Relationship between the spatial distribution of coastal sand dune plants and edaphic factors in a coastal sand dune system in Korea
2
조회
0
다운로드
0
인용
0
참고문헌
키워드
초록
We conducted the study on the relationship between the distribution of coastal sand dune plants and edaphic factors from the shoreline to inland in sand dune ecosystem. The application of TWINSPAN classification based on 10 species, led to the recognition of three vegetative groups (A-C), which associated with their habitats (foredune, hummuck in semistable zone and stable zone). The associations were separated along soil gradient far from the seashore. The relationships between species composition and environmental gradients were explained by canonical correspondence analysis (CCA). Distance from the shoreline was an important indicator to determine soil properties (pH, total ion contents, sand particle sizes, organic matters and nitrogen contents) from the seaward area to inland area and distribution pattern of coastal sand dune plants. Group A is foredune zone, characterized by Calystegia soldanella; group included typical foredune species such as Elymus mollis, Carex kobomugi, Ixeris repens, C. soldanella and Glehnia littoralis. Group B on semi-stabilized zone was characterized by Vitex rotundifolia, a perennial woody shrub. This group was associated the proportion of fine sand size (100 to 250 μm). The results on the proportion of soil particle size showed a transition in sand composition, particularly with respect to the proportion of fine sand size that occurred from the foredune ridge at 32.5 m to the Vitex rotundifolia community at 57.5 m from the shoreline. Group C on stabilized zone was characterized by Zoysia macrostachya, Lathyrus japonicus and Cynodon dactylon and were associated soil organic matter and nitrogen contents. The spatial distribution of plants in the Goraebul coastal sand dune system may result from the interactions between the plant species and environmental heterogeneity.
Abstract
We conducted the study on the relationship between the distribution of coastal sand dune plants and edaphic factors from the shoreline to inland in sand dune ecosystem. The application of TWINSPAN classification based on 10 species, led to the recognition of three vegetative groups (A-C), which associated with their habitats (foredune, hummuck in semistable zone and stable zone). The associations were separated along soil gradient far from the seashore. The relationships between species composition and environmental gradients were explained by canonical correspondence analysis (CCA). Distance from the shoreline was an important indicator to determine soil properties (pH, total ion contents, sand particle sizes, organic matters and nitrogen contents) from the seaward area to inland area and distribution pattern of coastal sand dune plants. Group A is foredune zone, characterized by Calystegia soldanella; group included typical foredune species such as Elymus mollis, Carex kobomugi, Ixeris repens, C. soldanella and Glehnia littoralis. Group B on semi-stabilized zone was characterized by Vitex rotundifolia, a perennial woody shrub. This group was associated the proportion of fine sand size (100 to 250 μm). The results on the proportion of soil particle size showed a transition in sand composition, particularly with respect to the proportion of fine sand size that occurred from the foredune ridge at 32.5 m to the Vitex rotundifolia community at 57.5 m from the shoreline. Group C on stabilized zone was characterized by Zoysia macrostachya, Lathyrus japonicus and Cynodon dactylon and were associated soil organic matter and nitrogen contents. The spatial distribution of plants in the Goraebul coastal sand dune system may result from the interactions between the plant species and environmental heterogeneity.
참고문헌 (42)
- Angiolini C, "Soil chemical features as key predictors of plant community occurrence in a Mediterranean coastal ecosystem", Estuar Coast Shelf Sci, 119, pp.91~100 (2013)
- Baldwin KA, "Microenvironment of Lake Huron sand dunes", Can J Bot, 61, pp.241~255 (1983)
- 방현주, "영덕 고래불 모래해안의 지형 특성과 변화", 한국지형학회지, 18(3), pp.83~92 (2011), 한국지형학회
- Frieda Beauregard, "Beyond a Climate-Centric View of Plant Distribution: Edaphic Variables Add Value to Distribution Models", PLoS ONE, 9(3), pp.e92642~ (2014), Public Library of Science (PLoS)[DOI]
- Berendse F, "Soil organic matter accumulation and its implications for nitrogen mineralization and plant species composition during succession in coastal dune slacks", Plant Ecol, 137, pp.71~78 (1998)
- Carboni M, "Are differences in functional diversity among plant communities on Mediterranean coastal dunes driven by their phylogenetic history?", J Veg Sci, 24, pp.932~941 (2013)
- Carboni M, "Dealing with scarce data to understand how environmental gradients and propagule pressure shape fine-scale alien distribution patterns on coastal dunes", J Veg Sci, 22, pp.751~765 (2011)
- Chen ZS, "Relations of soil properties to topography and vegetation in a subtropical rain forest in southern Taiwan", Plant Ecol, 132, pp.229~241 (1997)
- Culter NA, "The spatiotemporal dynamics of a primary succession", J Ecol, 96, pp.231~246 (2008)
- Durán O, "Vegetation controls on the maximum size of coastal dunes", Proc Natl Acad Sci U S A, 110, pp.17217~17222 (2013)
- Gilbert M, "The growth responses of coastal dune species are determined by nutrient limitation and sand burial", Oecologia, 156, pp.169~178 (2008)
- Girad M, "The regeneration of highly disturbed ecosystem : a mined peatland in sourthern Québec", Ecosystems, 5, pp.274~288 (2002)
- 한영훈, "동해안 해안사구의 식생특성", 한국환경복원기술학회지, 16(1), pp.55~69 (2013), 한국환경복원기술학회
- Hesp P, "Transgressive dunefield landforms and vegetation association, Doña Juana, Veracruz, Mexico", Earth Surf Process Landforms, 36, pp.285~295 (2010)
- Ishikawa SI, "Zonal plant distribution and edaphic and micromeorological conditions on a coastal sand dune", Ecol Res, 10, pp.259~266 (1995)
- Jung YK, "Coastal sand dune vegetation in Kyungpook Province", Korean J Ecol, 21, pp.257~262 (1998)
- Kelly AE, "Rapid shifts in plant distribution with recent climate change", Proc Natl Acad Sci U S A, 105, pp.11823~11826 (2008)
- Kim KD, "Invasive plants on disturbed Korean sand dunes", Estuar Coast Shelf Sci, 62, pp.353~364 (2005)
- Kim KH, "Mitigation measures for beach erosion and rip current", J Coast Res, 1, pp.290~295 (2013)
- Lane C, "Characterizing environmental gradients and their influence on vegetation zonation in a subtropical coastal sand dune system", J Coast Res, 24, pp.213~224 (2008)
- Lortie CJ, "Effects of a directional abiotic gradient on plant community dynamics and invasion in a coastal dune system", J Ecol, 95, pp.468~481 (2007)
- Lubke RA, "A survey of the coastal vegetation near Port Alfred, eastern Cape", Bothalia, 14, pp.725~738 (1983)
- Martinez ML, "Spatial and temporal variability during primary succession on tropical coastal sand dunes", J Veg Sci, 12, pp.361~372 (2001)
- Maun MA, "The effects of burial by sand on survival and growth of Calamovilfa longifolia", Ecoscience, 3, pp.93~100 (1996)
- Maun MA, "The Biology of Coastal Sand Dunes" (2009), Oxford University Press
- Maun MA, "Zonation of vegetation on lacustrine coastal dunes : effects of burial by sand", Ecol Lett, 2, pp.14~18 (1999)
- McCook LJ, "Understanding ecological community succession : Causal models and theories, a review", Vegetatio, 110, pp.115~147 (1994)
- McCune B, "PC-ORD: Multivariate Analysis of Ecological Data Version 4.20", MjM Software Design, ~ (1999)
- Mendoza-GonzálezG, "Ecological niche modeling of coastal dune plants and future potential distribution in response to climate change and sea level rise", Glob Change Biol, 19, pp.2524~2535 (2013)
- 민병미, "Typical Coastal Vegetation of Korea", Ocean and Polar Research, 24(1), pp.79~86 (2002), 한국해양과학기술원
- Moreno-Casasola P, "Patterns of plant species distribution on coastal dunes along the Gulf of Mexico", J Biogeogr, 15, pp.787~806 (1988)
- Moreno-Casasola P, "Classification and ordination of coastal sand dune vegetation along the Gulf and Caribbean Sea of Mexico", Vegetatio, 66, pp.147~182 (1986)
- Palmer MW, "Putting things in even better order : The advantages of canonical correspondence analysis", Ecology, 74, pp.2215~2230 (1993)
- Ranwell DS, "Ecology of Salt Marshes and Sand Dunes" (1972), Chapman and Hall
- Ruocco M, "Mediterranean coastal dune systems : Which abiotic factors have the most influence on plant communities?", Estuar Coast Shelf Sci, 149, pp.213~222 (2014)
- Smith T, "A theory of the spatial and temporal dynamics of plant communities", Vegetatio, 83, pp.49~69 (1989)
- Sýkora KV, "Changes in soil and vegetation during dune slack succession", J Veg Sci, 15, pp.209~218 (2004)
- United States Department of Agriculture (USDA), "Soil Mechanics Level 1, Module 3: USDA Textural Soil Classification Study Guide. National Employee Development Staff, Soil Conservation Service", United State Depart-ment of Agriculture, ~ (1987)
- van der Maarel E, "Trnasformation of cover-abundance values in phytosociology and its effects on community similarity", Vegetatio, 39, pp.97~114 (1979)
- van der Valk AG, "Mineral cycling in coastal foredune plant communities in Cape Hatteras National Seashore", Ecology, 55, pp.1349~1358 (1974)
- Wisz MS, "The role of biotic interactions in shaping distributions and realised assemblages of species : implications for species distribution modelling", Biol Rev Camb Philos Soc, 88, pp.15~30 (2013)
- 윤한삼, "우리나라 해안사구 분포 현황과 기능특성에 관한 고찰", 수산해양교육연구, 22(2), pp.180~194 (2010), 한국수산해양교육학회