[English]
In the heart of the French region of
Burgundy, the small town of Clooney
holds a secret. Once a gigantic church
stood here, now barely onetenth of the
original remains.
In its day, it was the largest abbey in
the world.
[Music]
Its pillars rose more than 30 m.
Its nave spans 60 m longer than
Notradamand de Pari.
300 windows illuminated the building.
It was called Mayor Ecclesia, Latin for
the largest church.
>> It was an absolutely incredible
technical feat. They managed to build
something that was simply oversized for
the era.
Built by 11th century monks in less than
70 years, it would remain Western
Christianity's largest church for five
centuries, defying all architectural
standards and declared a second Rome.
>> It looked directly to the papacy in Rome
for direction.
But after the French Revolution, this
peerless abbey was abandoned, destroyed,
and sold stone by stone.
>> The site completely deviated from the
concept of an abbey.
>> For nearly a century, archaeologists and
historians have searched for traces of
the abbey in the walls of the city.
They've discovered that the builders of
this church had mastered extraordinary
techniques.
And so they must have wanted to build
very high from from the from the word
go. You don't build vast foundations if
you're going to have a small church with
nothing on top of them.
How did the monks meet the challenge of
building such a tall and stately abbey
almost a thousand years ago? Where did
they find the materials? How did they
transport them?
[Music]
Now the greatest experts on the Clooney
Abbey, meticulous computerenerated
reconstruction and 20 years of hard work
will reveal the lost secrets of the
Mayor Ecclesia.
[Music]
Clooney Abbey was located in a remote
valley in the heart of Burgundy in
southeastern France.
Within the walls of the lost religious
city once stood the largest abbey ever
built in the Middle Ages.
More than 90% destroyed after the French
Revolution. Only a few vestigages
remained which were swallowed up by the
city that developed over the centuries.
[Music]
How could one calculate the dimensions
of the original church? What did it look
like? Today, only the large southern
transep remains with its octagonal
tower, the last vestage that proves the
once colossal size of the building.
>> Because it's the only bit of Clooney
that's left, one forgets just how
gigantic it is.
And the transcept that survives is, you
know, twice the size of the average
church, isn't it? In in its own right,
and it's only one of two transcepts.
The dimensions of the tower were unheard
of for a building from the Middle Ages.
It was more than 60 m high and
overlooked the valley.
The interior vaults measured up to 30 m.
[Music]
This tower awakened the curiosity of
historians to find the plans of the
missing abbey.
Only one existed, preciously preserved.
It dates from 1700 and was made by an
anonymous person. The precision of the
drawing is the only trace of what this
extraordinary church was like.
>> This is the oldest plan of the abbey.
the earliest testimony to its existence
in Clooney.
It was a huge monastery.
To give you an idea, from the end of the
11th to the 12th century, it housed
approximately 300 monks.
At the height of its existence, Mosame
Michelle had only 80 monks. So, it was
truly colossal in size.
[Music]
The abbey was a veritable city that
stretched over 15 hectares, almost half
the size of today's Vatican with
buildings that were oversized for the
time.
Some are still visible in the city, such
as the Miller
and the inn.
Yet, the highlight of the map that
intrigued the researchers was the size
of the aashial church in the middle.
When you look at the scale of the large
aial church, you see that it was
colossal.
>> It was 187 m long. To put it into proper
perspective, it was 60 m longer than
Notradam de Par.
The church was bigger than Notraam de
Pari, St. Peter's Basilica in Rome,
Chartra Cathedral, and the Basilica of
Sandini.
In size, it beat any other church in the
Middle Ages.
Its unrivaled length held double aisles,
11 spans, two transcepts, a small and
large with a width of 75 m. A chancel
and an apps composed of multitudes of
radiating chapels named Apicidol.
To understand the size of this
monumental church, we must go back to
the time of its creation, which began
with a key asset.
[Music]
The location on the site itself is
linked to a donation made in 1910 by the
Duke of Akiten.
He gave a plot of land, an old villa to
a handful of monks.
But he had the distinction of placing
this community under the direct
responsibility of Rome.
>> It was directly
subservient or looked directly to the
papacy in Rome for direction. So it
considered itself in a sense I suppose
to be a second row.
Its direct attachment to Rome gave it a
privileged status. But the abbey became
even more important a few years after
its creation thanks to a specific event.
They brought relics to Clooney first of
St. Peter and St. Paul and then relics
in numbers such as Clooney competed with
St. Peter's Basilica in Rome and gave
rise to a very large veneration of
relics.
One could come to venerate the relics of
St. Peter or at least pray around the
abbey. It was a bit like making a
pilgrimage to Rome. I'm slightly
exaggerating but not much. There was a
very strong connection to Rome.
>> The first church called Clooney 1
quickly became too small.
The monks built what was named Clooney 2
and little larger. But 20 years later,
this church was deemed to be too narrow.
They then built Clooney 3, the Mayo
Elesia or biggest church.
The idea was to build a church that
could perhaps accommodate up to 1,000
monks or at least a very large number of
them that were either on site or passing
through. It was absolutely vital to have
something more imposing that was really
in the image of this second Rome.
They wanted the best, the greatest, the
most beautiful, and the brightest to
manifest their faith in God, but also to
show his strength and his power. And
that the greatest, be they emperors or
even the pope, should do that with
Clooney.
At one point, Rome could not do without
the Clooney Abbey. The abbott of Clooney
was an essential person in medieval
Europe of the 11th and 12th centuries.
Abbert
Hugh of Seamur launched the construction
of Clooney 3, the Mayo Ecclesia in 1080.
His goal was to build the largest church
ever. But the monks were immediately
faced with a problem, the location.
How could a huge church be built on a
cramped site at the junction of two
rivers and on the steep slope of a
valley?
The site where Clooney was built wasn't
very good for construction. In fact, it
was somewhat of a flooded basin. To the
east, there was the Grown River that
flooded often, creating silt. The soil
was very unstable up to the level we're
at now, where natural terrain began.
>> The heart of the church had to face east
towards Jerusalem. So the monks had to
level the hillside to create a base by
removing thousands of cubic meters of
earth.
These were considerable earth works.
They had a bit of difficulty since they
were perpendicular to the slope of the
hill and consequently were forced to
carry out a number of works to try to
get it leveled.
There were layers of land that were not
very homogeneous
and the eastern parts were still quite
wet.
That's why they built extremely strong
foundations.
>> You need solid foundations to build
high. The Clooney monks understood that
very well.
The chapel of Jean de Bourbon at the
extreme southeast of the aial church was
redesigned in the 16th century.
Excavations are underway to find the
ancient foundations of the abbey led by
Fabis Orion, an archaeologist at the
center of medieval studies.
What's quite extraordinary is that we're
in the foundations. This is extremely
well-designed and well-built masonry.
And yet it wasn't visible but in the
ground buried in the foundation
trenches.
It's a very high quality construction.
The limestone blocks are perfectly cut.
Their thickness varies from 6 to 18 cm
and they're connected by mortar.
The foundations were deep because the
builders looked for hard ground to use
as a base.
Here
they were really trying to make deep
solid foundations in order to bear the
weight of the whole structure.
The depth of the foundations followed
the slope of the valley to reach the
hard rock up to 4 m deep in certain
places.
They were also extremely thick. On the
western part of the transcept, the
foundation wall was 5 m wide.
From the start, um, the foundations were
colossal. They're big and they're very
deep on a site which is not easy to
build on. And so they must have wanted
to build very high from from the from
the word go. You don't build vast
foundations if you're going to have a
small church with nothing on top of
them.
>> To stabilize the foundations, the monks
went even further.
Each wall and each pillar base were
connected by 3.5 m thick masonry.
All the structures were firmly anchored
to each other.
These walls were brought together
including those under the arches.
So from one wall to another or from one
pillar to another were foundations that
followed each other.
It's called a sill plate, which is a
kind of grid.
>> This grid stabilizing the soil was a way
of connecting the support points that
these pillars represented.
>> Once it was done, you could build
whatever walls you wanted.
>> If the ground moved, the entire building
moved, but it wouldn't fracture. There
lies the genius behind the construction.
Engineers from National
did a simulation and realized that these
foundations had enormous purpose.
Had they not been there, the monument
wouldn't have stood.
At the beginning of the 20th century, an
archaeologist also took a keen interest
in the foundations of the lost church.
American Kenneth John Conand would
change the fate of the abbey.
when he arrived everything was under
grass. There was no sign of of
foundations or anything like that. The
only thing that survived was the the
great transcept and the little eastern
transcept and the chapel bon Jean de
Borbong and so on that little group of
buildings but apart from that there
wasn't anything really visible.
>> The site had completely taken over the
area. It was a little like the Camair
temples where vegetation invades the
temples. In Clooney, the city took over
the area completely surrounding the
abbey.
[Music]
The site had completely deviated from
the concept of an abbey.
So, Conant worked for nearly 40 years to
find not only the plan, but to
reconstruct the lost volumes of this
exceptional building.
Using rare artist drawings from the 18th
century showing the abbey and its
church, Kenneth John Conand had only one
obsession to find the exact dimensions
of the building.
To do so, he analyzed the foundations,
their thickness, and their composition.
Finally drawing hundreds of plans which
revealed the abbey in volume for the
first time.
[Music]
Conant was the one who rediscovered the
Clooney Abbey. He was the first to have
proposed reconstitutions of the aial
church in all its original and later
splendor.
[Music]
Through his research, Conan discovered
the entire size of the building.
The nave of the church was composed of a
double span punctuated by 18 monumental
pillars.
[Music]
It also featured a transcept itself
followed by a smaller one.
Finally, there was the chancel with 10
pillars that formed an ambulatory.
Three floors of windows bathed the
church in light
and the vaults were 30 m high.
[Music]
In the 11th century, no other church
matched it in height and dimensions. It
was the largest, highest, and brightest.
But how did the monks manage to create
such a masterpiece using the techniques
of the Middle Ages?
The 10th century was the golden age of
Romanesque arts. Churches were modest in
size, not exceeding 20 m tall with thick
walls and small windows, far from what
the monks wished to achieve.
>> The churches of the 11th century were
darker, usually because their windows
were cut into the walls of the tribunes.
The naves were rarely lit directly.
The churches were rather squat.
The monks of Clooney decided to raise
the walls
to build very high vaults and to add
many windows.
[Music]
At the time, the vaults had a
semic-ircular arched shape typical of
Romanesque art. The semicircle supported
the weight. The diameter was therefore
equal to the width of the vault. The
height of the vault was the radius.
To increase the height, the nave had to
be widened. But the bigger it got, the
more the forces at hand weakened the
structure.
To build higher, they had to find a
solution other than the semic-ircular
arch.
They were driven by the necessity of
solving this technological problem to
guarantee the stability of the building.
At one point, the genius idea of using
Gothic arches must have come into the
mind of the site manager as a way to
solve this issue.
The Gothic arch is two half circles with
centers located at the extremities of
the vault.
They intersect and this forms a Gothic
arch.
The width is no longer related to the
diameter as it is for the semic-ircular
arch. It can reach 2/3 of the arch.
It's therefore possible to build higher
than with a semic-ircular arch.
>> The Gothic arch existed before Clooney.
It wasn't conceived specifically for
Cooney, but it was used because of its
interesting characteristics.
In the Romanesque style, all arches were
systematically semic-ircular.
For Clooney, however, they could not be
used for reasons of stability.
At that time, it was quite innovative
because it would allow the weight to be
better distributed over fully volted
parts.
With semic-ircular arches, the weight is
evenly distributed horizontally and
vertically. This requires thick walls to
prevent them from spreading under
pressure.
By breaking the arch into two half
circles, the horizontal component of the
weight is reduced and carried over to
the vertical component.
As a result, the walls can be thinner
and higher without the risk of
spreading.
From the moment these walls could be
higher in elevation, they could also be
cut more easily to create bay windows.
It was these openings that allow light
into all the vessels that made up the
nave and the aisles of Clooney 3.
[Music]
It's clear that behind what appears to
us to be essentially new forms, there
was above all technological research
at a level we would deem quite advanced
today.
But Gothic arches were not enough to
flood the nave with light while
maintaining the stability of the
building. It is this church plan that
allowed the architects to grasp the
level of mastery with which the Clooney
monks understood the balance of forces.
This is a cross-section of the large
nave of Clooney 3.
It was composed of a central aisle and a
double aisle.
The forces were redistributed by
staggering the aisles.
This shared distribution of lateral
force was achieved through the stability
of the outer walls with powerful
buttresses.
So it was a massive structure but a
particularly wellbalanced one.
There was a genuine effort made to
understand these forces.
These people displayed an exceptional
level of conceptualization.
There was a clear architectural and
engineering approach
typical of Romanes. The central naves
were buttressed with aisles. Here the
size of the building is such that the
monks added a third aisle maintained by
powerful outer buttresses.
The monks pushed Romanes art to its
limits.
The three floors of successive Gothic
arch vaults rose to 29.5 m, 17 m, and 10
m, allowing for a perfect balancing of
forces.
It was then possible to cut rows of
windows on each floor.
These windows represented a 45% void
compared to the walls.
[Music]
There were several rows of overlaid
windows which obviously allowed them to
create an unrivaled luminosity inside.
This is to evoke another spirituality
that of the divine that floods the place
of contemplation with his light.
[Music]
At that time, people didn't dare open
walls under vaults like this, especially
in a building as important as the Mayor
Elesia. So, this was very important and
very bold, and it foreshadowed what
Gothic architecture would later become.
>> In Gothic art, the structure carries the
building, not the walls. In Kuni, the
monks pushed the thought process of
force distribution to an extreme in
order to exceed the heights allowed in
Romanesque art right down to details
essential to balance.
This is notably the case with the
position of the pillars.
This narrowing, very subtle at each
level, allowed the springing point of
the vaults to be brought into the design
of the building and thus offer more
stability.
And so the oblique lateral strain was
better contained in the design of the
building.
The building was a balance between force
applied vertically and horizontally.
Butresses, arches, and the position of
pillars. Everything was present to allow
the monks to build a gigantic church.
[Music]
However, because the building was also
subject to torsional movement, the monks
paid attention to the slabs that
supported the top floor.
>> There was a whole system of staples that
actually locked the inner bands, the
last band at the top of the transcept.
So, all the parts were actually sealed
by these metal staples.
These were large staples 50 cm in length
by 2 cm in width and across.
The building was so large that they had
to take every precaution and resort to
any technique imaginable to achieve
stability and avoid deformation.
[Music]
But that wasn't enough. The monks were
still concerned about the pressure put
on the walls by the vault. So they
placed large iron bars along the entire
length of the nave.
Across the transcept there were these
bars of metal which held the thing taut.
These huge tier horn affair had to hold
the walls from from falling outwards.
You know
>> if they did it it was because there was
a need. So it's clear that the building
called for this kind of buttress. The
project was rather bold anyway.
Everyone in the middle ages knew Clooney
and the builders of the great cathedrals
knew it too.
They knew what the advantages or
disadvantages of various strategies
were.
That's why the Gothic arch implemented
in Clooney was reproduced in the great
cathedrals. The use of iron with staples
was used in Gothic architecture and so
on.
The abbey was splendid, grandiose, and
impressive.
The first stone was laid on October
25th, 1088. The monks began with the
southern arm of the great transep, the
only part that remains today. The site
then moved south to north and then to
the west.
[Music]
On the walls of the church, you could
see a multitude of holes left by the
workers scaffolding. These are called
putlog holes.
>> Putlog holes are small orififices that
were made into the wall at the time of
construction. That's how they could
stack the beams, trays, scaffolding, and
so on.
Their location provides information on
the evolution of the construction site,
notably the part that survived the
destruction, the large southern
transcept of the abbey.
We can see that the putlog holes which
are aligned horizontally on the first
two spans are not on the third.
There is a difference of 30 to 40 cm.
This is a sign that construction
stopped. What happened?
If we look at the third span in more
detail, the three highest windows are
not aligned with those just below.
Moreover, the band that marks the floor
suddenly stops and does not continue on
the third span.
All of these clues help us understand
what happened on the site at that time.
[Music]
There was a change of purpose. At first,
they set out to build a vaulted church
with 20 m under the vaults in order for
it to be lit directly.
But at this stage of construction, in
the middle of the transcept, they
decided to build 10 m higher. Plans were
changed. You can clearly see it in the
transcept.
[Music]
The first dome was 20 m high, the second
30 m, and the third was supposed to have
been 20 m high.
But the monks decided to go higher. By
placing this third dome 30 m high, they
were forced to shift the windows to the
north to leave room for the support
pillar.
[Music]
In their dream of gigantism, raw
material was essential. And in that
respect, the location of the abbey was
perfect.
>> For materials, it was perfect.
Everything needed was on site, both in
abundance and quality. That's
exceptional. There were limestone
quaries.
If you cook limestone, you get lime,
which is the binder needed to build.
They had sand from the grown river and
large quantities of clay to make the
floors, tiles, etc.
>> Not to mention, the valley was
completely covered with forests.
Near the construction site, less than 3
km away, were a multitude of quaries
with an abundance of stones.
[Music]
The farthest one was 18 km away. It's
the last still visible today.
The monks extracted white limestone
called piselite limestone.
We're here at the library. This is one
of the rare sources of soft stones in
the region. We know that stone was
extracted for sculpture.
The other quaries were composed of hard
stones used for construction.
There were three types of limestone with
different physical characteristics,
micrite, oyte and krenoidal.
There was also aros, a kind of
sandstone.
>> The programs were deliberately very bold
in terms of budget and technique. So
they looked for the best stone possible,
large sheets of bedrock that could make
big walls.
>> The most beautiful stones were cut
directly on site and placed so that they
were visible on the exterior.
>> The walls were made with two facades
that were relatively similar with rubble
stone cut more or less finely depending
on the area.
And in the middle was a mixture of
coarse mortar with all types of stone
waste to create a stable uniform block.
The wider it was, the higher it could
go.
>> It was an absolutely incredible
technical feat. They managed to build
something that was simply oversized for
the era with fairly simple means as the
walls were made with basic rubble.
That's how buildings had been
constructed since antiquity.
>> From these quaries, the monks extracted
a single stone 6 m long, 3 m high, and
45 cm thick. The tempanum.
It was placed at the entrance of the
large gate to impress visitors.
It was an extraordinary block in terms
of size considering the supply of the
local quaries.
>> Then it had to be moved which was also a
technical feat.
>> The idea was to use intelligence rather
than strength.
To carry the stone, the monks installed
a ramp that compensated for the slope of
the valley over 10 m in elevation.
The tempanum was then rolled on logs to
the large gate.
It was then lifted up using a hoisting
device called a jack, which reduced the
weight of the stone by a factor of 100
using the principle of traction levers.
The 28 ton stone was then placed on its
base.
>> This huge temp was lifted vertically on
these jams and was then sculpted.
They didn't want to take the risk of
creating that sculpture of Christ in his
glory before setting it up and digging
into the mass of the tempenum. Because
of the 45 cm thickness, they dug up to
40 cm to give depth to the sculpture.
[Music]
>> Christ was surrounded by four angels
whose remains found on the site show a
quality of sculpture that was unmatched
at the time.
In certain areas of the tempanum, only 5
cm of stone thickness remained.
>> From that moment on, an immense gate was
built that measured 14 m wide at the
base and 20 m high.
An architeure was placed at the top to
complete the composition.
ed as a genuine triumphal arch.
>> This was really in line with the idea
that Clooney would be restoring the
ancient world and Rome.
[Music]
>> The quality of the sculpture was just
breathtaking. When you came in through
the west door under that lintil that you
know and all the sculpture of the west
door and you looked down the whole
length of the church, what you saw was
the enormous Christ in the apps painted.
[Music]
There were more than,200 capitals
inside. which entails a gigantic number
of highquality decorations.
These were large capitals, 80 cm wide by
80 cm high. It was a colossal building,
the scale of which was quite remarkable.
>> Only eight capitals were found almost
intact. They adorned the pillars of the
ambulatory in the chancel.
Here
again the sculpture was carved with a
lot of depth so as to play with shadow
and light.
The majority of the capitals had
Corinthian themes. They were modeled on
Corinthian capitals. The reference to
antiquity was tremendous.
In antiquity you had temples with
columns and Corinthian capitals.
In the Clooney 3, they replicated the
colonade and borrowed Roman marble
columns that they trimmed and installed
around the chancel.
So, Clooney 3 was representative of
ancient Rome in all its splendor.
Above all, the monks wanted monumental
architecture.
With that 2 m diameter, the vestigages
of the pillars that punctuated the nave
bore witness to this desire.
The choice of the stones that composed
them wasn't the result of chance.
They didn't put just any stone in any
place. The base of the first pillars was
made of micrite limestone. With
moisture, the open transcept and the
destruction these stones degraded. Next
was a mixture of aros and limestone. Why
did they use micrite limestone which is
not particularly known for being of good
quality? Well, that stone is interesting
because it's very resistant to
compression. What was above it was
extremely heavy. the pillars, the
vaults, the dome all weighed on the
pillars. So they chose this stone to
support the vertical load.
>> Likewise, when the composition of the
walls of the still existent transcept is
analyzed, each stone has its function.
At the base, micrite limestone to
support the weight. In the middle,
strong and rigid sandstone. and at the
top soft limestone for the sculpted
capitals.
[Music]
At this point, 30 years had passed since
the first construction of the great
church Lamayo Ecclesia. The Clooney
Order was at the height of its power.
The Abbotts were in permanent contact
with the emperors, sovereigns, leading
figures of the world, and the papacy.
The Abbey couldn't be overlooked.
Gradually, it created what we called an
empire. They called it a religious
order, but it truly was an empire.
Today, for a company or a firm, it would
be called an empire. It was an abbey
that had subsidiaries, so to speak, and
throughout Europe, from England to
Italy, from Spain to Poland. It had an
enormous influence, spiritual of course,
but also temporal.
[Music]
More than 800 monasteries were created
and directly attached to the abbey. The
order was based on the rule of St.
Benedict, a return to spiritual life and
prayer. It resonated with world leaders.
The Abbotts also put into place an
entire strategy around the worship of
the dead, the feast of the dead, and the
need to pray for the dead. They
multiplied the altars, held more and
more masses for the souls of the
deceased and in each mass obviously the
coffers of the abbey increased.
Clooney had vast wealth at this time and
certain great sponsors
and it's clearly was the kings of of
Leyon and Castile. uh their their great
gold treasury which they the tribute
which which came to Clooney annually
from the northwest of Spain uh meant
that the coffers of Clooney were
bursting
and uh this incredibly ambitious
uh church project was was undertaken.
Clooney had colossal means. It was a
building that was erected very quickly.
>> Perhaps too quickly because in 11:25 an
event changed the structure of the
building.
>> In 11:25, the vault of the nave
allegedly collapsed.
>> One of the vaults most likely collapsed.
We don't know where.
>> It could be the great nave. It could be
an aisle. Could just be a little aisle
or a chapel or something. You know, it's
not it's not at all clear. Obviously,
the monks were devastated. Their dream
of greatness and prestige was ruined.
>> The monks had to review their plans and
determine what happened. How could a
building that had been so well thought
out be fragile? What was the mistake?
>> They didn't anticipate the fact that the
nave was very long.
The entire length of the nave had been
built using the same vault and the same
walls. But given that length, there was
a certain flexibility to it.
For example, if you take a pencil that's
5 cm long and you try to break it,
that's hard to do. But with a 30 cm
pencil, all it takes is a little snap
and you break it. So, what did they do
in the Middle Ages? They constantly
monitored the vaults.
The monks placed steep and narrow
staircases in the thick walls of the
abbey approximately 40 m in height.
From there, the monks could control the
structure. They might have noticed that
the vaults were fragile despite all of
their precautions.
What we do know is that they reinforce
the vault with walls called buttress
walls
in order to transfer some of the weight
and stabilize the vault of the central
aisle.
And to avoid having massive walls that
would change the perspective a little,
an arch was hollowed out in them.
The arches thus counterbalanced the
forces applied by the vaults onto the
walls. These arches would later emerge
in Gothic churches as flying buttresses.
>> Clooney 3 was really the transitional
building between typical classic
Romanesque art and Gothic art that would
flourish a few decades later.
It's traditionally believed that Gothic
art was developed in the Parisian region
and indeed most of the great monuments
of this period are concentrated there.
But the genius of the techniques that
allowed Gothic art to blossom really
took place in Clooney around 11:30.
In 1095, Pope Innocent II came to
consecrate the church. It wasn't
entirely finished. The last stone wasn't
laid until 11:30,
but as soon as it was completed, the
monks decided to build a 38 m long narex
that would end with two large towers
called barabans, culminating at 17 1/2
m.
There was a problem. The hill had to be
dug once again to integrate the
extension.
>> They wanted the narthx to extend into
the hill. topography.
>> The topography of the site and the
choice of location made by the monks at
the end of construction led to the fact
that one entered the church by going
down the steps, thus bowing to the saint
of saints represented by the magnificent
chancel of Clooney 3.
It was in Clooney that the legendary
Narthx was created, an anti-urch located
right in the front of the nave called
Galile because it refers to a very
specific liturgy pertaining to Easter
and the observance of Easter.
[Music]
>> Easter celebrates the resurrection of
Jesus. In all its grander, the front of
the Nate symbolized the passage to
eternal life.
[Music]
The aial church was finally finished. It
had risen from the earth in less than 70
years.
It imposed its power by its gigantism
dominating the center of the abbey.
This religious city was surrounded by
walls.
Its ramparts rose to more than 8 m and
were made of defensive towers and gates.
[Music]
The walls of the abbey weren't there
simply for the prestige. They were also
meant to protect in case of an attack
and there were several. And then you had
the city around the abbey along with the
walls of the city. So the abbey was a
small town within the town of Clooney.
When the abbey expanded, the
fortifications were enlarged as well.
And gradually by expanding,
it brought more and more people to these
sites.
Pilgrims had to be accommodated. So, a
hotel was built.
Visiting guests needed accommodating,
too.
We tend to forget that an abbey isn't
just a church, a closter, and a few
buildings. It's an entire economic and
cultural complex.
Very quickly the question of water
arose. How could it be provided to the
community? The monks resorted to two
rivers located on either side of the
abbey. The Medas and the Grun.
But this required making adjustments.
The medasau is a small stream that
originated west of Clooney and was
channeled under the city of Clooney. It
was used for the hydraulics of the
monastery and part of the city.
The water from the source of this stream
was transported into the monastery as
drinking water.
It was brought to the fountain of the
cloister and from there water was
distributed to the kitchen, to other
fountains and perhaps to the baths.
The monks used gravity. The slope went
from west to east and the midass flowed
naturally into the gon. The fountain of
the closter that received the water was
the highest in the abbey.
Once filled, it supplied the various
locations.
Using the drop in elevation, the monks
increased the pressure and made the
water gush.
The midas also served as sewer water. A
parallel network was to be created
evacuating sewage.
There were sewer systems that were
several hundred meters long.
Running water was injected into them to
carry away the waste.
There were flushing systems upstream of
the monastic latrines
which were large longitudinal buildings.
In these upstream systems, the valves
were opened and the fecal matter was
sent further downstream.
Very quickly, the abbey expanded towards
the GR and the monks diverted the course
of the river. They set up water
retention ponds upstream and downstream
of the river by building 5 m high and
370 m long dams capable of holding 200
hectares of water. In doing so, they
created a diverted canal that ran along
the valley and irrigated the entire
abbey. It was one of the most complex
hydraulic systems ever built in the
Middle Ages.
>> Clooney took a natural water system and
changed it into a completely artificial
network.
There was no natural water passing
through the city or the abbey at all.
[Music]
The monks set up 187 mills along the Gun
and inside the abbey which brought them
a colossal income. It was one of the
greatest senori of the Middle Ages.
In the middle ages, mastering water was
of course a sign of power and
technological knowhow.
The monks of Clooney were no exception.
Beyond the domestic dimension, there's a
spiritual dimension to water that helped
demonstrate the richness of the abbey.
The Clooney Abbey prospered for five
centuries thanks to a succession of
powerful amb.
The abbey started to decline in the 15th
century. In the 16th century, it was no
longer attached to Rome and lost a large
part of its income. In 1789, the French
Revolution brought about the end of the
abbey with its sale in 1798.
>> The Bashel church was sold in lots to
material traders and developers
who stone after stone patiently
dismantled the entire building.
In this huge church that was a
masterpiece of architecture, they only
saw a pile of stones that would allow
them to get richer.
>> The town encroached on a large part of
the abbey, namely the land located close
to the village.
As a result, there is currently an
interweaving between the current town
and the historic buildings of the abbey.
The site completely deviated from the
concept of an abbey.
>> Strolling through the city, one can see
a multitude of medieval houses, some of
which have pieces of the great abbey in
their walls.
In the masonry of the houses and in
private owned gardens, we often see
elements of a sculpture, a piece of
capital, a fragment of a portal or a
statueette that came from this great
church.
Over the centuries, the abbey was
transformed. A new closter was built on
the site of the old one in the 18th
century,
as well as desar.
The gardens were redesigned.
[Music]
But Clooney's greater basial church
lives on, scattered around the city.
This architectural prowess in gigantism
still radiates through its vestigages.
[Music]
It's true that relatively little
remains, but there is enough to get an
idea of what the abbey was like if one
takes the time to look and really study.
As a site, Clooney has to be earned. It
isn't just handed to you on a silver
platter. You have to dig. And when
you're given the opportunity to do so,
you'll find it's wonderful.
[Music]
Every detail immerses you in the
glorious past of this prestigious order.
It's thanks to the power and fervor of
the abbotts that the abbey was able to
compete with the greatest buildings to
the point of being compared to Rome.
By wanting to create bigger and higher,
these monk builders advance the
architecture of the Middle Ages. Today,
all you have to do is let yourself be
carried by these premises to understand
the scale of this project and its
challenges.
Heat. Heat.
[Music]
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