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SAIN Invasive Plant Pests Resource Collection for: Japanese knotweed

Species (scientific name): Polygonum cuspidatum

Title: Rubisco content in leaves of Polygonum cuspidatum in the alpine zone of Mt. Fuji.
Author: Matsuura-Toshihiko {a}; Asanuma-Takayuki {a}; Ishikawa-Katsutoshi {a}; Masuzawa-Takehiro {a}.
Source: Reports-of-Faculty-of-Science-Shizuoka-University. 1999; 33 (0): 61-69.
Source Type: Report
Publication Date: 1999
Abstract: Polygonum cuspidatum is widely distributed in lowland where climate is warm. This plant is one of the pioneer species of early successional stages in the alpine zone of Mt.Fuji. We determined ribulose 1,5-bisphosphate carboxylase/oxygenase (Rubisco) content in leaves of this perennial herbaceous plant growing in the alpine zone to clear the nitrogen distribution during its short growing season. As a result, in the lower leaves, seasonal change in Rubisco content per leaf area showed one peak in mid-June and one peak in early August, and in the middle and upper leaves, the curve had a peak in mid-August. In mid-July, Rubisco content per leaf area in the middle and the upper leaves increased, whether, that in the lower leaves decreased temporarily in the middle of leaf expansion period. In the same period, leaf expansion rate was maximized. These results suggest that lower leaves temporarily play a role as the source for upper leaves in mid-July and that Rubisco decrement per leaf areawas caused by rapid expansion of leaves.

Title: The status of Fallopia japonica (Reynoutria japonica; Polygonum cuspidatum) in North America.
Author: Seiger-Leslie-A {a}.
Source: Plant invasions: Studies from North America and Europe. 1997; : 95-102.Brock-J-H; Wade-M; Pysek-P; Green-D: Eds.
Source Type: Journal
Publication Date: 1997
Abstract: NA

Title: Fallopia japonica (Houtt.) Ronse Decraene (Reynoutria japonica Houtt.; Polygonum cuspidatum Seib. & Zucc.).
Author: Beerling, D.J. Bailey, J.P. Conolly, A.P.
Source: The journal of ecology. DEC 01 1994 v 82 n 4.
Source Type: Journal
Publication Date: 1994
Abstract: NA

Title: Growth dynamics of shoot height and foliage structure of a rhizomatous perennial herb, Polygonum cuspidatum.
Author: Suzuki-Jun-Ichirou.
Source: Annals-of-Botany-London. 1994; 73 (6) 629-638.
Source Type: Journal
Publication Date: 1994
Abstract: The growth dynamics of shoot populations of Polygonum cuspidatum were investigated at the Houei crater (approx. 2380 m above sea level) on the south-eastern slope of Mount Fuji. At this study site, a genetic individual of this species produces a population of shoots in the form of a patch occupying a certain ground area. Generally, genetic individuals are located away from each other and hence there is little interaction between individuals. A large-sized individual occupying 31.2 m-2 ground area with shoots, a medium-sized individual (5.6 m-2) and a small-sized individual (1.4 m-2) were selected for this study. In each individual, growth was investigated at the shoot level. The results were analysed based on the diffusion model. Early in the growing season in 1990, there was little difference in LAI (leaf area index) and shoot density between the individuals. Shoots of the small- and medium-sized individuals showed size-independent height growth, whilst those of the large-sized individual showed size-dependent height growth. Consequently, small-sized shoots of the small- and the medium-sized individuals had greater RGRs of shoot height growth than those of the large individual at the early stage. As a result, in the small- and medium-sized individuals, cv (coefficient of variance) and skewness of shoot height decreased with time. Increases in cv and skewness of shoot height were found in the large-sized individual. The size-independent growth pattern of shoot height in the small- and medium-sized individuals during early growing stages is different from the growth pattern of non-clonal plant species, in which plant height growth is positively size-dependent. The existence of a regulatory mechanism of shoot height growth is suggested for the small- and medium-sized individuals. The foliage structure of the large-sized individual was different from that of the medium- and small-sized individuals. The foliage structure of small- and medium-sized individuals was similar to the theoretical "optimal foliage structure" of plants In clonal plant species, a genetic individual occupies a certain ground area with its shoots. Therefore, "optimal foliage structure" per unit ground area brings about maximization of photosynthetic rate for a genetic individual, which is consistent with the maximization of fitness at the level of the individual plant.

Title: Seedling establishment of Polygonum cuspidatum and Polygonum weyrichii var. alpinum at high altitudes of Mt Fuji.
Author: Maruta,-E.
Source: ECOL.-RES. 1994 vol. 9, no. 2, pp. 205-213.
Source Type: Journal
Publication Date: 1994
Abstract: Seedling establishment of Polygonum cuspidatum (Seib. et Zucc.) and Polygonum weyrichii (F. Schmit) var. alpinum (Maxim.), dominant early-successional species in a volcanic gravel area on Mt Fuji, Japan, was compared for current-year seedlings at 2500 m a.s.l. The rate of survival in the first winter after germination at 2500 m was 2% and 24% for P. cuspidatum and P. weyrichii seedlings, respectively, and correlated with the upper distribution limit of each (2500-2600 m for P. cuspidatum; 3200-3300 m for P. weyrichii). The critical size for survival was 12 mg dry weight for overwintering current-year seedlings of both species. At 2500 m, the percentage of seedlings that attained the critical size for survival at the end of the first growing season was 19% and 85% for P. cuspidatum and P. weyrichii, respectively. Growth curves indicated that the larger-seeded characteristic of P. weyrichii contributed to larger end-of-season size and resulted in higher rate of seedling survival at 2500 m, compared with smaller-seeded P. cuspidatum. Current-year seedlings of P. weyrichii, at least up to 3250 m, attained the first year annual growth critical for overwintering and therefore for successful seedling establishment, due to the large-seeded characteristic. At the top (3770 m) beyond the upper distribution limit of P. weyrichii, most seedlings raised artificially failed to attain the critical size for survival in the first growing period due to the reduced growing period. Failure of seedling establishment would thus appear to restrict the distribution of the species at altitudes higher than

Title: Growth and dispersal strategies and associations of the neophyte Polygonum cuspidatum with special regard to mowing.
Author: Adler-Christiane.
Source: Tuexenia-. 1993; 0 (13) 373-397.1993.
Source Type: Journal
Publication Date: 1993
Abstract: This paper deals with growth and dispersal strategies of the neophyte Polygonum cuspidatum, as well as its phytosociological association and the phenological development of accompanying plants on mowed and non-mowed plots. The effects of mowing on Japanese Knotweed are also considered. - Generative dispersal strategy: mapping of the distribution of plants with pistillate and staminate flowers in the Black Forest and Freiburger Bucht (Baden-Wurttemberg/Germany) shows a much greater abundance of pistillate plants of this dioecious species. Propagation by seeds should produce staminate and pistillate plants in equal proportions. In addition, seedlings are hardly ever found in the field. Germination experiments prove that seeds of Polygonum cuspidatum germinate well under greenhouse conditions. From these results we conclude that generative propagation and dispersal of Japanese Knotweed plays a minor role in the study area. Growth strategy and vegetative dispersal: after morphological analysis we distinguish three types of rhizomes: stolons which grow radially from the mother plant, older and thicker rhizomes, and basal tubers which also serve as storage organs. Above-ground and below-ground organs of Polygonum plants were harvested on 3 experimental plots. A maximum biomass production of 25 kg fresh weight was measured on one square meter. Distribution of assimilation products shows that rhizomes amount to 2/3 and above-ground organs to 1/3 of total plant biomass. Two strategies of vegetative dispersal are distinguished: a. underground invasion of adjacent areas by stolons, which grow about 50 cm per year. b. establishment of new clones at some distance from the mother plant by spreading of rhizome fragments, which can sprout if they have a minimal length of 1-1.5 cm and at least one node. 74 phytosociological releves describe the association of Polygonum cuspidatum on mowed and unmowed sites, mostly along rivers. Mowing of Japanese Knotweed over several years is evaluated positively: on the one hand the phenological data and phytosociological releves on sites dominated by Polygonum show an increase in the number of coocurring species. On the other hand, the biomass of the storage organs of this invasive plant seems to be decreasing through which we expect a long-term decimation by continued mowing.

Title: Morphological changes in Polygonum cuspidatum SIEB. et ZUCC. reciprocally transplanted among different altitudes.
Author: Shiosaka, H. Sibata, O.
Source: Nihon Seitai Gakkaishi. APR 01 1993 v 43 n 1 31 Summary TEXT IN JAPANESE.
Source Type: Journal
Publication Date: 1993
Abstract: NA

Title: Growth and survival of Polygonum cuspidatum and Polygonum weyrichii seedlings in the alpine area of Mt. Fuji (extended abstract).
Author: Maruta, Emiko.
Source: Journal Info Proceedings of the NIPR Symposium on Polar Biolo MAR 01 1992 n 5 180.
Source Type: Paper
Publication Date: 1992
Abstract: NA

Title: Weeds.
Author: Muenscher, W. C.
Source: 2nd ed. New York: Macmillan Publishing Co., 167; 1992.
Source Type: Book
Publication Date: 1992
Abstract: NA

Title: Altitudinal variation of some morphological characteristics of Polygonum cuspidatum Sieb. et Zucc. achenes and seedlings.
Author: Shiosaka, H. Shibata, O.
Source: Nihon Seitai Gakkaishi. AUG 01 1992 v 42 n 2 159 Summary TEXT IN JAPANESE.
Source Type: Journal
Publication Date: 1992
Abstract: NA

Title: Director of natural science and stewardship, Western Pennsylvania Conservancy, Pittsburgh, PA.
Author: Wiegman, P.
Source: Telephone converstaion with Leslie Seiger, February 25, 1992.
Source Type: Interview
Publication Date: 1992
Abstract: NA

Title: Control and management of Reynoutria species (knotweed).
Author: Child, L. E.; De Wall, L. C.; Wade, P. M.; Palmer, J. P.
Source: Aspects of Applied Biology 29:295-307; 1992.
Source Type: Journal
Publication Date: 1992
Abstract: NA

Title: Chemical control of annual weeds in field beans (Vicia faba) in central Spain.
Author: Garcia de Arevalo, R. C.; Lusarreta, C. A.; Neyra, C. B.; Sanchez, M A.; Algarra, P. J. H.
Source: Weed Science 40(1):96-100; 1992.
Source Type: Journal
Publication Date: 1992
Abstract: NA

Title: The effect of riparian land use on occurrence and abundance of Japanese knotweed Reynoutria japonica on selected rivers in South Wales.
Author: Beerling, D.J.
Source: Biol. Cons. 55:329-337.
Source Type: Journal
Publication Date: 1991
Abstract: NA

Title: Effects of site on survivorship and size of Polygonum cuspidatum.
Author: Seiger, L.A. and H.C. Merchant.
Source: Bull. Ecol. Soc. Am. 72(2 suppl.):247.
Source Type: Journal
Publication Date: 1991
Abstract: NA

Title: Knotweed control pilot program Brunot Island Wildlife Habitat Enhancement Project.
Author: Orchowski, R.W.
Source: Presented at the 3rd Annial Wildlife Enhancement Council Symposium, Washington, DC, November 19, 1991.
Source Type: Paper
Publication Date: 1991
Abstract: NA

Title: Weeds in the landscape: Japanese knotweed or Mexican bamboo.
Author: Neal, J.C.
Source: Long Island horticulture news. June 1990. Pages p. 6.
Source Type: Report
Publication Date: 1990
Abstract: NA

Title: The ecology and control of Polygonum cuspidatum.
Author: Seiger, L.A. and H.C. Merchant.
Source: Bull. Ecol. Soc. Am. 71(2 suppl.):322.
Source Type: Journal
Publication Date: 1990
Abstract: NA

Title: Breeding behaviour and seed production in Alien Giant Knotweed in the British Isles. In: The biology and control of invasive plants.
Author: Bailey, J.P.
Source: Conference organized by the Industrial Ecology Group of the British Ecological Society at the University of Wales College of Cardiff, September 20-21, 1990.
Source Type: Paper
Publication Date: 1990
Abstract: NA

Title: Biological control of invasive plants in the UK - prospects and possibilites.
Author: Fowler, S.V. and D. Schroeder.
Source: In: The biology and control of invasive plants. Conference organized by the Industrial Ecology Group of the British Ecological Society at the University of Wales College of Cardiff, September 20-21, 1990.
Source Type: Paper
Publication Date: 1990
Abstract: NA

Title: The use of non-persistent herbicides to control riparian stands of Japanese Knotweed (Reynoutria Japonica Houtt). In: The biology and control of invasive plants.
Author: Beerling, D.J.
Source: Conference organized by the Industrial Ecology Group of the British Ecological Society at the University of Wales College of Cardiff, September 20-21, 1990.
Source Type: Paper
Publication Date: 1990
Abstract: NA

Title: The control of invasive plants in the Snowdonia National Park.
Author: Gritten, R.
Source: In: The biology and control of invasive plants. Conference organized by the Industrial Ecology Group of the British Ecological Society at the University of Wales College of Cardiff, September 20-21, 1990.
Source Type: Paper
Publication Date: 1990
Abstract: NA

Title: Polygonum cuspidatum var. compactum.
Author: Smith, R.C.
Source: American nurseryman. July 15, 1990. v. 172 (2) Pages , p. 142. ill.
Source Type: Journal
Publication Date: 1990
Abstract: NA

Title: Japanese knotweed (Reynoutria japonica) in Wales. In: The biology and control of invasive plants.
Author: Palmer, J.P.
Source: Conference organized by the Industrial Ecology Group of the British Ecological Society at the University of Wales College of Cardiff, September 20-21, 1990.
Source Type: Paper
Publication Date: 1990
Abstract: NA

Title: Japanese knotweed.
Author: Nature Conservancy Council.
Source: In Urban Wildlife News, 6(2):3.
Source Type: Report
Publication Date: 1989
Abstract: NA

Title: Japanese knotweed herbicide screening trial applied as a roadside spray.
Author: Figueroa, P. F.
Source: Proceedings of the Western Society of Weed Science 42:288-298; 1989.
Source Type: Paper
Publication Date: 1989
Abstract: NA

Title: Is lifetime data always necessary for evaluating the "intensity" of selection?
Author: Nishida, T.
Source: Evolution. Dec 1989. v. 43 (8) Pages p. 1826-1827.
Source Type: Journal
Publication Date: 1989
Abstract: NA

Title: Putative Reynoutria japonica Houtt. x Fallopia baldschuanica (Regel) Holub hybrids discovered in Britain.
Author: Bailey, J.P.
Source: Watsonia, 17:163-181.
Source Type: Journal
Publication Date: 1988
Abstract: NA

Title: Mechanical control of Japanese knotweed in an S.S.S.I.
Author: Baker, R.M.
Source: Aspects of applied biology. 1988. v. 16 Pages p. 189-192. Note Paper presented at the "Conference on the Practice of Weed Control and Vegetation Management in Forestry, Amenity and Conservation Areas," March 29-30, 1988, University of York, England.
Source Type: Paper
Publication Date: 1988
Abstract: NA

Title: Chemical control of Japanese knotweed (Reynoutria japonica) on river banks in South Wales.
Author: Roblin, E.
Source: Aspects of applied biology. 1988. v. 16 Pages p. 201-206.
Source Type: Journal
Publication Date: 1988
Abstract: NA

Title: Reynoutria japonica Houtt. in Japan und in Europa.
Author: Sukopp, H. and U. Sukopp.
Source: Veroff. Geobot. Inst. ETH, Stiftung Rubel, Zurich 98:354-372.
Source Type: Journal
Publication Date: 1988
Abstract: NA

Title: A systematic approach to groundcover production.
Author: Knosher, G.
Source: Combined proceedings - International Plant Propagators' Society. 1987. v. 36 Pages p. 571-577.
Source Type: Paper
Publication Date: 1987
Abstract: NA

Title: Summary of Mexican bamboo control methods (Wisconsin).
Author: Pauly,W.R.
Source: Restoration and Management Notes, 4(1):37-38.
Source Type: Journal
Publication Date: 1986
Abstract: NA

Title: Waterplant ecology in landscape design.
Author: Eaton, J.W.
Source: In Ecology and design in landscape. The 24th symposium of the British Ecological Society, Manchester 1983. A.D. Bradshaw, D.A. Goode, E.H.P. Thorp (Eds.). Blackwell Scientific Publications. Oxford.
Source Type: Paper
Publication Date: 1986
Abstract: NA

Title: Nitrogen uptake and plant growth. I. Effect of nitrogen removal on growth of Polygonum cuspidatum.
Author: Hirose, T.; Kitajima, K.
Source: Annals of Botany 58(4):479-486; 1986.
Source Type: Journal
Publication Date: 1986
Abstract: NA

Title: Bamboo polygonum.
Author: Harranger, J.
Source: Phytoma. Mar 1985. (366) Pages p. 5.
Source Type: Journal
Publication Date: 1985
Abstract: NA

Title: Chromosome numbers of some alien Reynoutria species in the British Isles.
Author: Bailey, J.P.
Source: Watsonia, 15:269-277.
Source Type: Journal
Publication Date: 1985
Abstract: NA

Title: Vegetational recovery of landslide scars in the upper reaches of the Oi River, Central Japan.
Author: Nakamura, T.
Source: J, Jap. For. Soc. 66(8):328-332.
Source Type: Journal
Publication Date: 1984
Abstract: NA

Title: Nitrogen use efficiency in growth of Polygonum cuspidatum Sieb. et Zucc.
Author: Hirose, T.
Source: Annals of Botany, 54:695-704.
Source Type: Journal
Publication Date: 1984
Abstract: NA

Title: Soil nitrogen patterns induced by colonization of Polygonum cuspidatum on Mt. Fuji.
Author: Hirose, T., and M. Tateno.
Source: Oecologia 61:218-223.
Source Type: Journal
Publication Date: 1984
Abstract: NA

Title: Impact of Japanese knotweed and methods of control.
Author: Scott, R., and R.H. Mars.
Source: Aspects of applied biology 5, Weed control and vegetation managemnet in forestry and amenity areas pp. 291-296.
Source Type: Journal
Publication Date: 1984
Abstract: NA

Title: Growth and survival of current-year seedlings of Polygonum cuspidatum at the upper distributional limit on Mt. Fuji.
Author: Maruta, E.
Source: Oecologia 60:316-320.
Source Type: Journal
Publication Date: 1983
Abstract: NA

Title: Study on the distribution patterns of Japanese plants (5): Accumulation of phytogeographical data of popular plants, points and measures.
Author: Kanai, H.
Source: Journ. Jap. Bot., 59: 257-269.
Source Type: Journal
Publication Date: 1983
Abstract: NA

Title: An investigation of Japanese fleeceflower (Polygonum cuspidatum) planted on strip mines in Clarion and Venango counties, Pennsylvania.
Author: Young, R. G.; Balogh, R. A.; Sitler, T. R.; Aharrah, E. C.
Source: Proceedings 1982 Symposium on Surface Mining, Hydrology, Sedimentology, and Reclamation. Office of Engineering Services, University of Kentucky, 143-152; 1982.
Source Type: Paper
Publication Date: 1982
Abstract: NA

Title: Size structure in Polygonum cuspidatum on Mt. Fuju. [title translated from Japanese].
Author: Maruta, E.
Source: Japanese journal of ecology. Dec 1981. v. 31 (4) Pages p. 441-445. ill.
Source Type: Journal
Publication Date: 1981
Abstract: NA

Title: The buckwheat family.
Author: Steffey, J.
Source: American Horticultural Society 59(7):10-11; 1980.
Source Type: Journal
Publication Date: 1980
Abstract: NA

Title: Response of woody species to glyphosate in northeastern United States.
Author: Lynn, L.B., R.A. Rogers, and J.C. Graham.
Source: Proc. Northeast Weed Sci. Soc. 33:336-342.
Source Type: Paper
Publication Date: 1979
Abstract: NA

Title: Weed watch: Japanese bamboo - 1978.
Author: Locandro, R.R.
Source: Weeds Today 9:21-22.
Source Type: Journal
Publication Date: 1978
Abstract: NA

Title: The distribution and history in the British Isles of some alien species of Polygonum and Reynoutria.
Author: Conolly, A.P.
Source: Watsonia 11:291-311.
Source Type: Journal
Publication Date: 1977
Abstract: NA

Title: Weed control: Japanese polygonum (Polygonum cuspidatum Sieb. and Zuce.).
Author: Jennings, V. M.; Fawcett, R. S.
Source: PM Iowa State Univ. Science Technol. Ames. Coop. Ext. Serv. 762, 2; 1977.
Source Type: Report
Publication Date: 1977
Abstract: NA

Title: Photosynthetic adaptation to light intensity in Sakhalin knotweed (Polygonum sachalinense).
Author: Patterson, D.T., D.J. Longstreth, and M.M. Peet.
Source: Weed Science 25:319-323.
Source Type: Journal
Publication Date: 1977
Abstract: NA

Title: The history and distribution of five exotic weeds in North Carolina.
Author: Patterson, D. T.
Source: Castanea 41:177-180; 1976.
Source Type: Journal
Publication Date: 1976
Abstract: NA

Title: Seedling establishment of Polygonum cuspidatum on Mt. Fuji.
Author: Maruta, E.
Source: Jap. J. Ecol. 26:101-105.
Source Type: Journal
Publication Date: 1976
Abstract: NA

Title: Japanese bamboo (Polygonum cuspidatum, Polygonum sachalinens).
Author: Pridham, A. M. S.; Bing, A.
Source: Plants Garden 31(2):56-57; 1975.
Source Type: Journal
Publication Date: 1975
Abstract: NA

Title: Preliminary results with glyphosate for control of Polygonum cuspidatum.
Author: Ahrens, J. F.
Source: Proceedings of the Northeast Weed Control Conference 29:326; 1975.
Source Type: Paper
Publication Date: 1975
Abstract: NA

Title: Reprodction ecology of Polygonum cuspidatum.
Author: Locandro, R.R.
Source: Ph.D. thesis. Rutgers University.
Source Type: Book
Publication Date: 1973
Abstract: NA

Title: Flora of Japan.
Author: Ohwi, J.
Source: Smithsonian Institute, Washington, DC.
Source Type: Book
Publication Date: 1965
Abstract: NA

Title: Gray's Manual of Botany. 8th Ed.
Author: Fernald, M.L.
Source: American Book Company, N.Y.
Source Type: Book
Publication Date: 1950
Abstract: NA


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