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SAIN Invasive Plant Pests Resource Collection for: White Poplar

Species (scientific name): Populus alba

Title: Invasive Plants Weed of the Globaql Garden.
Author: Randall J and J Marinelli, ed.
Source: Brooklyn Botanic Garden. 111.
Source Type: Book
Publication Date: 1996
Abstract: NA

Title: Biomass and net production of a natural Quercus variabilis forest and a Populus alba X P. glandulosa plantation at Mt. Mohu area in Chonnam.
Author: Choi-Young-Cheol; Park-In-Hyeop.
Source: Journal-of-Korean-Forestry-Society. 1993; 82 (2) 188-194.
Source Type: Journal
Publication Date: 1993
Abstract: A natural Quercus variabilis forest and a Populus alba times P. glandulosa plantation in Mt. Mohu area were studied to investigate aboveground biomass and net production. A 20m times 30m quadrat was set up in each stand, and 10 sample trees each of Quercus variabilis and Populus alba x P. glandulosa were cut for dimension analysis. There was little difference in accuracy among three biomass regression models of logWt=A+ BlogD, logWt=A+BlogD-2H, and logWt=A+Blog+ClogH, where Wt, D, and H were dry weight, DBH, and height, respectively. Aboveground total biomass of Quercus variabilis stand was 31, 275kg/ha, and that of Populus alba times P. glandulosa was 55, 581 kg/ha. In both of Quercus variabilis stand and Populus alba times P. glandulosa stand, the proportion of each tree component to abovegound total biomass was high in order of stem wood, branches, stem bark, and leaves. Quercus variabilis stand was higher in the proportion of stem bark, branches and leaves than Populus alba x P. glandulosa stand, while the former was lower in that of stem wood than the latter. Aboveground total net production of Quercus variabilis stand was 4, 267 kg/ha/yr., and that of Populus alba times P. glandulosa stand was 3,903 kg/ha/yr. The proportion of each tree component to aboveground total net production of Quercus variabilis stand was high in order of leaves, stem wood, branches, and stem bark. That of Populus alba times P. glandulosa stand was high in order of stem wood, leaves, branches, and stem bark. Net assimilation rate and efficiency of leaf to produce stem of Quercus variabilis stand were 2.121 and 0. 840, respectively. Those of Populus alba times P. glandulosa and were 3.376 and 2.085, respectively. Though Populus alba times P. glandulosa stand was lower in aboveground total net production than Quercus variabilis stand, the former was higher in aboveground total biomass than the latter. The reason was that Populus alba x P. glandulosa stand was higher in net production of stem wood of accumulation organs than Quercus variablis stand.

Title: The structure and growth of petiole in annual shoot metameres of Populus alba L. (Salicaceae) with long and short internodes.
Author: Pautov-A-A.
Source: Vestnik-Sankt-Peterburgskogo-Universiteta-Seriya-3-Biologiya. 1992; 0 (2) 105-106.
Source Type: Journal
Publication Date: 1992
Abstract: The structure and growth petioles of leaves with long and short shoots was compared. The presence of inverse correlation between the petiole and internode was marked. On the contrary they attain greater length, grow faster and mechanical tissues are developed better. The adapting character of phenomenon was analysed.

Title: White Poplar; Vegetation Management Guideline Vol. 1, No. 25.
Author: Glass, W.
Source: Illinois Nature Preserves Commission.
Source Type: Report
Publication Date: 1990
Abstract: NA

Title: Vegetation Management Manual Guideline; Illinois Nature Preserves Commission.
Author: Anderson, B.D.
Source: Illinois Nature Preserves Commission.
Source Type: Report
Publication Date: 1990
Abstract: NA

Title: Manual of Woody Landscape Plants: Their Identification, Ornamental Characteristics, Culture, Propagation and Uses. 4th edition.
Author: Dirr, Michael.
Source: Stipes Publishing Company, Champaign, IL. 1,007 pp.
Source Type: Book
Publication Date: 1990
Abstract: NA

Title: Evolution of Populus nigra (sect. Aigeiros): introgressive hybridization and the chloroplast contribution of Populus alba.
Author: Smith, Randy L.
Source: American journal of botany. SEP 01 1990 v 77 n 9 1176.
Source Type: Journal
Publication Date: 1990
Abstract: NA

Title: Exotic Woody Plants of Shiloh National Military Park; NPS, Southeast Region, Uplands Field Research Laboratory.
Author: Butler, T.; White, P.S.
Source: Research/Resource Management Report, No. 51.
Source Type: Report
Publication Date: 1981
Abstract: NA

Title: Flora of West Virginia, 2nd edition.
Author: Strasbaugh, P.D. and E.L. Core.
Source: Seneca Books, Inc. Grantsville, WV. 1,079 pp.
Source Type: Book
Publication Date: 1977
Abstract: NA


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