Comparison of the composition, population density, and diversity of the soil seed bank and standing vegetation in deciduous and coniferous forests in Korea

Myung Hoon Yi, Seok Gon Park, Matsumoto Masaru

Research output: Contribution to journalArticle

Abstract

To determine the characteristics of a soil seed bank in a temperate forest, the composition, population density, and diversity of plant species in the soil seed bank, the similarity between the standing vegetation and the soil seed bank and the correlation between the soil seed bank and soil environmental factors (geographic and soil characteristics) that affect the species characteristics of the soil seed bank were investigated in Korean red pine (coniferous) and Mongolian oak (deciduous) forests, which represent the types of forests in Korea. There was no statistically significant difference in the population density and diversity of the species of soil seed bank between the two types of forests. A similarity in the species composition between the standing vegetation and the soil seed bank was found and was higher in the shrub layer than in the canopy and understory layers. The species characteristics of the soil seed bank, such as the species composition and the species diversity, seemed to be more relevant for the herbaceous plants in the shrub layer than for the dominant tree species in the canopy layer. The number of plant species and the population density of the species of the soil seed bank were considered to be affected by the organic content in the surface soil of the forests.

Original languageEnglish
Pages (from-to)323-328
Number of pages6
JournalJournal of the Faculty of Agriculture, Kyushu University
Volume62
Issue number2
Publication statusPublished - Sep 1 2017

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Korea
buried seeds
Population Density
deciduous forests
coniferous forests
Korean Peninsula
population density
Soil
vegetation
species diversity
forest types
shrubs
canopy
Forests
Seed Bank
herbaceous plants
edaphic factors
temperate forests
forest soils
Geography

All Science Journal Classification (ASJC) codes

  • Biotechnology
  • Agronomy and Crop Science

Cite this

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abstract = "To determine the characteristics of a soil seed bank in a temperate forest, the composition, population density, and diversity of plant species in the soil seed bank, the similarity between the standing vegetation and the soil seed bank and the correlation between the soil seed bank and soil environmental factors (geographic and soil characteristics) that affect the species characteristics of the soil seed bank were investigated in Korean red pine (coniferous) and Mongolian oak (deciduous) forests, which represent the types of forests in Korea. There was no statistically significant difference in the population density and diversity of the species of soil seed bank between the two types of forests. A similarity in the species composition between the standing vegetation and the soil seed bank was found and was higher in the shrub layer than in the canopy and understory layers. The species characteristics of the soil seed bank, such as the species composition and the species diversity, seemed to be more relevant for the herbaceous plants in the shrub layer than for the dominant tree species in the canopy layer. The number of plant species and the population density of the species of the soil seed bank were considered to be affected by the organic content in the surface soil of the forests.",
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AB - To determine the characteristics of a soil seed bank in a temperate forest, the composition, population density, and diversity of plant species in the soil seed bank, the similarity between the standing vegetation and the soil seed bank and the correlation between the soil seed bank and soil environmental factors (geographic and soil characteristics) that affect the species characteristics of the soil seed bank were investigated in Korean red pine (coniferous) and Mongolian oak (deciduous) forests, which represent the types of forests in Korea. There was no statistically significant difference in the population density and diversity of the species of soil seed bank between the two types of forests. A similarity in the species composition between the standing vegetation and the soil seed bank was found and was higher in the shrub layer than in the canopy and understory layers. The species characteristics of the soil seed bank, such as the species composition and the species diversity, seemed to be more relevant for the herbaceous plants in the shrub layer than for the dominant tree species in the canopy layer. The number of plant species and the population density of the species of the soil seed bank were considered to be affected by the organic content in the surface soil of the forests.

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