Succession and Stand Dimension Attributes of Pinus thunbergii Coastal Forests after Damage from Diplodia Tip Blight around the Sakurajima Volcano, Southern Kyushu, Japan
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In this study, the succession and stand dimension attributes related to the disaster prevention function of Pinus thunbergii coastal forests were examined after damage from Diplodia tip blight. In 2015, 101 years after the Taisho eruption, field investigations were performed on the vegetation, soil thickness, and pH of surface soil of P. thunbergii coastal forests in western Sakurajima (Hakamagoshi plot) and Taisho lava flows in southeastern Sakurajima (Seto plot). The Hakamagoshi plot had more woody plant species with larger basal areas than that in the Seto plot. The mean age and height, maximal age and height of plant species, and H/D ratio were all larger in the Hakamagoshi plot than in the Seto plot. These results may be explained by the relatively smaller effect of volcanic ash and gas on forests in the Hakamagoshi plot compared to the Seto plot, resulting in a more suitable environment for many plant species. Although P. thunbergii coastal forests in Sakurajima are currently recovering from damages owing to Diplodia tip blight, there has not yet been a sufficient recovery compared to the results from a 1997 study. Furthermore, the results of assessment based on the H/D ratio and abundance of trees in P. thunbergii forests indicate that both regions are not yet effective in disaster prevention. Thus, it is necessary to establish Pinus trees, which can adjust to harsh environments like coastal areas and are resistant to volcanic ash and gas, to enhance the disaster prevention function of P. thunbergii coastal forests in volcanic regions. It may also be helpful to establish coastal forests with ectotrophic mycorrhizal fungi and organic matter coverage. Additionally, it is necessary to ensure the continuous maintenance of stand density and soil quality, and further develop efforts to prevent Diplodia tip blight and promote forest recovery.
Abstract
In this study, the succession and stand dimension attributes related to the disaster prevention function of Pinus thunbergii coastal forests were examined after damage from Diplodia tip blight. In 2015, 101 years after the Taisho eruption, field investigations were performed on the vegetation, soil thickness, and pH of surface soil of P. thunbergii coastal forests in western Sakurajima (Hakamagoshi plot) and Taisho lava flows in southeastern Sakurajima (Seto plot). The Hakamagoshi plot had more woody plant species with larger basal areas than that in the Seto plot. The mean age and height, maximal age and height of plant species, and H/D ratio were all larger in the Hakamagoshi plot than in the Seto plot. These results may be explained by the relatively smaller effect of volcanic ash and gas on forests in the Hakamagoshi plot compared to the Seto plot, resulting in a more suitable environment for many plant species. Although P. thunbergii coastal forests in Sakurajima are currently recovering from damages owing to Diplodia tip blight, there has not yet been a sufficient recovery compared to the results from a 1997 study. Furthermore, the results of assessment based on the H/D ratio and abundance of trees in P. thunbergii forests indicate that both regions are not yet effective in disaster prevention. Thus, it is necessary to establish Pinus trees, which can adjust to harsh environments like coastal areas and are resistant to volcanic ash and gas, to enhance the disaster prevention function of P. thunbergii coastal forests in volcanic regions. It may also be helpful to establish coastal forests with ectotrophic mycorrhizal fungi and organic matter coverage. Additionally, it is necessary to ensure the continuous maintenance of stand density and soil quality, and further develop efforts to prevent Diplodia tip blight and promote forest recovery.
참고문헌 (47)
- Bissett SN, "Linking habitat with associations of woody vegetation and vines on two mid-atlantic barrier islands", J Coastal Res, 30, pp.843~850 (2014)
- Costa CSB, "Shore disturbance and dune plant distribution", J Coastal Res, 12, pp.133~140 (1996)
- del Moral R, "Mechanisms of primary succession : insights resulting from the eruption of Mount St Helens", Adv Ecol Res, 24, pp.1~66 (1993)
- del Moral R., "Primary succession on Land", pp.79~100 (1993), Blackwell Scientific Publications
- Doing H, "Coastal fore-dune zonation and succession in various parts of the world", Vegetatio, 61, pp.65~75 (1985)
- Edwards JS, "Arthropod fallout as a resource in the recolonization of Mount St. Helens", Ecology, 74, pp.954~958 (1993)
- Ezaki T., "Practical environment revegetation technology", pp.166~ (2009), Seikou-udoku Publishing Company
- Fritz-Sheridan R, "Nitrogen fixation on the tropical volcano, La Soufriere(Guadeloupe) : I. A survey of nitrogen fixation by blue-green algal microepiphytes and lichen endophytes", Biotropica, 19, pp.194~199 (1987)
- Fujita E, "Changes in vegetation and soil properties caused by mixture of deciduous broad-leaved trees in Japanese black pine (Pinus thunbergii parl.) stand at coastal sand dune: A case study in Kaetsu district, Niigata prefecture", J Jpn For Soc, 83, pp.8492~ (2001)
- Hayden BP, "Geomorphological controls on coastal vegetation at the Virginia Coast Reserve", Geomorphology, 13, pp.283~300 (1995)
- Higashi S., "Introduction to erosion control engineering", pp.254~ (1991), Kajima Institute Publishing Co.,Ltd
- Isermann M, "Soil pH and species diversity in coastal dunes", Plant Ecol, 178, pp.111~120 (2005)
- "(1955-2014) Observed data on volcanic activity of Sakurajima Volcano"[URL]
- "(1979-2014) Data on Volcanic ash fall of Sakurajima Volcano"[URL]
- "(1981-2010) Meteorological data"[URL]
- "(1990-2010) Meteorological data"[URL]
- Observed data concerning damage quantity of pine wilt disease in Sakurajima, "Kagoshima Prefecture", ~ (2010)
- Kanazawa Y, "Relationship between canopy depth and other dimensions of coastal Pinus thunbergii Parlat. forests in Japan", Tree Physiol, 7, pp.317~327 (1990)
- Kawamura J., "Plant community on Sakurajima Volcano", J Nat Hist Classr Kagoshima Ken Sihangakko, 1, pp.1~36 (1935)
- Kobayashi T, "History of eruptions and volcanic damage from Sakurajima Volcano, Southern Kyushu, Japan", Quat Res, 41, pp.269~278 (2002)
- Kumlung A, "Changes of soil properties in relation to lapsed years of hillside works on a granite area", J Jpn For Soc, 73, pp.327~338 (1991)
- Mamiya Y, "History of pine wilt disease in Japan", J Nematol, 20, pp.219~226 (1988)
- Miyazaki T, "Physical analysis of soils", pp.209~ (2011), University of Tokyo Press
- Monserrat AL, "Coastal dune vegetation of the Southern Pampas(Buenos Aires, Argentina)and its value for conservation", J Coastal Res, 28, pp.23~35 (2012)
- Moreno-Casasola P, "Sand movement as a factor in the distribution of plant communities in a coastal dune system", Vegetatio, 65, pp.67~76 (1986)
- Murai H, "The coastal forest in Japan", pp.513~ (1992), Soft Science Inc.
- Nakashima Y, "Symbiosis with coastal forest", pp.218~ (2011), Yamagata University Press
- Ohta T., "Saturated forest", pp.258~ (2012), NHK Books
- Okuno M, "AMS Radiocarbon dating of the Sakurajima tephra group, Southern Kyushu, Japan", Nucl Instrum Methods Phys Res B, 123, pp.470~474 (1997)
- Olson JS, "Energy storage and the balance of producers and decomposers in ecological systems", Ecology, 44, pp.322~331 (1963)
- Sakamoto H, "Changes of water soluble constituents of volcanic ashes and volcanic activity at the Sakurajima Volcano, Kagoshima, Japan", Nat Kagoshima, 39, pp.177~189 (2013)
- Evaluation of the multifaceted function in agriculture and forest to global environment and human life, "Science Council of Japan", Science Council of Japan, 56~90 (2001)
- Sekine T, "Water saturated phase relations of some andesites with application to the estimation of the initial temperature and water pressure at the time of eruption", Geochim Cosmochim Acta, 43, pp.1367~1376 (1979)
- Shao G, "Functional classifications of coastal barrier island vegetation", J Veg Sci, 7, pp.391~396 (1996)
- Shimokawa E, "Rate of erosion on tephra-covered slopes of Volcanoes", Trans Jpn Geomorphol Union, 8, pp.269~286 (1987)
- Sone K, "Pine wilt disease-resistance of Pinus thunbergii trees growing on lava terrace in Sakurajima", Res Bull Kagoshima Univ For, 37, pp.29~36 (2010)
- Tagawa H, "A study of the volcanic vegetation in Sakurajima, South-west Japan. I. Dynamics of vegetation", Mem Fac Sci Kyushu Univ Ser E, 3, pp.165~228 (1964)
- Tagawa H, "A study of the volcanic vegetation in Sakurajima, South-west Japan. II. Distributional pattern and succession", Jpn J Bot, 19, pp.127~148 (1965)
- Tagawa H, "A study of the volcanic vegetation in Sakurajima, South-west Japan. III. Trap sampling of Disseminules on the lava flow and the culture experiment of some pioneer mosses", Sci Rep Kagoshima Univ, 15, pp.63~83 (1966)
- Tagawa H., "A study of the volcanic vegetation in Sakurajima, South-west Japan. IV. Montly fluctuation of disseminule fall on the lava and viability of seeds", Sci Rep Kagoshima Univ, 17, pp.215~223 (1968)
- Tappeiner JC, "Undergrowth vegetation effects on the nutrient content of litterfall and soils in red pine and birch stands in Northern Minnesota", Ecology, 56, pp.1193~1200 (1975)
- Yukiyoshi Teramoto, "Temporal Change in Vertical Distribution of Woody Vegetation on the Flank of Sakurajima Volcano, Southern Kyushu, Japan", Journal of forest and environmental science, 32(3), pp.270~279 (2016), 산림과학연구소
- Yukiyoshi Teramoto, "Influence of Spatial Differences in Volcanic Activity on Vegetation Succession and Surface Erosion on the Slope of Sakurajima Volcano, Japan", Journal of forest and environmental science, 33(2), pp.136~146 (2017), 산림과학연구소
- Uto S, "Eighty-six years of succession of the vegetation on the Showa and Taisho lava flows, Sakurajima, Japan: Effects of substrate and distance from seed source", Jpn J Ecol, 52, pp.11~24 (2002)
- Vitousek PM, "Biological invasion by Myrica faya alters ecosystem development in Hawaii", Science, 238, pp.802~804 (1987)
- Whittaker RJ, "Plant recolonization and vegetation succession on the Krakatau Islands, Indonesia", Ecol Monogr, 59, pp.59~123 (1989)
- Young DR, "Landscape position and habitat polygons in a dynamic coastal environment", Ecosphere, 2, pp.1~15 (2011)