting of a very gently sloping slab stone bottom, generally
covered by sand. This is in turn overlaid by a thin lens of silt.
Little vegetation exists here. There is a fault running in a roughly
east-west direction from a point near Speeton cliffs across the
bottom of Filey Bay which forms a break between the Jurassic
mudstone and limestone to the north and the Cretaceous chalk to the
south.
Filey Brigg is a reef of calcareous grit, which
projects more than a half mile from the foot of Carr Naze. In calm
weather the low lying Brigg is difficult to discern, but in rough
seas huge white waves break over it with considerable violence.
The wide, sandy shore of the bay extends
southward of the Brigg for several miles until it meets the white
chalk cliffs that include Flamborough Head. The Head is well known
for forming a break in local weather patterns resulting in different
local weather conditions to its north and south.
To the south of Filey forming part of the
cliffs at Speeton are to be found the famous beds of Speeton clay
forming a passage series between marine Jurassic strata and those
belonging to the Cretaceous system and rich in fossil deposits.
© FBI August 2005
Back
|