Iranian missile strikes show Israel's aerial defense array is not ironclad

News

Iranian missile strikes show Israel's aerial defense array is not ironclad

2025-06-19 23:54 Last Updated At：06-20 00:01

JERUSALEM (AP) — Iranian missiles again evaded Israel's sophisticated aerial defense array on Thursday, striking a main hospital in the south as well as residential areas in the country's populous center.

Israel has long relied on its multilayered missile defense system to protect communities around the country from rocket barrages from militants in Gaza or Lebanon. Since the wars in the Middle East erupted in 2023, that list has grown to include fire from rebels in Yemen and Iran.

Over the decades, Israel, with U.S. assistance, has developed a tiered system capable of detecting incoming fire and deploying only if the projectile is headed toward a population center or sensitive military or civilian infrastructure while letting other projectiles land in open spaces.

The array can shoot down short-range rockets to medium-range missiles to attack drones to ballistic missiles like those Iran has been firing.

But the military warns the system is not fool proof and while interception rates are generally high, enemy missiles can penetrate. Too many projectiles launched at once can overwhelm the system, which relies on a combination of technology and human decision-making to be effective.

Israeli authorities say at least 24 people have been killed by Iranian strikes since the fighting began on June 13, which has reduced homes, buildings and other property in multiple areas of the country to ruin.

Here’s a closer look at Israel’s air-defense system:

This system developed with the U.S. is designed to intercept long-range missiles, including the types of ballistic missiles Iran launched on Tuesday.

The Arrow, which operates outside the atmosphere, has also been used in the current war to intercept long-range missiles launched by Houthi militants in Yemen.

Also developed with the U.S., David’s Sling is meant to intercept medium-range missiles, such as those possessed by Hezbollah in Lebanon. It has been deployed on multiple occasions throughout the war.

This system, developed by Israel with U.S. backing, specializes in shooting down short-range rockets. It has intercepted thousands of rockets since it was activated early last decade – including thousands of interceptions during the current war against Hamas and Hezbollah. Israel says it has a success rate of over 90%.

Israel is developing a new system to intercept incoming threats with laser technology. Israel has said this system will be a game changer because it would be much cheaper to operate than existing systems.

According to Israeli media reports, the cost of a single Iron Dome interception is about $50,000, while the other systems can run more than $2 million per missile. Iron Beam interceptions, by contrast, would cost a few dollars apiece, according to Israeli officials.

The army says the technology has been tested during the past 20 months of conflict, but the system is not yet operational.

This story was originally published on Oct. 2, 2024. It was updated Thursday.

Hungary's oldest library is fighting to save 100,000 books from a beetle infestation

2025-07-13 13:41 Last Updated At：13:50

PANNONHALMA, Hungary (AP) — Tens of thousands of centuries-old books are being pulled from the shelves of a medieval abbey in Hungary in an effort to save them from a beetle infestation that could wipe out centuries of history.

The 1,000-year-old Pannonhalma Archabbey is a sprawling Benedictine monastery that is one of Hungary's oldest centers of learning and a UNESCO World Heritage site.

Restoration workers are removing about 100,000 handbound books from their shelves and carefully placing them in crates, the start of a disinfection process that aims to kill the tiny beetles burrowed into them.

The drugstore beetle, also known as the bread beetle, is often found among dried foodstuffs like grains, flour and spices. But they also are attracted to the gelatin and starch-based adhesives found in books.

They have been found in a section of the library housing around a quarter of the abbey's 400,000 volumes.

“This is an advanced insect infestation which has been detected in several parts of the library, so the entire collection is classified as infected and must be treated all at the same time,” said Zsófia Edit Hajdu, the chief restorer on the project. “We've never encountered such a degree of infection before.”

The beetle invasion was first detected during a routine library cleaning. Employees noticed unusual layers of dust on the shelves and then saw that holes had been burrowed into some of the book spines. Upon opening the volumes, burrow holes could be seen in the paper where the beetles chewed through.

The abbey at Pannonhalma was founded in 996, four years before the establishment of the Hungarian Kingdom. Sitting upon a tall hill in northwestern Hungary, the abbey houses the country's oldest collection of books, as well as many of its earliest and most important written records.

For over 1,000 years, the abbey has been among the most prominent religious and cultural sites in Hungary and all of Central Europe, surviving centuries of wars and foreign incursions such as the Ottoman invasion and occupation of Hungary in the 16th century.

Ilona Ásványi, director of the Pannonhalma Archabbey library, said she is “humbled” by the historical and cultural treasures the collection holds whenever she enters.

“It is dizzying to think that there was a library here a thousand years ago, and that we are the keepers of the first book catalogue in Hungary,” she said.

Among the library’s most outstanding works are 19 codices, including a complete Bible from the 13th century. It also houses several hundred manuscripts predating the invention of the printing press in the mid-15th century and tens of thousands of books from the 16th century.

While the oldest and rarest prints and books are stored separately and have not been infected, Ásványi said any damage to the collection represents a blow to cultural, historical and religious heritage.

“When I see a book chewed up by a beetle or infected in any other way, I feel that no matter how many copies are published and how replaceable the book is, a piece of culture has been lost,” she said.

To kill the beetles, the crates of books are being placed into tall, hermetically sealed plastic sacks from which all oxygen is removed. After six weeks in the pure nitrogen environment, the abbey hopes all the beetles will be destroyed.

Before being reshelved, each book will be individually inspected and vacuumed. Any book damaged by the pests will be set aside for later restoration work.

The abbey, which hopes to reopen the library at the beginning of next year, believes the effects of climate change played a role in spurring the beetle infestation as average temperatures rise rapidly in Hungary.

Hajdu, the chief restorer, said higher temperatures have allowed the beetles to undergo several more development cycles annually than they could in cooler weather.

“Higher temperatures are favorable for the life of insects,” she said. “So far we've mostly dealt with mold damage in both depositories and in open collections. But now I think more and more insect infestations will appear due to global warming.”

The library’s director said life in a Benedictine abbey is governed by a set of rules in use for nearly 15 centuries, a code that obliges them to do everything possible to save its vast collection.

“It says in the Rule of Saint Benedict that all the property of the monastery should be considered as of the same value as the sacred vessel of the altar,” Ásványi said. “I feel the responsibility of what this preservation and conservation really means.”