N. K. Kutsokon, L. V. Khudolieieva, S. A. Los, N. Y. Vysotska, L. O. Torosova, V. P. Tkach, O. G. Nesterenko, N. M. Rashydov

DOI: http://dx.doi.org/10.30970/sbi.1201.545


Breeding and cultivation of poplar (Populus sp.) and willow (Salix sp.) was practiced by many researchers throughout the 20th century. Mostly theirs interests were focused on the long-term period of plant cultivation (up to 20 years) with using the wood in timber or paper-pulp industry. Cultivation of poplar and willow under short rotations (up to 3–5 years) in Ukraine is underestimated. Therefore, for establishing high productive energy plantations, testing of varieties at the early stages is of particular interest. The purpose of our work was preliminary evaluation of growth rates at first-year trials of poplar and willow clones under short rotation cultivation. At the experimental plot in Kharkiv region, 10 poplar and 3 willow clones were planted in 2014. The plants were analyzed in October, after the end of growing season. Measurements of the survival rate (%), shoots’ diameter (cm), their height (m), the average number of shoots per plant, dry biomass weight (g), and general estimation of plants’ state were performed. According to the results, survival rates were differed in different clones and in poplar clones ‘Strilopodibna’, ‘Druzhba’ and ‘Gulliver’ were significantly higher (76–84 %) from the average levels. The lowest survival levels (48–51 %) were found in poplar clones ‘Konstanta’ ‘Roganska’ and willow ‘Pryberezhna’. The studied clones differed by growth rates also. It is worth to mention that poplar ‘Gulliver’, ‘Slava Ukrainy’, ‘Strilopodibna’, ‘Druzhba’ and willows ‘Olympiysky vogon’ and ‘Lisova pisnya’ showed the best growth activity at the first year. The ave­rage growth rates at the end of the first vegetation season were demonstrated by poplar ‘Novoberlinska-3’, ‘Toropogrytskogo’ and ‘Roganska’, while poplar ‘Konstanta’, ‘Lvivska’, ‘Nocturn’ and willow ‘Pryberezhna’ showed the lo­west growth rates.


poplar clones, willow clones, biomass, short rotation plantations


1. Aylott M. J., Casella E., Tubby I., Street N. R., Smith P., Taylor G. Yield and spatial supply of bioenergy poplar and willow short rotation coppice in the UK. New Phytologist, 2008; 178(2): 358-370.

2. Bartko M. Analysis of biological, production and economical aspects of growing of fast-growing trees in Slovakia. NLC Zvolen, 2011. 199 p.

3. Cros E.T., Villar M., Bouvare L., Bonduelle P. Poplar improvement for short - term biomass production in French programme. Biomass for Energy and Industry, 1989: 1.383-1.387.

4. Fuchylo Ya. D., Sbytna M. V., Hayda Yu. I., Kozatska N. Ya. Growth and productivity of hybrid poplar plantanions in western forest-steppe of Ukraine. UNFU Sci Bulletin, 2017; 27(9): 43-47. (In Ukrainian)

5. Hinchee M., Rottmann W., Mullinax L., Zhang C., Chang S., Cunningham M., Pearson L., Nehra N. Short-rotation woody crops for bioenergy and biofuels applications. Biofuels. Springer New York, 2011: 139-156.

6. Hytönen J., Saarsalmi A., Rossi P. Biomass production and nutrient uptake of short-rotation plantations. Silva Fennica; 1995, 29(2): 117-139.

7. Khudolieieva L., Kutsokon N., Rashydov N., Dugan O. Quantitive and qualitative evaluations of environmentally dangerous wastes emission from burning wood comparing to natural gas and coal. Studia Biologica, 2016; 10(3-4): 61-70. (In Ukrainian)

8. Kutsokon N.K., Jose S., Holzmueller E. A Global analysis of temperature effects on Populus plantation production potential. American Journal of Plant Sciences, 2015; 6(1): 23-33.

8. Kutsokon N.K., Los S.A., Tkach V.P., Vysotska N.Yu., Torosova L.O., Nesterenko O.G., Khudoleeva L.V., Grodzynsky D.M., Rashydov N.M. Establishing the short-rotation experimental plantation of poplar and willows for alternative energy demands in Ukraine. Materials of the Scientific conference "Biological resources and the newest technology of bioener­gy conversion". Kyiv, 2014. P. 58-62. (In Ukrainian)

10. Lakin G.F. Biometrics. Moscow: Vyisshaya Shkola, 1980. 293 p. (In Russian)

11. Los S.A. Project report, N 7 "Preservation of genetic resources of forest species and obtai­ning genetically improved reproductive material for forest and bioenergetic plantations". Ukrainian Research Institute of Forestry & Forest Melioration. KharkIv, 2013. (In Ukrainian)

12. Panetsos K. Biomass yield of short-rotation Platanus species in Greece (results from three successive cycles). Biomass for Energy and Industry, 1989: 1.388-1.392.

13. Patlay I.N. Project report, N 29 "To carry out selection, sorting and trial testing of the main forest-forming species based on the assessment of test cultures and hybridization". Ukrainian Research Institute of Forestry & Forest Melioration. Kharkiv, 1986. (In Russian)

14. Pontailler J., Ceulemans R., Guittet J. Biomass yield of poplar after five 2-year coppice rota­tions. Forestry, 1999; 72: 157-163

15. Poplars in forestry and land use. FAO, United Nations. Forestry and forest products stu­dies. Rome: FAO, 1958. 511 p.

16. Spinelli R., Nati C., Magagnotti N. Using modified foragers to harvest short-rotation poplar plantations. Biomass and Bioenergy, 2009; 33(5): 817-821.

17. Starova N.V. Selection of willows. Moscow: Lesnaya Promyshlennost, 1980. 208 p. (In Russian)

18. Starova N.V. Project report, N 10 "To carry out testing of earlier obtained poplar hybrids and select new, high-productive, with high-quality wood of cultivars (varieties) of poplars and willows for the purposes of protective forest reproduction in the steppe part of the USSR". Ukrainian Research Institute of Forestry & Forest Melioration. Kharkiv, 1971. (In Russian)

19. Starova N.V. Project report, N 21 "Variety testing of new forms and hybrids of coniferous and deciduous species (poplars, willows)". Ukrainian Research Institute of Forestry & Forest Melioration. Kharkiv, 1983. (In Russian)

20. Starova N.V. Project report, N 40 "Identification of the nature of heterosis in tree species and development the methods for using it in forestry". Ukrainian Research Institute of Fo­restry & Forest Melioration. Kharkiv, 1980. (In Russian)

21. Stout A.B., McKee R., Schreiner E.J. Tree breeding of forest trees for pulp wood. Journal of the New York Botanical Garden, 1927; 28(327): 49-63.

22. Torosova L.A., Vysotska N.Yu., Los S.A., Orlovska T.V., Zolotyh I.V. Studies of morphological characters for representatives of Populus genus. Forestry and Forest Melioration, 2015; 126: 148-157. (In Ukrainian)

23. Tsarev A.P. World experience of plantation forestry. Proceedlings of Petrozavodsk State University. Natural & Engineering Sciences, 2010; 6: 42-48. (In Russian)

24. Tullus A., Rytter L., Tullus T., Weih M., Tullus H. Short-rotation forestry with hybrid aspen (Populus tremula L. × P. tremuloides Michx.) in Northern Europe. Scandinavian Journal of Forest Research, 2012; 27: 10-29.

25. Walle I.V., Camp N.V., Casteele L.V., Verheyen K., Lemeur R. Short-rotation forestry of birch, maple, poplar and willow in Flanders (Belgium) II. Energy production and O2 emission reduction potential Biomass and Bioenergy, 2007; 31(5): 276-283.

26. Yablokov A.S. Piramidal poplars. Moscow: Goslesbumizdat, 1956. 58 p. (In Russian)


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