Wales church returns bell from 1863 Santiago fire

Bell from Santiago church during return ceremony at St. Thomas's in Neath, WalesIn a ceremony attended by the Archbishop of Wales, Prince Edward, the Earl of Wessex, and the Chilean ambassador on Monday, St. Thomas’s Church in Neath, Wales officially handed back a 260-year-old bell that was salvaged from a devastating 1863 church fire in Santiago, Chile. Before an honor guard of 20 volunteer Chilean firefighters, the Earl of Wessex, an honorary member of the fire brigade, formally received the bell in their name. It will be shipped back to Chile in the next few weeks.

The bell had been at the church since 1870, but it was never hung in the tower and never rung. St. Thomas’s already had six bells in fine order when they received it as a gift from Swansea industrialist Graham Vivian, so they stored the Santiago bell next to the tower door at the back of the church and pretty much forgot about it. Last year, Canon Stephen J. Ryan, the Rector of the benefice (i.e., parish) of Neath, received a letter Bell and clapperfrom the 14th Company of the British and Commonwealth Fire Company Foundation asking after the bell. The Foundation wasn’t sure exactly where, but they had information that one of the Santiago bells was in a Neath church and if that was the case, they asked that it be returned. The bell was located in St. Thomas’s, and experts from Chile traveled to the church to confirm its identity. All that was left was arranging the return in time for next year’s 150th anniversary of the tragedy.

This long, strange journey began on the night of December 8th, 1863, in Santiago, Chile. The Church of the Company of Jesus, a Jesuit church in downtown Santiago, was celebrating the Feast of the Immaculate Conception, the culmination of the Month of Maria, a month-long festival dedicated to Mary, the mother of Christ. Don Juan Ugarte, the priest celebrant, had invited all the finest members of Santiago society to the final and most important mass of the month. He decorated the church with thousands of candles and paraffin lamps, draped curtains of muslin and gauze from the ceiling, and adorned all surfaces with ribbons and paper flowers.

"The Destruction by Fire of the Church de la Campania, Santiago, Chile, 8 December 1863," by Nathan HughesThe church was packed to the gills with people, about 3000 congregants, most of them women. Shortly before 7:00 PM when the mass was set to begin, most of the doors were closed to keep people from wandering in and out and to ensure the priest could be heard well. All the lamps were lit. At the high altar, paraffin lamps were positioned behind a transparent crescent moon painting which served as the pedestal for a colossal statue of the Virgin Mary. As soon as they were lit the lamps ignited the crescent moon. One of the attendants tried to extinguish the fire with his poncho, but the garment was quickly imbued with the paraffin and became a conduit of flame.

From there the fire spread to a wooden screen behind the altar, then along the artificial flower wreaths, then up the walls to the cupola. Lamps had been attached to the ceiling with ropes, so once the roof started to burn, the lamps plummeted to the crowd beneath, igniting clothes and hair and turning the floor of the church into a lake of fire. Three thousand people, many of them in hoop skirts, tried to run for the doors, only to find them closed except for the main entrance which was soon blocked by the crush of human bodies. The church and almost everyone in it burned to the ground in just over an hour.

The U.S. Envoy to Chile, Thomas H. Nelson, American consul Henry Meiggs and cartographer George Woolworth Colton were among the first to the scene. They distinguished themselves by chopping down the closed doors and rushing into the inferno to rescue anyone they could find alive and to take out the bodies of the dead before the walls of flame became impassable. Only 500 or so people made it out alive. Of the approximately 2500 dead, only seven were identified. The rest were burned beyond recognition.

None of the priests died. They fled through a vestry door, closing it behind them so the valuable property in the vestry could be moved to safety before burning. The eye-witness account in the New York Times put it bluntly:

Certain it is, that three rooms in a neighboring palatial mansion are filled with furniture, carpets, curtains and pictures, saved from the vestry, while a few paces beyond were perishing, in frightful torture, hundreds of frail and helpless human beings, many of whom could have found safety through that door.

The cleanup of the bodies took ten days. All but the seven identifiable victims were buried in a mass grave in the General Cemetery of Santiago. The ruins of the church were demolished and a garden planted on the location in memory of the 2500 who lost their lives in one of the worst fires in history, probably the worst church fire in history.

It was this tragedy that spurred the creation of the first organized volunteer fire brigade in the city. One of the rescuers, José Luis Claro Cruz, placed an ad in the paper calling for volunteers three days after the fire. By December 20th, Santiago had a full complement of volunteer firefighters divided into four brigades. To this day Chile’s firefighting organizations remain staffed by volunteers.

Bell in the ruins of the church after the fireAt least four bells of the church survived the fire. They were sold for scrap to Graham Vivian, grandson of the founder of a huge industrial copper smelting business in Swansea, Wales. By the time of the fire, Swansea was the copper capital of the world, producing 40% of the global output. It was dubbed Copperopolis and remained the leader in copper production until the US surpassed it in the late 19th century. Vivian & Sons, like many other Welsh copper concerns, collected ore from all over the world. Chile was one of their prime sources.

Vivian shipped the bells on a copper barque from Valparaiso to Swansea, but once they got there, he chose not to melt them down. They were high quality and of some age, cast in Spain in 1753 and decorated with religious iconography and inscriptions in Latin and Spanish. He presented three of the bells to All Saints Church in Oystermouth and one to St. Thomas’s in Neath. All Saints gave him some of their broken medieval bells in return and he melted those down instead.

Parish priest Rev. Keith Evans with Santiago bells at All SaintsThe Santiago bells at All Saints rang for almost a hundred years until structural issues in the bell tower made it dangerous for them to remain. They were taken down in 1964 and put on display in a metal brace on the porch. In October 2009, the Embassy of Chile in London wrote to All Saints asking if they’d consider returning the bells to Chile. The country was planning a number of events for its bicentennial on September 18th of that year, and they hoped the bells could play a part in them. They also wanted to create a new memorial to the victims of the tragedy using the bells.

The parish decided to return the bells because it was the “right and Christian thing to do.” The three Santiago bells were back in Chile in time for the bicentennial. They are now hanging in a memorial to the victims in the Plaza de la Constitution. The St. Thomas bell will join them. Together the four bells will be rung again on special occasions.

Returned church bells in the memorial in Plaza de la Constitution

Neolithic beeswax dental filling may be oldest found

The Lonche jaw from a karstic cave of southern Slovenia, about 6500 years old, scale bar 10 mmResearchers at the Abdus Salam International Centre for Theoretical Physics (ICTP) in Trieste, Italy have discovered what may be the oldest example of therapeutic palliative dentistry in the 6500-year-old canine of a young man. It’s a beeswax filling that covers sensitive dentin exposed by wear and a vertical crack, and it’s so subtle that it took scientists more than a hundred years to notice it. The wear is profound enough that it was probably not incurred in regular chewing of food but from tougher activities the Neolithic put their teeth to, like making tools or softening leather.

The tooth is part of a mandible fragment found embedded in the calcite wall of a karstic cave in Loka, Slovenia in 1911. Bones of an Upper Pleistocene cave bear were discovered there as well, which suggested the jawbone was one of the most ancient human remains ever found in the area. The mandible with its one canine, two premolars and first two molars was donated to the Natural History Museum of Trieste by the finders. (Loka, called Lonche in Italian, was at that time part of the Austro-Hungarian Empire as was nearby Trieste.) Aside from a minor article published in 1937, there’s been no study of the bone. There aren’t even any detailed contemporary records of the context of the find.

This year ICTP researchers asked the Natural History Museum of Trieste to loan them the Lonche jaw for use in their ICTP-Elettra EXACT Project, which gives scientists working in developing countries access to advanced technologies for a proposed study. It was those state-of-the-art gadgets that spotted the beeswax filling on the canine and narrowed down the dates of both filling and tooth. Accelerator mass spectrometry analysis of collagen from inside the jawbone provided a radiocarbon date range of 6655-6400 years old. AMS radiocarbon dating of the beeswax filling matched the mandible’s age almost exactly, returning a range of 6645-6440 years old. That means the beeswax was not a later addition but rather was applied shortly before or shortly after the death of the 24-to-30-year-old man whose jaw it was.

Section of the canine (left), 18 micrometer resolution, micro-CT detail of the crown showing the thickness of the beeswax in yellow (right)The entire canine was scanned with X-ray micro-CT, and the upper left part where the beeswax is concentrated was also scanned using synchrotron radiation micro-CT. What you get with this technology is extremely detailed imaging, in this case a complete 3D picture with resolutions in the range of 9 to 18 micrometers (a micrometer is one one-thousandth of a millimeter). With this incredibly close view, researchers were able to see that the vertical crack on the canine went deep inside through the enamel to the dentin and that the beeswax filling penetrated the crack for almost a millimeter and a half.

Scanning electron microscope analysis of the surface of the tooth revealed that the beeswax filled the entire area of exposed dentin and that it also filled tiny little chips along the length of the fracture. It seems, therefore, that this filling was deliberately applied to assuage the pain of dentin exposed by wear and tear. Although there is evidence of earlier dental work — 7,500-9,500-year-old molars found in Pakistan six years ago had regularly shaped cavities with concentric ridges indicating they were drilled by what had to have been agonizingly painful stone tools — this filling is the earliest direct evidence of dental work done to assuage pain rather than to remove potentially dangerous tooth decay.

Microphotograph of the tooth crown with indication of the surface covered by beeswax (within the yellow dotted line)The dating does leave open the possibility that the filling was added after death, perhaps for ritual purposes. We don’t know a great deal about the Neolithic inhabitants of the northern Adriatic coast, but there is zero evidence of such a practice. The application of the wax down the length of the fracture filling in the chips along the edges suggests that the wax wasn’t applied to the crown and then drawn down into the crack after death. Also, the other teeth have cracks that also expose dentin, but none of them were filled. That indicates that the owner of the teeth found one particularly painful and sought a remedy while still very much alive.

The team plans to investigate whether there are other similar indications of Neolithic palliative dentistry which have been overlooked until now because they’re so hard to spot with the naked eye. They will examine Neolithic teeth from various places in Europe and see what they find. It would be neat if it turned out that Stone Age people had widely established therapeutic dentistry practices and we just didn’t know to look for them.

Drought reveals 17th c. artifacts in Vistula river

Water levels in the Vistula River in Warsaw, Poland, are at historic lows due to a long, hot summer of drought. Last week the water level measured at just 24 inches, the lowest it’s been since testing began in 1789. With the riverbed exposed, a treasure trove of 17th century architectural stonework has been revealed. Experts believe the large marble and alabaster pieces were looted from Warsaw’s Royal Castle during the Swedish invasion of the Polish-Lithuanian Commonwealth in 1655-60.

The period is known as The Deluge because of the vast devastation wreaked by the Swedish army. Poland’s cultural heritage was of particular interest to the Sweden since profit was one of the main motivations for the invasion. Churches, mansions, palaces and castles were stripped of any contents of value — jewels, clothing, paintings, tapestries, carpets, furnishings, statues, porcelain, religious relics, historical archives, books, manuscripts — and once they took everything that wasn’t nailed down, they moved on to the stuff that was. Floors, columns, decorative friezes, fountains, steps, door frames, doors, window casings, mantelpieces, chimneys, gates, were looted from Poland and Lithuania’s historic buildings.

Warsaw, replete with palaces, was particularly hard-hit having been sacked no less than three times during the war. The Royal Castle was so devastated that it had to be completely rebuilt in the last two decades of the 17th century.

Swedish troops loaded the booty onto barges and floated it up the Vistula to Gdansk where it was loaded onto ships which carried it on the short journey over the Baltic Sea to Sweden. Not all of the boats made it to their destination. Some of them, probably due to overloading from the literal tons of building parts they were carrying, sank on the Vistula before they even got out of Warsaw.

In 2009, the University of Warsaw led an interdisciplinary study of the spoil ships, searching historical maps, archives, libraries for references to treasure at the bottom of the river. They found several references to cargo tumbling off the boats into the river and to overloaded barges sinking in the Vistula in 1655 and 1656. They also researched news articles from 1906 reporting that sand barge operators on the 517th kilometer of the Vistula had found a number of large stone monuments on the bottom of the river. They were able to recover some of them from the riverbed and give them to museums in Warsaw. One marble sculpture looted from garden of Kazimierz Palace was returned to the reconstructed Kazimierz Palace, now the seat of Warsaw University.

Although the sand barge operators said that there was more to be recovered, including one massive marble eagle which fell back into the water when the rope snapped during their attempt to raise it, there were no further attempts to recover the looted treasure for the next century. The University of Warsaw research team spent the rest of 2009 and the first half of 2010 scanning the river with state-of-the-art sonar, side-scan sonar and sub-bottom profilers to measure the riverbed and create a detailed grid map. They found several anomalies to investigate.

Unfortunately a deluge of the natural variety interrupted them. The Vistula flooded in late May and June of 2010, destroying many homes, drowning farmland and killing dozens of people. The recurring flood waters covered the riverbed with thick layers of silt and debris, obscuring the objects that had been detected. The waters remained high for the next few months, preventing any recovery efforts but allowing the team to do further research in areas that were previously to shallow for the ships to navigate.

In 2011, the researchers enlisted diving teams to explore and excavate any artifacts they might find. Using barge-mounted cranes, they were able to recover a dozens of pieces of architectural stonework and sculptural elements, most importantly a marble triangle with the coat of arms of the Vasa family carved on its face. It dates to around 1610, and came either from the Royal Castle or the Kazimierz Palace. (If the name Vasa seems familiar, it’s because it’s the name of a famous Swedish warship so named after Sweden’s royal family at the time, a branch of which also ruled the Polish-Lithuanian Commonwealth when Sweden invaded).

After all that hard work, this summer another weather extreme has made side-scan sonar and sub-bottom profilers obsolete, and archaeologists have gladly taken advantage of the pendulum swing. Many of the artifacts have been recovered and are in storage awaiting conservation. Others will join them soon. In the meantime, police are patrolling the riverbank to keep looters from repeating history. The large size of many of the pieces makes casual looting unlikely, but determined ones will stop at nothing. It’s dangerous to attempt to walk on the riverbed. A mine from World War II has been discovered, and there could be all kinds of unexploded ordnance hidden in the mud.

So far the artifacts are in surprisingly good condition despite having been violently detached from their original locations and then having spent 350 years under water. Their unwieldiness make them tricky to display, but they are invaluable to historians because between The Deluge and the many, many wars of conquest Poland suffered after that one, there is very little left in the historical record about the original Royal Castle. These pieces tell a dramatic story of how thoroughly the Swedish army plundered Warsaw, true, but they also provide priceless details about the construction of the castle.

More recent artifacts attesting to another dark chapter in Polish history have also been found in the shallow Vistula. Earlier this month Rafał Rachciński discovered a stone slab inscribed in Hebrew on a sandbar in the middle of the river. He reported the find to the press and archaeological authorities. When he returned a few days later with members of Virtual Shtetl, the web the portal of the Museum of the History of Polish Jews, they found more artifacts with Hebrew inscriptions.

They’re the remains of matzevots, Jewish headstones, which somehow made their way to center of the Vistula riverbed. Historians believe they may have come from Bródno Cemetery, the largest cemetery in Warsaw, which although Catholic has a section in the northeast reserved for people of other religions or no religion. It’s possible the headstones were destroyed during World War II and then used as fill to pave the riverbed after the war.

Manchester’s sewer-building heroes of WWI

French soldiers on the front line of the Marne, September 5-12, 1914After the Battle of the Marne in the second week of September 1914 halted and reversed the German invasion of France in the first month of World War I, the Allied and the Central powers settled down to four years of trench warfare. Once entrenched, the armies slaughtered each other to move the lines a matter of inches, only to see the lines move right back the next time they shelled each other into oblivion then went “over the top” to get mowed down by machine guns.

None of the armies had planned to be mired in what were essentially a string of long-term sieges stretching 400 miles along the Belgian and French borders all the way down to Switzerland. The Germans figured it out first: going over the top alone wasn’t going to cut it against barbed wire nests and heavy artillery. They had to tunnel underneath the trenches and plant mines that would blow up Allied positions and give the German infantry a chance. They started digging. In November of 1914, they successfully tunneled under French defensive positions, mined and exploded them.

The prescient and daring General Sir Henry Rawlinson, commanding officer of the British IV Corps, requested a specialized battalion of tunnelers on December 3, 1914, but didn’t get them. Sir John French, Commander-in-Chief of the British Expeditionary Force, decided contra Rawlinson to just have the Royal Engineers mine under the German trenches, but they were short on personnel and even shorter on expertise. The sandy wet clay of northern France and Flanders flooded the mine tunnels just as it did the shallow trenches. The RE weren’t able to detonate a single explosive through underground tunnels until February of 1915, and even then the French had started it and the bomb was small.

Major John Norton GriffithsMajor John Norton Griffiths, a civil engineer and former Member of Parliament who had worked on tunnel-digging projects for the London Underground and on drainage and sewage projects for the cities of Liverpool and Manchester, knew he had a solution. When the war started his company was the main contractor working on a major sewer refurbishment project for the Manchester Corporation. The soil in Manchester was thick clay not unlike the soggy, dense soil that was so challenging for infantry and Royal Engineers to dig even shallow trenches into.

The Manchester tunnelers, nicknamed Moles, used a technique called clay-kicking to dig through the terrain. The digger would sit at a 45 degree angle with his back against a wooden frame and his feet facing the digging surface. Using a grafting tool that was a kind of combination pogo stick/spade/posthole digger, he would drive the tool into the soil by pushing with his feet on its crossbar, then pass it over his head to a “bagger” who would put the spoil in sandbags so a third worker could get it out on a little hand-cranked trolley. On his way back, the trolley handler would bring in more timber to shore up the tunnel. This process was fast and it was quiet. The Germans were using pickaxes to dig their tunnels, not exactly the best tools for clay removal and by their very nature percussively loud.

Clay-kicking diagramGriffiths wrote the War Office on December 15th suggesting that he be allowed to bring some of his Mancunian sewer workers to France to assess the terrain for mining under enemy positions. Clay-kicking, he insisted, would solve all the problems hobbling the Royal Engineers, and it would ensure they not only caught up to the German head start, but quickly surpassed it. The War Office acknowledged receipt of Griffiths’ letter and filed it under M for Moles.

On December 20, the Germans set ten 50-kg (110 lb) mines in tunnels they had dug just under the British lines at Givenchy in northern France. They exploded them simultaneously underneath the Indian Sirhind Brigade trenches, and then followed up with an infantry attack. When it was over, more than 800 British troops, almost the entire Sirhind Brigade, were dead. The rest had retreated in severe shock. The Germans took over their defensive positions.

In the wake of this disaster, on December 28th Griffiths sent another letter extolling the talents of the Manchester tunnelers and their clay-kicking. Again nothing came of it, but when the Germans successfully mined British positions in January and February too, even the dense British command could no longer stick its head in the clay. The Germans were systemically building tunnel networks and they were succeeding.

"Lord Kitchener says" recruitment posterOn February 12th, Griffiths got the call. Lord Kitchener wanted to see him about his wacky sewer worker idea. Griffiths, a vivacious, eccentric sort of fellow, got on the floor of Kitchener’s office and showed him how clay-kicking worked using the shovel from his fireplace grate. Kitchener thought it was just crazy enough to work, but first Griffiths still had to ascertain that the French soil could be kicked. If he determined it could be, and if he could persuade the Royal Engineers to go for it, Griffiths would have to raise a battalion of moles posthaste. That very night he grabbed two of his Manchester Moles and they sailed to France.

On February 13th and 14th Griffiths met with Engineer-in-Chief Brigadier-General George Henry Fowke plus officers at four other headquarters, each time demonstrating the technique before their astounded eyes just as he had with Kitchener. When Griffiths reached the front lines, he and his Moles tested the soil and found it was perfect for the clay-kicking technique. Fowke agreed to a trial run setup of multiple tunneling companies.

Next up was recruiting. On February 17th, Griffiths got Kitchener’s permission to recruit civilians without having to put them through basic training. They also didn’t have to comply with age restrictions or even be remotely amenable to military structure and discipline. Oh, and they were paid three times the rate of infantry sappers. The next day, he closed down one of his tunnel contracts in Manchester and 18 now-unemployed tunnel workers enlisted in the Royal Engineers. By February 21st, they were digging tunnels in France. He also went further afield, picking up professional copper, slate, and coal miners from all over England.

British Trench Map of La Boisselle from November 1915; red are British, blue are GermanThis motley crew was immediately successful. Clay-kicking allowed them to average 26 feet of tunnels per day while the Germans could only manage 6.5 feet a day. Their tunnels were also far more stable, deeper and harder to catch mid-dig because of how quiet the technique was. Still, as their tunnel networks grew, so did the Germans’ and as the tunnels got deeper and more convoluted, the job got harder and more dangerous. The companies widened the net, recruiting miners from all over the Empire. At the peak of the tunneling program, there were an estimated 150,000 men working underground, some professional miners to do the digging, some infantrymen doing the hauling.

These men worked grueling tasks in hideous conditions, and if they died on the job, as many of them did since the job entailed blowing up the mines when they were done digging them, their bodies would remain in those tunnels for eternity. As with their civilian counterparts, many of the miners’ stories never made the news. The tunnels were military secrets and remained state secrets for years after the war was over. It has taken decades of research and activism by individuals like historian Peter Barton and organizations like The Tunnellers Memorial and the La Boisselle Study Group for the bravery and dedication of the tunneling companies to get their long-overdue recognition.

Sewer workers in Moss Lane East tunnel, August 20, 1912Peter Barton is now working on a television documentary based on his book about the tunneling companies that is set to air next year. Looking for more information about the Manchester sewer workers who were among the first to brave the underground war, he went through the archives of United Utilities, the company that provides water and sewage for Manchester’s homes and businesses. There he found forgotten photographs of the original Moles working Griffiths’ sewer refurbishment contract.

Kensington Road, Chorlton, Feb. 1913It’s 100 years since brick-lined sewers were being built under the Manchester suburbs. The archived photos are dated between August 1912 and June 1913 and show the tunnelers and bricklayers in the process of building sewers beneath roads such as Barlow Moor Road in Didsbury and Kensington Road, Chorlton.

Barlow Moor Road, June 27, 1913The workers then moved to Givenchy on the Western Front in northern France to play a critical and highly dangerous role in the conflict. Their pioneering techniques led to the construction of some 3,000 miles of underground passages beneath no man’s land. […]

Manchester sewer workers ca. 1912Ian Fullalove, wastewater network manager at United Utilities, explained: “These pictures show a different era, when these highly skilled men had to work in really harsh conditions with rudimentary safety equipment. It was a real eye-opener for us.”

Peter Barton is hoping the men in the pictures can be identified by living relatives. He also has a muster roll of Manchester sewer workers who enlisted in the 170th Tunnelling Company, the first unit rushed to170th Company Givenchy to counter the existing German tunnels in February 1915. If anyone out there recognizes the names and/or faces, contact the Manchester Evening News at 0161 211 2323.

This BBC video shows last year’s excavation of the tunnels at La Boisselle, where the tunnels dug by the British miners inaugurated the first massive explosions in the Battle of the Somme. The Lochnagar mine was packed with 24 tons of ammonium nitrate and exploded along with 16 others at 7:28 A.M. on July 1st, 1916. A column of dirt 4000 feet tall spewed from the mine and when the dust cleared, a crater 300 feet across and 90 feet deep was left behind. The Lochnagar Crater is still there, untouched thanks to the family who purchased the land in 1920 and never developed it or used it as anything but pasture land out of respect for the cemetery that it is.

Here’s a 360 degree virtual tour of La Boisselle, which can take you inside the tunnels with contemporary and period photographs.

Lochnagar Crater today

1000-year-old limestone tombs found in Philippines

Archaeologists from the National Museum of the Philippines have discovered the remains of an ancient village in the jungles of Mount Kamhantik near the town of Mulanay in Quezon province. Along with evidence of habitation, 15 rectangular coffins were found carved directly into limestone outcroppings in the jungle floor. A human tooth found inside one of the limestone tombs was radiocarbon dated in the U.S. and is at least 1000 years old.

There are no other burial sites of that age in the Philippines which feature carved stone coffins. Other archaeological sites from that period have been found with wooden coffins, earthen burials and pottery jar burials, but carving limestone requires greater technological advancement. Metal tools had to have been used, and this is the earliest evidence of people using metal tools to carve limestone tombs found in the Philippines.

According to a National Museum report, overall the village remains range in date from the 10th to the 14th century. Archaeologists have also found pottery shards, metal artifacts and fragments of bones from humans and animals in the coffins. Postholes carved into the limestone indicate dwellings were once erected over the jungle floor. They’ve only uncovered a small section of the estimated 12-acre site over the past year. Excavations will continue over the next few years.

The archaeological site is part of a larger 700-acre forest which was declared a protected ecological site by the government in 1998. The jungle at the base of Mount Kamhantik has been cleared for farming and habitation and the rest of the mountain was also in danger from slash-and-burn clearings. Since it is one of few remaining habitats for rare animals like cave bats and hornbills, the government placed the endangered mountain under protection to keep the thick forest intact.

Looters also did a number on the mountain years ago. In fact, it was treasure hunters who first exposed some of the limestone tombs looking for gold and other easily salable artifacts. It wasn’t until last year that archaeologists finally got a chance to explore the area and uncover more tombs and artifacts of major archaeological significance which are worthless on the antiquities market, like that tooth.

MulanayThe people in the nearby town of Mulanay are very excited about this find. Despite the natural beauty of the area, the town’s location at the foothills of the mountain on an uninterrupted six-mile strip of sandy beach on Tayabas Bay (headquarters of the 16th century Chinese pirate Lim Hong who used to dock there to bury his treasure before heading out for more pirating) with a coral reef 150 feet from the shore, and inland waterfalls surrounding a unique rock formation the locals use for picnics, Mulanay is still known more for battles between the army and the Maoist New People’s Army that took place there in years past. Mayor Joselito Ojeda hopes this discovery will finally erase that association and open the door to new ecotourism opportunities that will provide a much needed infusion of cash to the impoverished area.