From Haaretz:

Drilling is to begin Wednesday half a kilometer into the bed of the Dead Sea to study hundreds of thousands of years of geological history, in the largest-scale scientific drilling ever carried out in Israel.
The material to be extracted will form a column only a few centimeters thick – but 500 meters long. Through it, scientists will be able to document the climate in the region to a precision level of within a few years, and learn about the earthquakes that shaped the landscape during this time.
The sponsor of the project, the International Continental Drilling Program, is a consortium of several countries that conducts two scientific drillings a year, and finally chose the Dead Sea area after repeated requests over recent years. Locally, the project is being supported by the Israel Academy of Sciences and Humanities, and the Tamar Regional Council.
The drilling, which is expected to cost approximately $2.5 million, is a regional project, implemented jointly with Jordan and the Palestinian Authority, as well as with Germany, Switzerland, Norway, Japan and the United States.

The full story is here.

From Earth Times:

This week, Berlin scientists are to brief scholars on 21st century methods of sorting the fragments, which contain Hebrew, Greek and Aramaic writing and are kept at the Israel Museum in Jerusalem.
The new methods, which include shining X-rays through the parchment and papyrus, are guaranteed not to damage them.
Re-analysis would not only help to resolve some fierce academic and religious disputes that have been based on differing readings of the texts, but also help reconstruct several more documents which had seemed lost for ever in the muddle of fragments.
The new methods were evolved by BAM, Germany’s material-science laboratory in Berlin.
“We’ll be able to say if any two fragments have identical material properties,” explained BAM spokeswoman Ulrike Rockland. “If they do, they come from the same piece. No one could say that with certainty before.”
[…]
These include examination with light, electron and environmental scanning electron microscopes and advanced technologies known as X-ray fluorescence spectroscopy and Raman spectroscopy.
The experts devised standard ways to trace how each piece of parchment was made and how it aged.
“Goatskin is an organic material. If two fragments have the same X-ray, Raman and infrared signature, they must belong together,” said Rockland.
The procedures can also identify different batches of handmade ink. The scientists manufactured their own iron-gall ink using ancient recipes to test what happens as it dries and eats its way into the parchment.
The sole disadvantage of the new tests is the high cost.

The full story is here.

HT: Joe Lauer