Yes, the famous "Elephant's Foot," a highly radioactive, lava-like mass from the Chernobyl disaster, is still there, though it's located deep underground beneath Reactor 4 and isn't a tourist sight, with photos showing it was once so dangerous early on that cameras on wheels or robotic devices were used to capture its image due to extreme radiation, but it's now less intense and visitors can see the area with precautions.
Since that time, the radiation intensity has declined significantly, and in 1996, the Elephant's Foot was briefly visited by the deputy director of the New Safe Confinement Project, Artur Korneyev, who took photographs using an automatic camera and a flashlight to illuminate the otherwise dark room.
Located in the basement below Chernobyl's Reactor 4, the Elephant's Foot is a mass made of melted nuclear fuel mixed with lots and lots of concrete, sand, and core sealing material. Had you lingered in the room with this hardened mass in the late 1980s, your chances of seeing another birthday would have been slim.
You won't find these places on any itinerary and you will certainly never be able to visit them. From Chernobyl's Elephant's Foot to a mountain no one can ever summit, these locations and the secrets they keep are sealed off… whether it is to protect history, nature, or humanity itself 👀
Under extremely hazardous conditions, thousands of "Liquidators" worked to contain the remains of the fourth reactor. The shelter surrounding the reactor was completed less than six months after the explosion during peak radioactivity levels.
There's only one man still entombed at Chernobyl. Valery Khodemchuk is the only person who died in the initial explosions. Even the unconscious, extremely irritated and burned, severely injured, Vladimir Shashenok was taken to the hospital before dying that morning.
Imagine standing before a chilling monument to one of humanity's greatest nuclear disasters—the Elephant's Foot. Captured in Artur Korneyev's 1996 photograph, this grotesque, molten mass of corium and debris lies deep beneath the Chernobyl Nuclear Power Plant near Pripyat.
However, you can get quite close to the strcture and for those who go inside the power plant, you can actually go inside the Control Room #4, where the accident basically started. It is cool to see it from outside, but visiting the Control Room is even better.
Is Chernobyl safe to visit? Chernobyl is now safe to visit, with very low radiation levels similar to those on a trans-Atlantic flight, but it is subject to very strict regulations. It is only possible to visit the Exclusion Zone with an official Chernobyl guide.
Yes, Chernobyl is still highly radioactive in many areas, especially near the damaged reactor, but radiation levels vary significantly; some parts of the exclusion zone have contamination low enough for potential limited agriculture, while a 2025 drone strike damaged the New Safe Confinement (NSC) structure, raising concerns about long-term containment, although immediate levels stayed stable as the NSC's function is to contain the original sarcophagus's radioactive material, not the entire zone.
Radiation from Chernobyl caused mutations in animals, harming their health and ability to reproduce. Many animals in the Chernobyl exclusion zone are radioactive and some, like birds, show physical abnormalities.
Its part of the reason spent fuel rods and such are kept in cooling pools; the water doesn't let as much radiation out. This, coupled with their diving suits and the amount of protection they had, limited their exposure somewhat. Not completely, but enough that what should have been a lethal dose, wasn't.
In the radioactive ruins of the Chernobyl reactor, researchers found black fungi—especially Cladosporium sphaerospermum—growing on the reactor's inner walls decades after the disaster.
It's not necessarily the temperature of the foot, but more-so how radioactive it was/is. It was created from corium , remnants of core rods, concrete, steel, et cetera as it melted through the floor. It's currently around room temperature and turning into a sand-like consistency. Best answer here!
A dose of 100 to 200 rad delivered to the entire body in less than a day may cause acute radiation syndrome (ARS), but is usually not fatal. Doses of 200 to 1,000 rad delivered in a few hours will cause serious illness, with poor prognosis at the upper end of the range.
Alexander Yuvchenko was on duty at Chernobyl's reactor number 4 the night it exploded on 26 April 1986. He is one of the few working there that night to have survived. He suffered serious burns and went through many operations to save his life, and he is still ill from the radiation.
The funding—contributed by more than 40 nations—was managed by the European Bank for Reconstruction and Development (EBRD). When EBRD was commissioned to manage the Chernobyl recovery funds, its managers agreed with the government of Ukraine to enlist Western experts to help manage implementation.
In another 300 years there will be almost no radioactive Cs left, and it will have decayed into barium. The cesium that is there will be buried in the mass of the foot, where to radiation won't escape, or spread around, so it's probably not a really big risk to stand next to briefly.
On 26 April 1986, Dyatlov supervised a test at Reactor 4 of the nuclear plant, which resulted in the Chernobyl disaster. In preparation, Dyatlov ordered the power to be reduced to 200 MW, which was lower than the 700 MW stipulated in the test plan. The reactor then stalled unexpectedly during test preparations.
Which animals live in the Chernobyl Exclusion Zone?
In 2011, the director of the Chernobyl power plant, Ihor Gramotkin, was asked when the area would again be inhabitable. He responded, “At least 20,000 years” (Harrell and Marson).
Artur Korneyev's 1996 photograph hauntingly captures one of the most dangerous objects on Earth: the Elephant's Foot—a mass of melted nuclear fuel, sand, and structural materials known as corium. This ominous formation lies beneath Reactor No.