In Beirut, a Photographer's Frozen Moments Slow Down Time and Allow the Contemplation of Destruction

A bomb dropped from an Israeli jet hits a building in Ghobeiri, Beirut, Lebanon, Tuesday, October 22, 2024. (AP Photo/ Bilal Hussein)
A bomb dropped from an Israeli jet hits a building in Ghobeiri, Beirut, Lebanon, Tuesday, October 22, 2024. (AP Photo/ Bilal Hussein)
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In Beirut, a Photographer's Frozen Moments Slow Down Time and Allow the Contemplation of Destruction

A bomb dropped from an Israeli jet hits a building in Ghobeiri, Beirut, Lebanon, Tuesday, October 22, 2024. (AP Photo/ Bilal Hussein)
A bomb dropped from an Israeli jet hits a building in Ghobeiri, Beirut, Lebanon, Tuesday, October 22, 2024. (AP Photo/ Bilal Hussein)

We watch video after video, consuming the world on our handheld devices in bites of two minutes, one minute, 30 seconds, 15. We turn to moving pictures — “film” — because it comes the closest to approximating the world that we see and experience. This is, after all, 2024, and video in our pocket — ours, others', everyone's — has become our birthright.
But sometimes — even in this era of live video always rolling, always recording, always capturing — sometimes the frozen moment can enter the eye like nothing else. And in the process, it can tell a larger story that echoes long after the moment was captured. That's what happened this past week in Beirut, through the camera lens of Associated Press photographer Bilal Hussein and the photographs he captured.
When Hussein set up his camera outside an evacuated Beirut apartment building Tuesday after Israel announced it would be targeted as part of military operations against Hezbollah, he had one goal in mind — only one. "All I thought of," he says, “was photographing the missile while it was coming down.”
He found a safe spot. He ensured a good angle. He wasn't stressed, he said; like many photographers who work in such environments, he had been in situations like this one before. He was ready.
When the attack came — a bomb, not a missile in the end — Hussein swung into action. And, unsurprisingly for a professional who has been doing this work for two decades, he did exactly what he set out to do.
Time slowed down
The sequence of images he made bursts with the explosive energy of its subject matter.
In one frame, the bomb hangs there, a weird and obtrusive interloper in the scene. It is not yet noticed by anyone around it, ready to bring its destruction to a building that, in moments, will no longer exist. The building's balconies, a split-second from nonexistence, are devoid of people as the bomb finds its mark.
These are the kind of moments that video, rolling at the speed of life or even in slow motion, cannot capture in the same way. A photo holds us in the scene, stops time, invites a viewer to take the most chaotic of events and break it down, looking around and noticing things in a strangely silent way that actual life could not.
In another frame, one that happened micro moments after the first, the building is in the process of exploding. Let's repeat that for effect, since even as recently as a couple generations ago photographs like this were rare: in the process of exploding.
Pieces of building are shooting out in all directions, in high velocity — in real life. But in the image they are frozen, outward bound, hanging in space awaiting the next seconds of their dissolution — just like the bomb that displaced them was doing milliseconds before. And in that, a contemplation of the destruction — and the people it was visited upon — becomes possible.
Tech gives us new prisms to see the world
The technology to grab so many images in the course of little more than one second — and do it in such clarity and high resolution — is barely a generation old.
So to see these “stills,” as journalists call them, come together to paint a picture of an event is a combination of artistry, intrepidity and technology — an exercise in freezing time, and in giving people the opportunity to contemplate for minutes, even hours, what took place in mere seconds. This holds true for positive things that the camera captures — and for visitations of violence like this one as well.
Photography is random access. We, the viewers of it, choose how to see it, process it, digest it. We go backward and forward in time, at will. We control the pace and the speed at which dizzying images hurtle at us. And in that process, something unusual for this era emerges: a bit of time to think.
That, among many other things, is the enduring power of the still image in a moving-picture world — and the power of what Bilal Hussein captured on that clear, sunny day in Beirut.



Scientists Gather to Decode Puzzle of the World’s Rarest Whale in ‘Extraordinary’ New Zealand Study

A handout photo taken on July 5, 2024 and received on July 16 from the New Zealand Department of Conservation shows rangers Jim Fyfe (L) and Tumai Cassidy walking beside what appears to be the carcass of a rare spade-toothed whale after it was discovered washed ashore on a beach near Taieri Mouth in New Zealand's southern Otago province. (Handout / New Zealand Department of Conservation / AFP)
A handout photo taken on July 5, 2024 and received on July 16 from the New Zealand Department of Conservation shows rangers Jim Fyfe (L) and Tumai Cassidy walking beside what appears to be the carcass of a rare spade-toothed whale after it was discovered washed ashore on a beach near Taieri Mouth in New Zealand's southern Otago province. (Handout / New Zealand Department of Conservation / AFP)
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Scientists Gather to Decode Puzzle of the World’s Rarest Whale in ‘Extraordinary’ New Zealand Study

A handout photo taken on July 5, 2024 and received on July 16 from the New Zealand Department of Conservation shows rangers Jim Fyfe (L) and Tumai Cassidy walking beside what appears to be the carcass of a rare spade-toothed whale after it was discovered washed ashore on a beach near Taieri Mouth in New Zealand's southern Otago province. (Handout / New Zealand Department of Conservation / AFP)
A handout photo taken on July 5, 2024 and received on July 16 from the New Zealand Department of Conservation shows rangers Jim Fyfe (L) and Tumai Cassidy walking beside what appears to be the carcass of a rare spade-toothed whale after it was discovered washed ashore on a beach near Taieri Mouth in New Zealand's southern Otago province. (Handout / New Zealand Department of Conservation / AFP)

It is the world’s rarest whale, with only seven of its kind ever spotted. Almost nothing is known about the enigmatic species. But on Monday a small group of scientists and cultural experts in New Zealand clustered around a near-perfectly preserved spade-toothed whale hoping to decode decades of mystery.

“I can’t tell you how extraordinary it is,” said a joyful Anton van Helden, senior marine science adviser for New Zealand’s conservation agency, who gave the spade-toothed whale its name to distinguish it from other beaked species. “For me personally, it’s unbelievable.”

Van Helden has studied beaked whales for 35 years, but Monday was the first time he has participated in a dissection of the spade-toothed variety. In fact, the careful study of the creature -- which washed up dead on a New Zealand beach in July — is the first ever to take place.

None has ever been seen alive at sea.

The list of what scientists don’t know about spade-toothed whales is longer than what they do know. They don’t know where in the ocean the whales live, why they’ve never been spotted in the wild, or what their brains look like. All beaked whales have different stomach systems and researchers don’t know how the spade-toothed kind processes its food. They don’t know how this one died.

Over the next week, researchers studying the 5-meter (16-foot) -long male at an agricultural research center near the city of Dunedin hope to find out.

“There may be parasites completely new to science that just live in this whale,” said van Helden, who thrilled at the chance of learning how the species produces sound and what it eats. “Who knows what we’ll discover?”

Only six other spade-toothed whales have ever been found, but all those discovered intact were buried before DNA testing could verify their identification.

New Zealand is a whale-stranding hotspot, with more than 5,000 episodes recorded since 1840, according to the Department of Conservation. The first spade-toothed whale bones were found in 1872 on New Zealand’s Pitt Island. Another discovery was made at an offshore island in the 1950s, and the bones of a third were found on Chile’s Robinson Crusoe Island in 1986.

DNA sequencing in 2002 proved that all three specimens were of the same species — and that it was distinct from other beaked whales. But researchers studying the mammal couldn’t confirm whether the species was extinct until 2010, when two whole spade-toothed whales, both dead, washed up on a New Zealand beach. But none has been studied before.

On Monday, the seventh of its kind, surrounded by white-aproned scientists who were measuring and photographing, appeared relatively unblemished, giving no clue about its death. Researchers pointed out marks from cookiecutter sharks — normal, they said, and not the cause.

The dissection will be quiet, methodical and slower than usual, because it is being undertaken in partnership with Māori, New Zealand's Indigenous people. To Māori, whales are a taonga -– a precious treasure -– and the creature will be treated with the reverence afforded to an ancestor.

Members of the local iwi, or tribe, will be present throughout the dissection and consulted at each turn, allowing them to share traditional knowledge and observe customs, such as saying a karakia -– a prayer -– over the creature before the study begins.

“According to our beliefs and our traditions, this whale is a gift of Tangaroa, deity of the ocean,” said Tumai Cassidy from the local people Te Rūnanga Ōtākou. “It’s very important for us to respect that gift and to honor the whale.”

The iwi will keep the jawbone and teeth of the whale at the end of the dissection, before its skeleton is displayed in a museum. 3D printing will be used to replicate those parts, using a CT scan taken of the whale’s head this week.

“It all builds a richer picture for that species but also tells us how it interacts with our oceans,” Cassidy said.

It’s thought that spade-toothed whales live in the vast Southern Pacific Ocean, home to some of the world’s deepest ocean trenches. Beaked whales are the ocean's deepest divers for food, and the spade-toothed may rarely surface, adding to its mystery.

The assembled scientists on Monday included a few who had traveled from abroad to see the whale, which was put in refrigerated storage after its discovery.

“What we are interested in is not only how these animals died, but how they lived,” said Joy Reidenberg, a comparative anatomist from the Icahn School of Medicine at Mount Sinai in New York. “In discovering how they live, we are hoping to find discoveries that we can apply back to the human condition.”