#Chernobyl was a faux pas how to

The book blends reportage, popular science and encounters with the zone's few residents. Lack of funding for such programmes makes it nearly impossible to administer them. Against this backdrop, the book describes in detail, a highly controversial programme that released an endangered species of horse into the zone. Since the accident, the area has largely been a safe haven from hunters and farmers, allowing the wildlife to live in an undisturbed environment. The article is a review of a book addressed Wormwood Forest: a natural history of Chernobyl which describes life in Europe's largest wildlife sanctuary in the region surrounding the Chernobyl station. The abnormal 137 Cs/ 134 Cs ratios in the organic soils were explained by analysing the 'before Chernobyl' soils sampled in the same area. Lichens retained remarkable amounts of radionuclides. In the developing organs growth dilution and translocation caused a lower radioactivity. In the established tree organs radioactivity was related to their structural and physiological features, as well as to their surface/dry weight ratios. Spruce, scotch pine, larch, beech, lichens and soils samples were analysed by high resolution gamma-spectrometry. The effects of the Chernobyl pollution on forest biogeocenoses are described. All rights reserved.)Ĭhernobyl pollution in forest biogeocenosesīaldini, E. (Copyright (c) 1999 Elsevier Science B.V., Amsterdam.

The current ecological condition of forest ecosystems is evaluated and scientific aspects of forest management in the conditions of the large-scale radioactive contamination are discussed. This paper reports basic features of radionuclide migration and the prediction of the radionuclide redistribution and accumulation by forest phytocoenoses after the Chernobyl Nuclear Power Plant (CNPP) accident. Others notice that the fire risk is higher in the Chernobyl exclusion zoneįorest and Chernobyl: forest ecosystems after the Chernobyl nuclear power plant accident: 1986-1994 Some studies outline that the management of contaminated forest ecosystems after the Fukushima accident differs from that applied in the Chernobyl exclusion zone. Thus, the soil becomes the main reservoir in which radio-caesium can be found. It also appears that the interception of radioactive fallouts by the canopy and radionuclide transfers towards the litter and the soil are the most important processes during the early phase and during the first months after the accident. It appears that the main characteristics of forest ecosystems impacted by radioactive fallouts are different (there is no ' red' (dead) forest around Fukushima), that processes governing the fate of radionuclides in forest ecosystems imply a high remanence of radioactive contamination in these environments. International Nuclear Information System (INIS)īased on several published studies, this report proposes a synthetic overview of observations made on the fate of radionuclides in contaminated forests, like in forest environments which represent a great part of highly contaminated areas about Chernobyl and Fukushima.

#Chernobyl was a faux pas how to

How to manage forest environments after a nuclear accident? Lessons learned from the Chernobyl and Fukushima accidents