アクセス数 : 1189 件
ダウンロード数 : 192 件
この文献の参照には次のURLをご利用ください : https://ir.lib.shimane-u.ac.jp/1811
島根大学農学部研究報告 Volume 18
published_at 1984-12-20
落葉広葉樹林の下層植生の組成および現存量
The Composition and Above Ground Biomass of Understory in a Deciduous Broad-leaved Forest
full_text_file
d0030018n010.pdf
( 850 KB )
Descriptions
This paper dealt with the composition of species, the relation between D_0 and H, and biomass of understory in a deciduous broad-leaved forest.
1. The number of tree species which appeared in sampling plots attained to fifty species. The species which the frequency were rather high were as follow, Lindera umbellata, Lonicera gracilipes, Viburnum erosum, Viburnum Wrightii, Callicarpa japonica, Callicarpa mollis, Ligustrum obtusifolium, Euonymus oxyphyllus, Pouthiaea villosa var. laevis, Car pinus laxiflora, Styrax Obassia and Clethra barbinervis.
2. The number of small understory(H＜100cm) increased with the increase of total number of understory. But the number of big understory became constat. The number of understory depended on the relative light intensity in forest floor.
3. The relation between D_0 and H of understory was expressed as the following equation, 1/H=A/D_0+B. The parameter of A and B differed by tree species.
4. The above ground biomass of understory were able to estimate by logarithmic regression on ΣD^2_0･H without using the clipping method.
1. The number of tree species which appeared in sampling plots attained to fifty species. The species which the frequency were rather high were as follow, Lindera umbellata, Lonicera gracilipes, Viburnum erosum, Viburnum Wrightii, Callicarpa japonica, Callicarpa mollis, Ligustrum obtusifolium, Euonymus oxyphyllus, Pouthiaea villosa var. laevis, Car pinus laxiflora, Styrax Obassia and Clethra barbinervis.
2. The number of small understory(H＜100cm) increased with the increase of total number of understory. But the number of big understory became constat. The number of understory depended on the relative light intensity in forest floor.
3. The relation between D_0 and H of understory was expressed as the following equation, 1/H=A/D_0+B. The parameter of A and B differed by tree species.
4. The above ground biomass of understory were able to estimate by logarithmic regression on ΣD^2_0･H without using the clipping method.
About This Article
Pages
Other Article