Soil sickness in forestry trees

Allelopathy Journal

Volumn 16, Issue 2, 2005, Pages 199-208

  Caboun, Vladimír ^a  

^a FOREST RESEARCH INSTITUTE   (Slovakia)

Author keywords

Accacia; Allelopathic; Beech; Elm; Fir; Forest trees; Larch; Oak; Pine; Regeneration problem; Soil fatigue; Soil sickness; Spruce

Indexed keywords

ABIES; FAGUS; LARIX; PICEA; ULMUS;

EID: 27744450914     PISSN: 09714693     EISSN: 09741240     Source Type: Journal    
DOI: None     Document Type: Review

References (40)

1. Assmann, E. (1968). Science of forest yield (Náuka o výnose lesa). Bratislava, Príroda, p 486 . (In Slovak).
2. Börner, H. (1960). Liberation of organic substances from higher plants and their role in the soil sickness problem. Botanical Reviews 26: 393-424.
3. Baraneckyj, G.G. and Ivchenko, A.I. (1980). About phytocenological role of plant secretions of Oak. Trudy Lvovskogo selskochoz Institute 88, p. 87-92. (In Russian).
4. Caboun, V. (1990). Allelopathy in Forest Ecosystems. Bratislava: VEDA, Slovak Academy of Science, 120 p.
5. Caboun, V. and Zachar, D. (1987). Deformation of Pine growing after Acacia in forest of Palarikovo. Lesnícky Casopis 33: 261-272. (In Slovak).
6. Caboun, V. (2002). Allelopathic effects of black locust (Robinia pseudoacacia L.) on neighbouring tree species. Zborník referátov, LVÚ Zvolen, p. 85-88. (In Slovak).
7. De Bell, D.S. (1970). Phytotoxins new problems in forestry? Journal of Forestry 68: 335-337.
8. Fedorovova,A.I., Stepen, R.A. and Churkin, S.P. (1983). Terpen compounds in volatile secretions and vegetative organs of Sibiric Larch. (Terpenovyje sojedinenija v letuščich vydelenijach i vegetativnych organach listvenicy sibirskoj). Lesovedenije 17 (6): 15-22. (In Russian).
9. Fisher, R. F. (1980). Allelpathy: potencial cause of regeneration failure. Journal of Forestry 78: 346-350.
10. Funk, D. T., Case, P.J., Rietveld, W.J. and Phares, R.E. (1979). Efects of juglone on the growth of coniferous seedlings. Forest Science 25: 452-454.
11. Grodzinsky, A.M. and Golovko, E. A. (1983). Allelopathic problems of soil sickness. (Allelopatičeskije problemy počvoutomlenija). Počvovedenije 84 (1): 74-81. (In Russian).
12. Grodzinsky, A.M. (1979). Allelopathy in Soil Sickness. Kiev: Naukova Dumka. 246 p. (In Russian).
13. Grodzinsky, A.M. (1987). Experimental Allelopathy. Kiev: Naukova Dumka. 219 p. (In Russian).
14. Grunda, B. (1985). Decomposition processes and the structure of soil microflora under a spruce monoculture. Research Report No VI-2-3/ 08b. VŠZ Brno, 64 p. (In Czech).
15. Grunda, B. (1990). Composition of humus and microflora under an anthropickly affected spruce monoculture. Research Report No VI-4-3/ 02-2b. VŠZ Brno, 62 p. (In Czech).
16. Grummer, G. (1955). Die gegenseitige Beeinflussung höherer Pflanzen, Allelopathie. Jena, Fischer, 162 str.
17. Harborne, J.B., (1972). Phytochemical Ecology New York: Academic Press, 272 p.
18. Ivanov, V. P. (1973). Plant Secretions and their Influence in Life of Ecosystems. Moskova, Nauka, 293 p. (In Russian).
19. Kaverzina, L.I. (1981). Compound of root secretions of Pine dependent on soil temperature. (Sostav kornevych vydelenij sosny obyknovennoj v zavisi,osti ot temperatury počvy). Ekologija 5: 62-66. (In Russian).
20. Keiichi, O., (1986). Diurnal and season variations in isoprene emission from live oak. Geochemistry Journal. 5: 269-274.
21. Kolesničenko, M.V. (1976). Biochemical Mutual Influence of Tree Species. Moskva, Lesnoje Promyšlennost', 184 p. (In Russian).
22. Kulhavý J., Berger, T.W. and Caboun, V. (2004): Ecological consequences of conversion. In: Norway Spruce Conversion: Options and Consequences (Eds., H. Spiecker). Pp. 65-195. European Forest Institute Research, Brill, Boston.
23. Langkramer, O. and Lettl, A. (1984). The influence of forest management on microbial activity of Spruce forest soil. (Vliv pěstebných zásahú na aktivitu mikroorganizmú v púdě smrkového porostu). Lesnícky Časopis 30: 285-294. (In Czech).
24. Listov, A.A. (1981). Pine forests of European north. (Sosňjaky lišajnikovyje jevropejskogo severa). Lesovedenije i lesovodstvo 1: 22-25. (In Russian).
25. Lykovova , O.B. and Matvejev, N.M. (1979). To question about mutual influence between adult trees and regeneration through root and rhizosferic secretions in stepp condition of Zavolzie. (K voprosu o vzaimodejstvii meždu vzroslym drevostojem i samosevom prosredstvom kornevych i ryzosfernych vydelenij v uslovijach stepnogo Zavolžija). Voprosy biogeocenologii, ekonomiky i ochrany prirody v stepnoj zone. Kujbišev, 4 : 45-49. (In Russian).
26. Muller, C.H. and Chou, C. (1972). Phytotoxins: An ecological Phase of Phytochemistry. In: Phytochemical Ecology. New York: Academic Press. Pp. 201-216.
27. Nesciarovič, M.D. (1981). Rarity of spruce growth under and in forest trees. (Osobennosti rosta jeli obyknavennoj v podroste i lesnych kulturach). Izvestia AN BSSR, Séria Biologia 138: 5-9. (In Russian).
28. Patrick, Z.A. (1955). The peach replant problem in Ontario. II. Toxic substance from microbiological decomposition products of reach root residues. Canadian Journal of Botany 33: 461-476.
29. Patterson, D.T. (1981). Effects of allelopathic chemicals on growth and physiological responses of soybean. American Journal 29: 53-59.
30. Pellissier, F. (1994). Effects of phenolic compounds in humus on the natural regeneration of spruce. Phytochemistry 36: 865-867.
31. Pellissier, F. and Souto, X.C. (1999). Allelopathy in north temperate and boreal seminatural woodland. Critical Reviews in Plant Sciences 18: 637-652.
32. Prudic, Z. (1977): The influence of linden on growth of ash in forest of sout Morava. (Vliv lipy na rúst jasanu v lužnich lesích Jižni Moravy). Práce VÚLHM, 51: 67-80. (In Czech).
33. Rob, H. (1983). The relationship of root system and microorganismus activity to soil fruitfulness. (Vztah kořenového systému a activity mikroorganizmú k úrodnosti púdy). Štúdijné Informácie, ÚVTIZ 4: 64 p. (In Czech).
34. Runov, E.V. and Jegorova, S.V. (1963). Toxicity of dark-grey forest soils under Oaks on forest-stepp zone. (Toxikoz temno-serych lesnych počv pod dubovymi lesami lesostepnoj zony). Počvovedenije 12: 71-79. (In Russian).
35. Rysin, L.P. (1967). The function of root competition in reforestration. (Rol' kornevoj konkurencii v vozobnovlenii lesa). Lesnoje Choziajstvo 3: 21-24. (In Russian).
36. Sokolova, L.N. (1964). The structure and photosynthesis of Pine undergrowth under adult Pine trees. Sostojanije i fotosyntez sosnovogo podrosta pod pologom spelych sosňakov). Lesnoje Chozjajstvo 8: 9-11. (In Russian).
37. Tulemisova, K.K., Mazunina, V.I. and Kuldybajev, M.M. (1981). Role of microorganisms in increasing metabolism of plant at harvest. Rol mikrobnych Metabolitov V Povyšenii Uražajnosti Rastenij. Alma Ata, 172 pp. (In Russian).
38. Ulrich, B. and Mayer, P., (1973). Modelling of bioelement cycling in a beach forest of Soiling district. Schriften aus der Forstelung Fakulti der Universitet Gottingen Volume 29, 230 p. (In German).
39. Vancura, V. (1980). Metabolic interactions of plants an microorganism in soil. (Metabolické interakce rostlin a mikroorganizmú v púdě). Soubor prací ČSAV, Mikrobiolog. Ústav, Praha, p. 381-386. (In Czech).
40. Zachar, D. and Caboun, V. (1982). The problem of Pine deformation groun after Acacia in FI Palarikovo. (Problém deformácie borovice sosny pestovanej po agáte na LZ Palárikovo). ZS, LVÚ Zvolen. 33 p. (In Slovak).