logo
Indoor toilet clue to finding King Harold's palace

Indoor toilet clue to finding King Harold's palace

Yahoo29-01-2025

Archaeologists believe they may have identified the site of King Harold's palace in Sussex, thanks to its toilet.
The facility, at the site in Bosham, was inside the wooden building, which experts said would only have been the case for the home of someone at "the top end of society".
The team also said they are sure the Bayeux Tapestry, depicting the Norman Conquest, shows Harold setting sail from Bosham.
Harold was killed at the Battle of Hastings in 1066, leading to William the Conqueror becoming King of England.
A timber building with a toilet built into it dated to the late Saxon period was first identified at Bosham in 2006.
"That is absolutely key in identifying a high status building" Dr Duncan Wright, a senior lecturer from the University of Newcastle, told BBC Radio Sussex.
"It's one that is definitely the higher end, around the 10th Century you start to get Anglo Saxon en suites.
"We're as sure as we can be that this is the site of King Harold's residence. You find latrines in other places, but these ones built into grand timber buildings are very much the top end of society."
The Bayeux Tapestry is also thought to depict Harold attending a feast and a church, both thought to have been Bosham.
"The church is almost certainly that of Bosham still standing today" said Dr Wright, "so we've identified that binary complex that we see on the tapestry.
"It would have been his principle residence, it was his dad's principle seat before him as well."
Follow BBC Sussex on Facebook, on X, and on Instagram. Send your story ideas to southeasttoday@bbc.co.uk or WhatsApp us on 08081 002250.
The Battle of Hastings explained: 950 years later
Battle of Hastings marked 950 years on
New 50p struck for 1066 anniversary
'Warriors' stage king's battle march
Hastings march 'warriors' invade London
University of Newcastle School of History, Classics and Archaeology

Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

Residents concerned over tower blocks redevelopment
Residents concerned over tower blocks redevelopment

Yahoo

time2 days ago

  • Yahoo

Residents concerned over tower blocks redevelopment

Residents in four East Sussex tower blocks that are due to be demolished have voiced concerns over where they will be rehomed. Southern Housing plans to redevelop Four Courts in Stonehouse Drive, St Leonards, a 1960s social housing scheme comprising Bevin Court, Roosevelt Court, Kennedy Court and Churchill Court. Esther Eastwood, who moved in to her flat 27 years ago, described the situation as "very upsetting". A Southern Housing spokesperson said the provider remained "strongly committed" to supporting residents throughout the transition. Residents held a meeting on Saturday to discuss future plans. Ms Eastwood said she needed help each day from her daughter, who lives down the road. She said she was worried about where she would move to and "didn't understand it all". "It's devastating, I love my flat," she added. Southern Housing said nine households had already moved into permanent new homes, with residents of Bevin Court the first to be relocated. Each Bevin Court resident had a dedicated resettlement officer and every household received one-to-one visits, it added. Simon Lee is one of those who has been relocated and said he was happy with his new flat but said he had a friend who was "distraught". "I think they have massively underestimated the social impact this is having on people," he said. The redevelopment is estimated to take around 12 years, and is needed due to "the significant shortcomings of the existing blocks", according to the housing association. "Many homes lack proper accessibility, presenting real challenges for those with mobility needs," a spokesperson said. "We've carefully considered all options and believe this is a unique opportunity to create new, high-quality social homes that better serve the needs of current and future residents. "We encourage any resident with concerns or questions to get in touch with our team so we can continue to provide the support they need." Follow BBC Sussex on Facebook, on X, and on Instagram. Send your story ideas to southeasttoday@ or WhatsApp us on 08081 002250. Housing tenants 'in limbo' over demolition plans Southern Housing tenants in damp and mould 'hell'

Residents concerned over tower blocks redevelopment
Residents concerned over tower blocks redevelopment

Yahoo

time2 days ago

  • Yahoo

Residents concerned over tower blocks redevelopment

Residents in four East Sussex tower blocks that are due to be demolished have voiced concerns over where they will be rehomed. Southern Housing plans to redevelop Four Courts in Stonehouse Drive, St Leonards, a 1960s social housing scheme comprising Bevin Court, Roosevelt Court, Kennedy Court and Churchill Court. Esther Eastwood, who moved in to her flat 27 years ago, described the situation as "very upsetting". A Southern Housing spokesperson said the provider remained "strongly committed" to supporting residents throughout the transition. Residents held a meeting on Saturday to discuss future plans. Ms Eastwood said she needed help each day from her daughter, who lives down the road. She said she was worried about where she would move to and "didn't understand it all". "It's devastating, I love my flat," she added. Southern Housing said nine households had already moved into permanent new homes, with residents of Bevin Court the first to be relocated. Each Bevin Court resident had a dedicated resettlement officer and every household received one-to-one visits, it added. Simon Lee is one of those who has been relocated and said he was happy with his new flat but said he had a friend who was "distraught". "I think they have massively underestimated the social impact this is having on people," he said. The redevelopment is estimated to take around 12 years, and is needed due to "the significant shortcomings of the existing blocks", according to the housing association. "Many homes lack proper accessibility, presenting real challenges for those with mobility needs," a spokesperson said. "We've carefully considered all options and believe this is a unique opportunity to create new, high-quality social homes that better serve the needs of current and future residents. "We encourage any resident with concerns or questions to get in touch with our team so we can continue to provide the support they need." Follow BBC Sussex on Facebook, on X, and on Instagram. Send your story ideas to southeasttoday@ or WhatsApp us on 08081 002250. Housing tenants 'in limbo' over demolition plans Southern Housing tenants in damp and mould 'hell'

James Webb Space Telescope unveils fiery origins of a distant, hellish exoplanet
James Webb Space Telescope unveils fiery origins of a distant, hellish exoplanet

Yahoo

time4 days ago

  • Yahoo

James Webb Space Telescope unveils fiery origins of a distant, hellish exoplanet

When you buy through links on our articles, Future and its syndication partners may earn a commission. Astronomers using NASA's James Webb Space Telescope (JWST) have uncovered the tumultuous history of a distant, hellishly hot exoplanet that's being stretched and scorched by its star. The planet, known as WASP-121b, is locked in a dangerously close orbit around a star roughly 900 light-years away that's brighter and hotter than our sun. Locked in a blistering 30-hour orbit, the world lies so close to its star that intense tidal forces have warped it into a football-like shape, leaving it on the verge of being torn apart by gravity. One side of the planet faces its star permanently, baking at temperatures over 3,000°C (5,400°F) — hot enough for it to rain liquid iron. Even the opposite hemisphere, locked in eternal night, simmers at 1,500°C (2,700°F). This extreme environment makes WASP-121b one of the most hostile planets ever observed, and a valuable target for planetary science. Now, using the James Webb Space Telescope's (JWST) Near Infrared Spectrograph instrument, or NIRSpec, a team led by astronomer Thomas Evans-Soma of the University of New Castle in Australia detected a cocktail of molecules in the planet's atmosphere that each carry chemical clues to its dramatic journey. These include water vapor, carbon monoxide, methane and, for the first time ever in a planetary atmosphere, silicon monoxide. Together, they tell a dramatic origin story of WASP-121b written in vapor and stone, described in two papers published Monday (June 2). "Studying the chemistry of ultra hot planets like WASP-121b helps us to understand how gas giant atmospheres work under extreme temperature conditions," Joanna Barstow, a planetary scientist at the Open University in the U.K. and a co-author of both new studies, said in a statement. The findings from both studies suggest WASP-121b did not form where it is today. Instead, it likely originated in a colder, more distant region of its planetary system, similar to the zone between Jupiter and Uranus in our own solar system. There, it would have accumulated methane-rich ices and heavy elements, embedding a distinct chemical signature in its growing atmosphere. Later, gravitational interactions — possibly with other planets — would have sent WASP-121b spiraling inward toward its star. As it moved closer, its supply of icy, oxygen-rich pebbles would've been cut off, but it should have been able to continue gathering carbon-rich gas. This would explain why the world's atmosphere today contains more carbon than oxygen, a chemical imbalance that offers a snapshot of its journey through the disk. To make sense of the complex atmospheric data, the second team of researchers, led by Cyril Gapp of the Max Planck Institute for Astronomy in Germany, created 3D models of the planet's atmosphere, accounting for the vast temperature differences between the day and night sides. Their simulations, described in a paper published in The Astronomical Journal, helped separate signals from different regions of the planet as it orbited, revealing how molecules shift and circulate throughout the orbit. Among the molecules newly detected, the presence of silicon monoxide was particularly revealing, scientists say, as it isn't typically found in the gaseous form they observed. Instead, the researchers suggest this gas was originally locked in solid minerals like quartz within asteroid-size planetesimals that crashed into the young planet. Over time, as the planet grew and spiraled inward toward its star, those materials would have been vaporized and mixed into its atmosphere, according to one of the new papers, published in Nature Astronomy. Related Stories: — Scientists question possible signs of life on exoplanet K2-18b in new study: 'We never saw more than insignificant hints' — Scientists found a possible new dwarf planet — it could spell bad news for Planet 9 fans — Exoplanet 'baby pictures' reveal exomoons possibly taking shape around infant worlds On the cooler "night" side of WASP-121b, the researchers found an abundance of methane gas. This came as a surprise as methane typically breaks down under such heat, the study notes. "Given how hot this planet is, we weren't expecting to see methane on its nightside," study co-author Anjali Piette, who is an assistant professor of astronomy at the University of Birmingham, said in a statement. Its presence suggests methane is being replenished, likely pulled up from deeper, cooler layers of the atmosphere. "This challenges exoplanet dynamical models, which will likely need to be adapted to reproduce the strong vertical mixing we've uncovered on the nightside of WASP-121b," study lead author Thomas Evans-Soma of the University of New Castle in Australia added in another statement.

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into the world of global news and events? Download our app today from your preferred app store and start exploring.
app-storeplay-store