Author: V. A. Ipat’ev, V. F. Baginsky, I. M. Bulavik, A.M. Dvornik etc.
Reference: Gomel, 1999
doi:
Keywords: contamination, forest, ecology, Belorussia, decontamination, eco system, radionuclides
Abstract:
URL: http://do.znate.ru/docs/index-10683.html?page=4
Russian: Лес. Человек. Чернобыль: Ипатьев В.А., Багинский В.Ф., Булавик И.М., Дворник А.М….
Author: Moller, A. P. / Mousseau, T. A.
Reference: Biology Letters, 5 (3), p.356-359, Jun 2009
doi: 10.1098/rsbl.2008.0778
Keywords: dragonflies, ecosystem, grasshoppers, pollinators, spiders
Abstract: Effects of low-level radiation on abundance of animals are poorly known. We conducted standardized point counts and line transects of bumble-bees, butterflies, grasshoppers, dragonflies and spider webs at forest sites around Chernobyl differing in background radiation by over four orders of magnitude. Abundance of invertebrates decreased with increasing radiation, even after controlling for factors such as soil type, habitat and height of vegetation. These effects were stronger when comparing plots differing in radiation within rather than among sites, implying that the ecological effects of radiation from Chernobyl on animals are greater than previously assumed.