(1) Background: A central subject in clonal plant ecology is to elucidate the mechanism by
which clones forage resources in heterogeneous environments. Compared with studies …

The reproductive characteristics of understory bamboo and the effects of dieback on
overstory tree seedlings through temporal changes in the environment at the forest floor …

Resource sharing among connected ramets (ie clonal integration) is one of the distinct traits
of clonal plants. Clonal integration confers Moso bamboo (Phyllostachys pubescens) a …

Abstract Both Moso bamboo (Phyllostachys pubescens) and tree forests have a large
biomass; they are considered to play an important role in ecosystem carbon budgets. The …

In clonal plant populations, a number of genetically identical ramets form a genet. While
coexisting ramets potentially perform independently, their behaviours not only depend on …

The dynamics of understorey dwarf bamboos are an important factor in forest dynamics.
Although there have been a number of recent reports about the regeneration process after …

We investigated the clonal competition of three co‐occurring dwarf bamboo species, Sasa
borealis, Sasa nipponica, and Sasaella ramosa, for 32 years in an old‐growth beech forest …

Sasa spp., monocarpic dwarf bamboos, are known to form recalcitrant understories, lower
species diversity, and hinder forest development. Sasa borealis distributed throughout …

Aims Differences in number of ramets or biomass ratio might have remarkable effects on the
adaptability of plant clonal systems to resource heterogeneity. Connected-ramets of …

分株数量或生物量比例差异会明显影响克隆系统对资源异质性环境的生态适应性,
地下茎木质化, 连接稳固的竹类植物在生长过程中相连克隆分株通常会生活在异质光环境中 …