Research team all set to explore sacred Maya pools of Belize

Washington, September 14 (ANI): A team of expert divers, a geochemist and an archaeologist is all set to become the first to explore the sacred pools of the southern Maya lowlands in rural Belize.

The expedition, made possible with a grant from the National Geographic Society and led by a University of Illinois archaeologist, will investigate the cultural significance and environmental history and condition of three of the 23 pools of Cara Blanca, in central Belize.

Called ‘cenotes’, these groundwater-filled sinkholes in the limestone bedrock were treated as sacred sites by the Maya, according to University of Illinois archaeologist Lisa Lucero, who will lead the expedition next spring.

“Any openings in the earth were considered portals to the underworld, into which the ancient Maya left offerings,” said Lucero. “We know from ethnographic accounts that Maya collected sacred water from these sacred places, mostly from caves,” she added.

Studies of shallow lakes and cenotes in Mexico and Guatemala have found that the Maya also left elaborate offerings in the sacred lakes and pools.

Items found on the bottom of lakes in these regions include masks, bells, jade, human remains, figurines and ceramic vessels decorated with animals, plants and the gods of fertility and death.

“Diving the sacred pools of Cara Blanca, in central Belize, is necessary to determine if they have similar sacred qualities,” Lucero said.

“Once underwater, we will first have to cut out some of the jungle wood so that we can even reach the bottom,” said Patricia Beddows, a lecturer of earth and planetary sciences at Northwestern University and an expert diver who has explored cenotes on the Yucatan Peninsula of Mexico.

“After mapping for fragile Maya artifacts, we will also take water data and manually drill sediment cores,” she added.

“The sediment samples will provide a record of changes in surface and water conditions,” Beddows said.

“Were the Maya challenged by droughts in the area? Did the water quality suddenly go bad due to sulfur or other geologic factors? We hope these cenotes will provide a rich story of linked human and environmental conditions,” she said.

One of the three pools the researchers will explore has a substantial Maya structure on its edge, likely ceremonial.

Preliminary investigations of the structure conducted by archaeologist Andrew Kinkella, of Moorpark College, turned up a lot of jars and the fragments of jars.

“This could indicate that the site was important for collecting sacred water,” Lucero said. (ANI)

Longer willies aren’t always better for male barnacles

London, Apr 18 (ANI): A longer willy doesn’t ensure successful fertilisation, at least in case of male barnacles- the hermaphroditic filter-feeders, according to a new study.

The animals are capable of growing their penises up to eight times their body length.

But the new study has shown that stouter members are sometimes more effective for mating.

The researchers think that by sticking to a rock all through the year without being able to self-mate, the barnacle’s lengthy penis increases its odds of spreading its seed.

The animals are known to regrow their penises each year, just before their brief mating season.

Also, water conditions have been found to play an important role in shaping the budding penis.

In calm waters, acorn barnacles grow long, flexible members in order to reach as many mates as possible, while in choppier waters, they develop more muscular penises with far less reach.

“It’s kind of like toughness versus flexibility,” New Scientist magazine quoted J. Matt Hoch, a marine biologist at Stony Brook University in New York, as saying.

Hoch tested whether barnacle penis plasticity actually affects reproduction, for which he set up two experimental barnacle beds – one on the wave-exposed Atlantic shore and the other in a protected harbour near his university.

After the mating season, he counted up the number of fertilised eggs.

It was found that barnacles raised in calm waters that grew thin, flexible penises struggled when forced to mate in choppier waters and even fertilised significantly fewer eggs than their lengthy counterparts that stayed in calm waters.

In contrast, barnacles with thicker penises fertilised just as many eggs in the harbour as they did in the open ocean.

But, it was the barnacles with thin penises mating in calm waters that fertilised the most eggs out of all the groups.

In fact, the researchers pointed out that in rough waters, barnacles with thin penises suffered fewer injuries and breaks as compared to barnacles with more muscular members.

He explained the above tendency by saying that the waves were so rough at times that the barnacles with thin penises didn’t dare come out to look for a mate. (ANI)