Effects of the reduction of cement plant pollution on the foliar and bark chemical composition of Scots pine

Boreal Environment Research

Volumn 6, Issue 4, 2001, Pages 251-259

  Tervahattu, Heikki ^a   Lodenius, Martin ^a   Tulisalo, Esa ^a  

^a Dept Limnology Environ Protect ^*  (Finland)

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[No Author keywords available]

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EID: 0347081517     PISSN: 12396095     EISSN: None     Source Type: Journal    
DOI: None     Document Type: Article

References (26)

1. Annuka E. 1995. Influence of air pollution from the cement industry on plant communities. Changes in tree and herbaceous plant communities. In: Mandre M. (ed.), Dust pollution and forest ecosystems. A study of conifers in an alkalized environment. Institute of Ecology, Publication 3/1995, Tallinn, pp. 124-133.
2. Annuka E. & Mandre M. 1995. Soil responses to alkaline dust pollution. In: Mandre M. (ed.), Dust pollution and forest ecosystems. A study of conifers in an alkalized environment. Institute of Ecology, Publication 3/1995, Tallinn, pp. 33-44.
3. Bacic T., Lynch A.H. & Cutler D. 1999. Reactions to cement factory dust contamination by Pinus halepensis needles. Environmental and Experimental Pollution 41: 155-166.
4. Cenni E., Bussotti F. & Galeotti L. 1998. The decline of a Pinus nigra Arn. reforestation stand on a limestone substrate: the role of nutritional factors examined by means of foliar diagnosis. Ann. Sci. For. 55: 567-576.
5. Gilbert O.L. 1992. Lichen reinvasion with declining air pollution. In: Bates J.W. & Farmer A.M. (eds.), Bryophytes and lichens in a changing environment. Oxford University Press, Oxford, pp. 159-177.
6. Haapala H., Goltsova N., Seppälä R., Huttunen S., Kouki J., Lamppu J. & Popovichev B. 1996a. Ecological condition of forests around the eastern part of the Gulf of Finland. Environmental Pollution 91(2): 253-265.
7. Haapala H., Goltsova N., Pitulko V. & Lodenius M. 1996b. The effects of simultaneous large acidic and alkaline airborne pollutants on forest soil. Environmental Pollution 94: 159-168.
8. Haapala H. 1998. The use of SEM/EDX for studying the distribution of air pollutants in the surroundings of the emission source. Environmental Pollution 99: 361-363.
9. Hiltbrunner E. & Flückiger W. 1996. Manganese deficiency of silver fir trees (Abies alba) at a reforested site in the Jura mountains, Switzerland: aspects of cause and effect. Tree Physiol. 16: 963-975.
10. Iqbal M.Z. & Shafiq M. 1998. Toxicity of cement dust on the growth of some tree seedlings. Ekológia (Bratislava) 17(4): 434-439.
11. Kaasik M. & Söukand Ü. 2000. Balance of alkaline and acidic pollution loads in the area affected by oil shale combustion. Oil Shale 17(2): 113-128.
12. Kannukene L. 1995. Influence of air pollution from the cement industry on plant communities. Bryophytes in the forest ecosystem influenced by cement dust. In: Mandre M. (ed.), Dust pollution and forest ecosystems. A study of conifers in an alkalized environment. Institute of Ecology, Publication 3/1995, Tallinn, pp. 141-147.
13. Kunda Nordic Cement Corporation 1997. Environmental Review No. 6.
14. Mandre M. 1995a. Study area. General description of the observation territory and the pollution source. In: Mandre M. (ed.), Dust pollution and forest ecosystems. A study of conifers in an alkalized environment. Institute of Ecology, Publication 3/1995, Tallinn, pp. 12-14.
15. Mandre M. 1995b. Physiological and biochemical responses of coniferous trees to alkaline dust impact. Changes in nutrient composition of trees. In: Mandre M. (ed.), Dust pollution and forest ecosystems. A study of conifers in an alkalized environment. Institute of Ecology, Publication 3/1995, Tallinn, pp. 44-65.
16. Mandre M. 1995c. Physiological and biochemical responses of coniferous trees to alkaline dust impact. Effects of dust pollution on carbohydrate balance in conifers. In: Mandre M. (ed.). Dust pollution and forest ecosystems. A study of conifers in an alkalized environment. Institute of Ecology, Publication 3/1995, Tallinn, pp. 78-95.
17. Mandre M. & Ots K. 1995. Morphology, growth and bioproduction of conifers in alkalized areas. The height growth of trees. In: Mandre M. (ed.), Dust pollution and forest ecosystems. A study of conifers in an alkalized environment. Institute of Ecology, Publication 3/1995, Tallinn, pp. 117-118.
18. Mandre M. & Tuulmets L. 1995. Physiological and biochemical responses of coniferous trees to alkaline dust impact. Changes in the pigment system. In: Mandre M. (ed.), Dust pollution and forest ecosystems. A study of conifers in an alkalized environment. Institute of Ecology, Publication 3/1995, Tallinn, pp. 66-77.
19. Mandre M., Rauk J. & Ots K. 1995. Morphology, growth and bioproduction of conifers in alkalized areas. Needle and shoot growth. In: Mandre M. (ed.), Dust pollution and forest Ecosystems. A study of conifers in an alkalized environment. Institute of Ecology, Publication 3/1995, Tallinn, pp. 103-111.
20. Mandre M., Klõšeiko J., Ots K. & Tuulmets L. 1999. Changes in phytomass and nutrient partitioning in young conifers in extreme alkaline growth conditions. Environmental Pollution 105(2): 209-220.
21. Nilson E. 1995. Influence of air pollution from the cement industry on plant communities. Species composition and structure of epiphytic lichen assemblages on Scots pine around the Kunda cement plant. In: Mandre M. (ed.), Dust pollution and forest ecosystems. A study of conifers in an alkalized environment. Institute of Ecology, Publication 3/1995, Tallinn. pp. 134-140.
22. Raitio H. 1990. The foliar chemical composition of young pines (Pinus sylvestris L.) with or without decline. In: Kauppi P., Anttila P. & Kenttämies K. (eds), Acidification in Finland. Springer-Verlag, Berlin-Heidelberg, pp. 699-713.
23. Rauk J. 1995a. Morphology, growth and bioproduction of conifers in alkalized areas. Radial increment of trees. In: Mandre M. (ed.), Dust pollution and forest ecosystems. A study of conifers in an alkalized Environment. Institute of Ecology, Publication 3/1995, Tallinn, pp. 112-116.
24. Rauk J. 1995b. Morphology, growth and bioproduction of conifers in alkalized areas. Bioproductivity. In: Mandre M. (ed.), Dust pollution and forest ecosystems. A study of conifers in an alkalized environment. Institute of Ecology, Publication 3/1995. Tallinn, pp. 119-123.
25. Tohver A. 1995. Response reactions of conifers to alkaline dust pollution. Changes in the concentration of soluble phenolic substances in Picea abies L. needles. Proc. Estonian Acad. Sci. Ecol. 5(1-2): 14-19.
26. Tuulmets L. 1995. Air pollution and growth conditions of forest trees. Chemical composition of precipitation. In: Mandre M. (ed.), Dust pollution and forest ecosystems. A study of conifers in an alkalized environment. Institute of Ecology, Publication 3/1995, Tallinn, pp. 23-32.