They used to live near Chernobyl, in the shadow of the nuclear power plant that symbolized the prowess which the great Soviet people had, their mastery of machinery. A lot of people worked there. They had even been built a city for them: Pripyat, with a population of 49,000, just three kilometers from Ukraine’s power plant and the ill‑fated Reactor No. 4.
On April 27, 1986, the city of Pripyat was evacuated in the space of a few hours. Everything had to be abandoned; it was the same in all districts in the exclusion zone within a 30-kilometer [19 mile] radius of Chernobyl. Everything was radioactive. Nothing could be taken. Perhaps, secretly, just a photo or a piece of jewelry.
Fifteen years after the disaster, Chernobyl was finally closed down, and the “new” city which had seemed like heaven on earth for thousands of Soviet citizens at the time was more reminiscent of the apocalypse. The “glowing towers” were surrounded with barbed wire, seepage was running down the walls and rooves were collapsing. Trees had sprouted up between the paving stones breaking up the sidewalks. The same scenes of desolation were everywhere around the city. According to CRIIRAD (a French association for independent research and information on radiation), it will take more than 6000 years for some of the land to reach normal levels of radioactivity. Yet despite that, nature has prevailed over the “machine,” but it is a new form of nature, wild and formidably dangerous. No one can lie on the grass, or touch a flower or chew on a blade of grass. Nature is observed, as if it were a stage set in a theater. Many of the residents of Pripyat now live in Kiev, in outlying districts of what is now the independent, sovereign state of Ukraine. They were rehoused a few days after the disaster. These people, the “Chernobylsty,” have stayed together, forming a sort of ghetto, bound together by memories, disease, poverty and the death of loved ones.
The radioactivity recorded at the time the photo was taken is noted for each picture in the Chernobylsty series by Guillaume Herbaut.
A normal level is between 10 and 20 microrems.