Examples of using Scots pine in English and their translations into Russian
{-}
-
Official
-
Colloquial
Norway spruce(Picea abies) Scots pine Pinus sylvestris.
Oak is not a typical species in the park andit is often found mixed with Scots pine.
The modelled impact of drought stress on Scots pine is illustrated in figure 9.
The Scots pine plays the same part in the other peninsular mountains, both siliceous and limy.
Flowering and fruiting of trees affect defoliation particularly in Scots pine and masting beech 7, 17.
Scots pine and Holm oak have only recently recuperated from their decline of previous years;
The most favourable domestic tree species for veneer sheet and furniture are oak,Crimean pine, Scots pine and beech.
Number of undergrowth of scots pine height of more than 1.0 m 8-16 years after fire varies from 4.8 to 24.8 thousand pcs.
These findings for spruce and deciduous oak support those reported for Scots pine and beech in last year's report EB. AIR/WG.1/2002/7.
Scots pine as well as pedunculate oak and sessile oak also seem to be influenced by cold winters and late frosts.
At higher elevations,at 1,500 m(4,900 ft) and above, Turkish pine(Pinus brutia) and Scots pine(Pinus sylvestris) establish pure or mixed forests.
The scots pine rehabilitation processes on burnt areas in different forest growth conditions of Northern Kazakhstan was studied.
The study was based on data from 363 plots andincluded the main tree species Norway spruce, Scots pine, common beech, European and sessile oak.
Scots pine defoliation showed a significant relation to NO3 throughfall deposition, but not to the other deposition parameters.
The calculations show a decreased height increment for Norway spruce with high nitrogen foliar content anda reverse relationship for Scots pine and beech.
Scots pine and Norway spruce improved overall, with a continued recovery from drought effects noticed in 2005.
These were statistically shown by a larger number of correlations between N deposition anddefoliation of Norway spruce, Scots pine and beech.
In some of these regions, Scots pine recovered after a decrease in air pollution and improved weather conditions.
The study was limited to the most common andwidespread tree species including Scots pine, Norway spruce, oak species as well as common beech.
The river is surrounded by Scots pine forests which are characterized by a few species of lichen and ericaceous species on dry ground.
In the limestone mountains such as the Maestrazgo and Serranía de Cuenca, a shrubby formation of Savin juniper(Juniperus sabina)accompanied by Scots pine is characteristic.
In some of these regions, Scots pine recovered after a decrease in air pollution and an improvement in weather conditions.
The major tree species for round wood production in national forest are; Calabrian pine, Crimean pine, Scots pine, beech, fir, spruce, cedar, and oak.
Being less sensitive to drought, Scots pine showed no rise in defoliation even after the dry summer of the year 2003.
Comparison with available data on deposition of nitrogen revealed a spatial coincidence of regions with high and low N deposition on the one hand, andthe distribution of nitrogen contents in Norway spruce and Scots pine needles.
In the mid-1990s Scots pine, beech, holm oak, Norway spruce, European and sessile oak recovered from their original state of defoliation.
In the period from 1998 to 2004, hardwood was mainly planted: common birch, Chinese elm,broadleaved elm, Scots pine, Russian olive, Kazakhstan poplar, golden currant, Tatarian dogwood, cherry, Tatarian honeysuckle.
The standard error for Scots pine, Norway spruce, holm oak and common beech was in all years below 0.4%; for the other two species it was in all years below 0.6.
Reliable correlation between the weight of 100 pairs of needles andthe density of undergrowth of scots pine height of more than 1.0 m is established: the decrease in the density of undergrowth increases the weight of 100 pairs of needles.
In-depth evaluations for Scots pine and beech were carried out for those level-I plots for which data on at least three pine or beech trees were continuously reported from 1994 to 1999.