• Journal of Resources and Ecology
  • Vol. 11, Issue 4, 331 (2020)
Vladimir Andreevich USOLTSEV, Seyed Omid Reza SHOBAIRI*, Ivan Stepanovich TSEPORDEY, Amirhossein AHRARI, Meng ZHANG, Ahmad Anees SHOAIB, and Viktor Petrovich CHASOVSKIKH
DOI: 10.5814/j.issn.1674-764x.2020.04.001 Cite this Article
Vladimir Andreevich USOLTSEV, Seyed Omid Reza SHOBAIRI, Ivan Stepanovich TSEPORDEY, Amirhossein AHRARI, Meng ZHANG, Ahmad Anees SHOAIB, Viktor Petrovich CHASOVSKIKH. Are There Differences in the Response of Natural Stand and Plantation Biomass to Changes in Temperature and Precipitation? A Case for Two-needled Pines in Eurasia[J]. Journal of Resources and Ecology, 2020, 11(4): 331 Copy Citation Text show less
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RegionsSpecies of the subgenus Pinus L.Ages(yr)DBH (cm)Heights (m)Sample No.
Natural stand
West EuropeP. sylvestris L.11-1001.4-53.12.3-32.019
ScandinaviaP. sylvestris L.9-2121.9-42.03.3-32.4117
The Ukraine and ByelorussiaP. sylvestris L.24-1861.5-54.61.6-36.6205
European RussiaP. sylvestris L.10-2070.9-54.02.2-30.2514
Turgay deflectionP. sylvestris L.13-1100.3-47.81.4-27.4411
Central SiberiaP. sylvestris L.4-4300.5-65.61.6-28.8587
ChinaP. sylvestris L.10018.019.01
P.massoniana Lamb.208.0-22.310.4-16.58
JapanP. densiflora S. et Z.49-1209.2-60.914.1-35.711
P. thunbergii Parl.22-339.0-24.39.5-16.67
Sub-total1880
Plantations
West and Central EuropeP. sylvestris L.7-500.5-36.51.4-21.077
ScandinaviaP. sylvestris L.5-1431.2-37.12.1-25.6196
The Ukraine and ByelorussiaP. sylvestris L.8-902.1-42.92.2-34.71010
European RussiaP. sylvestris L.6-781.5-30.11.8-32.6160
Turgay deflectionP. sylvestris L.9-500.4-21.71.4-16.2215
Central SiberiaP. sylvestris L.10-732.0-36.02.4-21.6170
IraqP. halepensis Mill.2415.87.41
ChinaP. tabuliformis Carr.17-254.0-12.03.3-10.88
JapanP. densiflora S. et Z.3-531.7-39.12.0-18.7108
P. thunbergii Parl.5-344.6-11.44.7-7.612
Sub-total1967
Table 1.

Distribution of the 3847 sample trees by species, countries, regions, and mensuration indices

PiRegression model calculatedadjR2SE
PsPs = 2.014×10‒3+A0.1525+D1.5284+H0.4322+D0.1398(lnH)+e-0.1448B+(T+40)0.0526B+(T+40)0.6901+PR0.4292+(T+40)-0.1046(lnPR)0.9871.24
PfPf = 7.842×10‒5+A-0.4624+D2.4422+H-1.2824+D0.1571(lnH)+e1.3265B+(T+40)-0.3345B+(T+40)2.1870+PR1.4287+(T+40)-0.3918(lnPR)0.9001.61
PbPb = 6.524×10‒6+A-0.1796+D2.8848+H-1.6954+D0.1995(lnH)+e0.1512B+(T+40)-0.0343B+(T+40)2.4966+PR1.5638+(T+40)-0.4007(lnPR)0.9261.66
PaPa = 2.218×10‒4+A0.0407+D1.7700+H-0.1235+D0.1778(lnH)+e0.2536B+(T+40)-0.0629B+(T+40)1.6918+PR1.0370+(T+40)-0.2635(lnPR)0.9861.24
Table 2.

Characteristics of regression model (1) calculated

Biomass componentMean temperature in January (℃)
-20-16-12-8-404
Stems1.32.23.03.74.34.85.3
Foliage27.723.119.115.412.08.85.9
Branches4.84.23.63.22.82.52.1
Aboveground6.35.24.33.52.82.11.5
Table 3.

Changes in the excess percentage (%) of different components biomass of plantation trees above natural ones due to changes in January temperature

Vladimir Andreevich USOLTSEV, Seyed Omid Reza SHOBAIRI, Ivan Stepanovich TSEPORDEY, Amirhossein AHRARI, Meng ZHANG, Ahmad Anees SHOAIB, Viktor Petrovich CHASOVSKIKH. Are There Differences in the Response of Natural Stand and Plantation Biomass to Changes in Temperature and Precipitation? A Case for Two-needled Pines in Eurasia[J]. Journal of Resources and Ecology, 2020, 11(4): 331
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