The role of animals in modulating nutrient cycling [hereafter, consumer‐driven nutrient
dynamics (CND)] has been accepted as an important influence on both community structure …

植物生态化学计量内稳性特征Characteristics of plant ecological stoichiometry homeostasis
Page 1 Guihaia May2019ꎬ 39(5): 701-712 http:/ / www.guihaia-journal.com DOI: 10.11931 …

Lowland lotic ecosystems are under increasing pollution pressure. In this study, we
analyzed the plankton community responses to environmental changes, including natural …

The balance of stoichiometric traits of organisms is crucial for nutrient cycling and energy
flow in ecosystems. However, the impacts of different drivers on stoichiometric (carbon, C; …

We analyzed the diatom assemblages inhabiting the epipelic biofilm of a Pampean stream,
characterized by their high basal nutrient levels, when exposed to a continuous surplus of …

Nutrient retention has been studied intensively in streams, but some mechanisms and
processes are not yet entirely understood, especially in open-canopy streams. We evaluated …

One of the most important effects derived from the intensive land use is the increase of
nutrient concentration in the aquatic systems due to superficial drainage. Besides, the …

Differences in elemental stoichiometry among consumers can regulate fundamental
ecological processes such as animal production or nutrient cycling within ecosystems …

Stoichiometric homeostasis is a key concept of ecological stoichiometry theory that
describes organisms' ability to maintain internal elemental composition given variable …

Climate warming is becoming an increasingly serious threat. Understanding plant
stoichiometry changes under climate warming is crucial for predicting the effects of future …