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9篇 您的检索式:作者名="Nuorteva"
    题名 作者 年代 出处 被引量
1The tare of mercury in sarcosaprophagous flies and in insects eating them 显示文摘Nuorteva P Nuorteva S L 1982A Journal of the Human Environment1982,11,1:1
2Use of synthetic pheromones for the control of spruce bark beetles in a heavily infested spruce stand显示文摘Selander J Nuorteva M 0,,02:1
3Time-related effects of intoxication with cadmium and mercury in the red wood ant 显示文摘Migula P Glowacka E Nuorteva S L 1997Eeotoxieology1997,6,:1
4Toxic metals in forest biota around the steel works of Rautaruukki Oy,Raahe,Finland显示文摘Mukherjee AB Nuorteva P 0,,:1
5Time-related effects of intoxication with cadmium and mercury in the red wood ant显示文摘Migula P Glowacka E Nuorteva S L 1997Ecotoxicology1997,6,:1
6Das auftreten holzzerstorender insek-ten in einigen scharenkirohspielen Sudwestfinnlands (The occurrence of wood-destroying insects in certain parishes in south-west Finland)显示文摘Nuorteva P Nuorteva S L 1955Annales Entomologici Fennici1955,20,4:1
7Uptake of mercury by terrestrial plants - observations in Finland and Slovenia in the years 1979 - 1981 显示文摘Martin Lodenius Pekka Nuorteva Sirkka-Liisa Nuorteva 2004Materials and Geoenvironment2004,51,2:1
8Time-related dfects of intoxication with cadmium and mercury in the red wood ant显示文摘Migula P Glowacka E Nuorteva S L 1997Ecotoxicology1997,,6:1
9Metal pollution in relation to mass outbreaks of Dendrolimus punctatus Walker on Pinus massoniana Lamb.in China显示文摘Insects with their ecological superpower have enormous capacity to transform small pollution damage in forests to full scale calamities. Acid rain resulting from extensive coal burning is the chief pollutant in China. Acid rain activates from soil deposits toxic metals, which are transferred to trees and further to insects eating them. We studied the levels of the toxic Cd, its antagonists Zn and Cu, and acid rain indicators Fe and Mn in the forest pest moth Dendrolimus punctatus Walker (Lepidoptera:Lasiocampidae) in variously polluted Pinus massoniana Lamb forests in China.\; The highest density of D. punctatus , as well as the highest Cd levels developed in the moderately polluted forests. Possibly Cd had there broken down the pest resistance of the pines. The paradoxical coexistence of high Cd level and elevated population density of the pest seems to result from the high accumulation of Cd in its ichneumonid parasitoid. In the most heavily polluted forests the Cd level in needles was low, possibly because the strong acid rain had washed away most of the Cd deposit in the soil. It existed there no D.punctatus population. Absence of pest insects from the most heavily polluted areas is a common phenomenon.Pekka Nuorteva\+1, LI Tian\|sheng\+2, Esa Tulisalo\+3, HONG Pei\|zhi\+4 (1.Department of Limnology and Environmental Protection, Helsinki University, Caloniuksenkatu 6 C 64, FIN\|00100, Helsinki University, Finland 2.Research Institute of Forest Ecolo 1999Journal of Environmental Sciences1999,11,4:0
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