Effects of geo-ecological conditions on larch wood variations in the North European part of Russia (Arkhangelsk region)
Nikolay A. Neverov, Vladimir V. Belyaev, Zinaida B. Chistova, Yuri G. Kutinov, Vadim V. Staritsyn, Elena V. Polyakova, Alexander L. Mineevhttps://doi.org/10.17221/102/2015-JFSCitation:Neverov N.A., Belyaev V.V., Chistova Z.B., Kutinov Y.G., Staritsyn V.V., Polyakova E.V., Mineev A.L. (2017): Effects of geo-ecological conditions on larch wood variations in the North European part of Russia (Arkhangelsk region). J. For. Sci., 63: 192-197.
The present study examines the macrostructure and density of larch wood and possible influences on the productivity of larch stands. The studies were conducted in the middle and sub-tundra taiga in the Arkhangelsk region. The selected trees were of the same age and diameter at breast height. In all sample plots the average annual ring width varied from 0.68 to 0.93 mm, the average content of latewood was about 29.7–35.1% and the average wood density of these old Siberian larch trees was 572 (500–698) kg·m–3. There were no significant differences between sample plots in terms of the latewood content, density and annual ring width of the growth rings. Wood macrostructure of larch wood has the same values in forests growing in the sub-tundra and middle taiga. A possible explanation for this is the location of these stands in the karst landscape, which possesses abundant mineral nutrition. Geological factors are surpassing the influence of climatic factors and contribute to the formation of productive larch stands in the sub-tundra taiga in the European part of Russia.Keywords:
Larix sibirica; wood density; latewood content; ring widthReferences:
Goryachkin S.V., Glazov P.M., Krivopalov A.V., Merzliy V.N., Puchnina L.V., Titova A.A., Tuyukina T.Y. (2010): Role of litho-geomorphological factors in productivity of ecosystem of northern taiga in Arkhangelsk region. Izvestiya RAN. Seriya geograficheskaya, 6: 96–99. (in Russian)Gryaznov S.E., Sokolov D.E. (2008): Forest Plan of Arkhangelsk Region. Book 1. Saint Petersburg, Saint Petersburg Institute of Forest and Wood Chemistry: 431. (in Russian)Karlman L., Morling T., Martinsson O. (2005): Wood density, annual ring width and latewood content in larch and scots pine. Eurasian Journal of Forest Research, 8: 91–96.Kashin V.I., Kozoborodov A.S. (1994): Larch Forests of the European North of Russia. Arkhangelsk, ARGO RAS Publishing: 215. (in Russian)Khmara K.A. (2008): Influence of anthropogenic impact (cutting forest) on forming taiga ecosystems. Vestnik of Northern (Arctic) Federal University, 4: 18–20. (in Russian)Yamashita Kana, Takata Katsuhiko, Nakada Ryogo, Koizumi Akio (2003): ANATOMICAL CHARACTERISTICS AND MECHANICAL PROPERTIES OF LARIX SIBIRICA GROWN IN SOUTH-CENTRAL SIBERIA. IAWA Journal, 24, 355-370 https://doi.org/10.1163/22941932-90000341Kurnaev S.F. (1973): Forest Growth Zoning of the USSR. Moscow, Science: 202. (in Russian)Luostarinen K. (2011): Density, annual growth and proportions of types of wood of planted fast grown Siberian larch (Larix sibirica) trees. Baltic Forestry, 17: 58–67.Lvov P.N., Ipatov L.F. (1976): Forest Typology on a Geographical Basis. Arkhangelsk, Northwestern Publishing House: 194. (in Russian)Martinsson O., Lesinski J.A. (2007). Siberian Larch: Forestry and Timber in a Scandinavian Perspective. Bispgården, JiLU Jämtland County Council, Institute of Rural Development: 90.Matveev A.V., Semerikov L.F. (1995): Structure of ecological and genetic variability of Larix sibirica Ldb. at the northern limit of its area. Ecology, 3: 15–21. (in Russian)Melehov V.I., Babich N.A., Korchagov S.A. (2003): Wood Quality of Pine in Silviculture. Arkhangelsk, Arkhangelsk State Technical University: 110. (in Russian)Milyutin L.I. (2003): Biodiversity of larch in Russia. Conifers of Boreal Area, 1: 6–9. (in Russian)Neverov N.A., Burlakov P.S., Drovnina S.I., Khmara K.A. (2009): Radial growth and productivity of Siberian larch in the Belomorsko-Kuloiskoe plateau. In: Krutov V.I., Konstantinov V.K., Sin’kevich S.M., Shegelman I.R., Predtechenskaya O.O. (eds): Proceedings of the All-Russian Scientific Conference with International Participation. Forest Resources of Russian Taiga: Forest Management and Reforestation Problems, Petrozavodsk, Sept 30–Oct 3, 2009: 73–75. (in Russian)Perelman A.I., Kasimov N.S. (1999): Geochemistry of Landscape. Moscow, Astreja: 763. (in Russian)Polubojarinov O.I. (1976): Wood Density. Moscow, Forest Industry: 160. (in Russian)Polubojarinov Oleg I., Chubinsky Anatoly N., Martinsson Owe (2000): Decay Resistance of Siberian Larch Wood. AMBIO: A Journal of the Human Environment, 29, 352-353 https://doi.org/10.1579/0044-7447-29.6.352Semenov B.A., Torhov S.V., Tsvetkov V.F. (2003): Area of Sub-tundra Forests in Arkhangelsk District. Arkhangelsk, Press Print: 60. (in Russian)Shavrina E.V., Malkov V.N., Gurkalo E.I. (2007): Features of karst advance in the Arkhangelsk region. North Speleo Almanac No. 7. Available at http://www.nordspeleo.ru/cca/cca_7/karst_7.htm (accessed Apr 3, 2015). (in Russian)Sklyarov G.A., Sharova A.S. (1970): Soils of the North European Forests. Moscow, Science: 271. (in Russian)Topaloğlu E., Ay N. (2010): Some mechanical properties of Siberian larch (Larix sibirica) wood. In: Ristić R., Medarević M., Popović Z. (eds): Proceeding of the 1st Serbian Forestry Congress, under Slogan: “Future with Forests”, Belgrade, Nov 11–13, 2010: 1361–1367.van der Maaten-Theunissen M., Boden S., van der Maaten E. (2013): Wood density variations of Norway spruce (Picea abies (L.) Karst.) under contrasting climate conditions in southwestern Germany. Annals of Forest Research, 56: 91–103.Vihrov V.E. (1949): Anatomical characteristics and mechanical properties of sap and latewood of Larix sibirica. Materials of the Forest Research Institute of the USSR Academy, 4: 174–193. (in Russian)Volosevich A.V. (1984): Laws of the latitudinal variation of woody vegetation growing in the forests of the European North, and their practical use is. In: Chibisov G.A. (ed.): Silvicultural Research on Zonal-typological Basis. Arkhangelsk, Arkhangelsk Institute of Forest and Wood Chemistry: 27–36. (in Russian)