Baltalksnynų, naudojamų biokuro gamybai, resursų, tiekimo ...

40. Lundborg A. 1998a. A sustainable forest fuel system in Sweden. Biomass and
Bioenergy 15, p. 399–406.
41. Mann L.K., Johnson D.W., West D.C., Cole D.W., Hornbeck J.W., Martin C.W.,
Riekerk H., Smith C.T., Swank W.T., Tritton L.M, Van Lear D.H. 1988. Effects of
whole-tree andstem-only clearcutting on postharvest hydrologic losses,nutrientcapital,
and site productivity. For. Sci. 34 (2), p. 412–428.
42. Mažvila J. (sud.) 1998. Lietuvos dirvožemių agrocheminės savybės ir jų kaita.
Kaunas. 196 p.
43. McLaughlin J.W., Phillips S.A. 2006. Soil carbon, nitrogen, and base cation cycling
17 years after hole-tree harvesting in a low-elevation red spruce (Picea rubens)-
balsam fir (Abies balsamea) forested watershed in central Maine, USA. Forest
Ecology and Management 222, p. 234–253.
44. Merganičova K., Pietsch S.A., Hasenauer H. 2005. Testing Mechanistic Modeling to
assess impacts of biomass removal. Forest Ecology and Management 207, p. 37–57.
45. Mikšys V., Varnagiryte I., Møller I.S., Armolaitis K., Kukkola M., Wójcik J., 200X.
Above-ground biomass of Scots pine: potential utilization for bioenergy. Biomass and
Bioenergy (submitted).
46. Miško taksuotojo žinynas. 1983. Vilnius, 267 p.
47. Mohren G.M.J., Van den Burg J., Burger F.W. 1986. Phosphorus deficiency induced
by nitrogen input in Douglas fir in The Netherlands. Plant and soil 95, p. 191–200.
48. Morris L.A., Miller R.E. 1994. Evidence for long-term productivity change as
provided by field trials. In: Dyck W.J., Cole D.W., Comerford N.B. (Eds.), Impacts of
forest harvesting on long-term site productivity. Chapman and Hall, London, p. 41–80.
49. Näsholm T., Persson T. 2000. How are soils and plants affected by nitrogen
deposition? – A synthesis. Effects of Nitrogen Deposition on Forest Ecosystems.
Report 5067. Swedish environmental protection agency, p. 127–136.
50. Navasaitis M., Ozolinčius R., Smaliukas D., Balevičienė J., 2003. Lietuvos
dendroflora. Kaunas: Lututė, 576 p.
51. Nilsson S.G., Baranowski R. Habitat predictability and the occurrence of wood beetles
in old-growth beech forests. Ecography 1997; 20:491–498.
52. Nilsson T. 2001. Wood ash application effects on elemental turnover in a cutover
peatland and uptake in vegetation. Doctoral thesis, Department of Forest soils.
Swedish Univ. of Agricultural Sciences, Uppsala, 35 p.
53. Nissinen A., Hari P. 1998. Effects of nitrogen deposition on tree growth and soil
nutrients in boreal Scots pine stands. In: Nitrogen the Confer-N-s, Elsevier,
Amsterdam-Tokyo, p. 61–68.
54. Nykvist N., Rosén K. 1985. Effect of clear-felling and slash removal on the acidity of
northern coniferous soils. Forest Ecology and Management 11, p. 157–169.
55. Nord-Larsen T. 2002. Stand and site productivity response following whole-tree
harvesting in early thinnings of Norway spruce (Picea abies (L.) Karst.). Biomass and
Bioenergy 23, p. 1–12.
56. Nurminen T., Korpunen H., Uusitalo J. Time Consumption Analysis of the
Mechanized Cut – to – length Harvesting System//Silva Fennica. – 2006, 40 (2). –
p. 335-363.
57. Okland A., Bakke A., Hagvar T., Kvamme T. What factors influence the diversity of
saprolxylic beetles? A multiscaled study from a spruce forest in southern Norway.
Biodiversity Conserv. 1996; 5:75–100.
58. Olsson B. A., Bengtsson J., Lundkvist H. 1996. Effects of different forest harvest
intensities on the pools of exchangeable cations in coniferous forest soils. Forest
Ecology and Management 84, p. 135–147.
58