The accumulation of foliage in Scots Pine stands
Topkasov, A.V.
Lesn. Z., Arhangel'sk 10(3): 45-8
1967
Accession: 014715720
Gives data on crown growth after thinnings that removed ca. 30% (by volume) from stands aged 18, 26, and 58 years, and interprets the findings as favouring heavy, early thinning.
PDF emailed within 1 workday: $29.90
Related References
Cedervind, J.L.ngstrom, B. 2003: Tree mortality, foliage recovery and top-kill in stands of Scots pine (Pinus sylvestris) subsequent to defoliation by the pine looper (Bupalus piniaria) Scandinavian journal of forest research 8(6): 505-513Lemke, J. 1978: Quantitative characteristics of shoots and foliage in old Scots pine stands Folia Forestalia Polonica, A Lesnictwo 23: 53-66
Gorbatenko, V.M.; Protopopov, V.V. 1971: Accuracy in calculating the phytomass of crowns and foliage in Scots Pine stands Lesn. Khoz, 4, 39-41
Tullus, K.; Tamm, Y. 1992: Characteristics of the weight of foliage in middle-aged Scots pine stands Metsanduslikud Uurimused 25: 60-72
Katzel, R.; Einert, P.; Patz, G.; Ritter, G.; Strohbach, B. 1995: Recovery of Scots pine stands near the former area of nitrogen emission at Lichterfelde/Britz. Part 1: Air quality, soil conditions, vegetation and nutrient status of Scots pine stands Beitrage fur Forstwirtschaft und Landschaftsokologie 29(1): 5-9
Tsvetkov, V.F.; Tsvetkova, V.I. 1975: Foliage mass of young Scots Pine/Birch stands on the Kola peninsula Estestv sreda i biol resursy Krain Severa: 103-112
Sliwa, E.; Cichowski, P. 1980: Regeneration of foliage and damage in Scots pine stands following attack by insect pests Folia Forestalia Polonica, A Lesnictwo 24: 167-190
Tyabera, A.P. 1981: The volume of bark and branches and weight of foliage in Scots pine stands in Lithuania Lesnoi Zhurnal 6: 14-18
Gurov, A.V.; Petrenko, N.M. 1986: Utilization of foliage by phyllophagous insects in young stands of Scots pine and broadleaves Lesovedenie 4: 15-22
Kabasinskienie, I.Varnagiryte 2008: Complex study of foliage nutrient status in ash fertilized Scots pine stands in Lithuania Journal of Forest Science 54(5): 195-206
Mal' kovskii, V.N. 1975: The content of carotene in foliage from Scots Pine stands of different ages and in different forest types in the Moscow region Nauch tr Mosk lesotekhn in t 68: 22-32
Muller, J. 2003: Water balance of pure stands of Scots pine and beech and mixed Scots pine and beech stands in the nord-eastern German lowlands 10 Lysimetertagung, 29-30 April, 2003, HBLA Raumberg, Irdning, Austria: 105-109
Tarabula, T.; Zero, A. 1997: The effect of soil liming, acidification and urea fertilization on distribution, biomass and accumulation of foliage within a Scots pine stand Ekologia Polska 45(2): 361-383
Grunert, F. 1964: The biological nutrient cycle in mixed Scots Pine/Beech, and in Scots Pine stands Albrecht-Thaer-Archiv, Berlin. 8(6/7): 435-52
Bergmann, J.H. 2006: Effects of wide-spaced cultivation on poor Scots pine in Scots pine stands AFZ/Der Wald, Allgemeine Forst Zeitschrift fur Waldwirtschaft und Umweltvorsorge 61(19): 1044-1045
Goor, F.ço.; Thiry, Y.; Delvaux, B. 2007: Radiocaesium accumulation in stemwood: integrated approach at the scale of forest stands for contaminated Scots pine in Belarus Journal of Environmental Management 85(1): 129-136
Heinsdorf, D. 1988: Accumulation of carbon and nutrient elements under two even-aged young stands of Scots pine and robinia on spoil soils Beitrage fur die Forstwirtschaft 22(3): 104-107
Wegiel, A.; Bielinis, E.; Polowy, K. 2018: Heavy metals accumulation in Scots pine stands of different densities growing on not contaminated forest area (northwestern Poland) Austrian Journal of Forest Science 135(3): 259-281
Pinchuk, A.M.; Lomov, V.D. 1973: Effect of the density of young Scots Pine stands on the anatomical features of the wood and the accumulation of aerial organic matter Nauch Tr Mosk Lesotekhn Inst 49: 38-42
Gurer, M.; Torun, G. 1997: Some foliage diseases on Scots pine, beach pine, red pine, eastern spruce and maple Ic Anadolu Ormanclk Arastrma Enstitusu Dergisi 81: 7-14