Climate change increases the occurrence of droughts, decreasing the production of tropical
forages through the induction of physiological stress. Si is expected to broaden the limit from …

Eutrophication and exotic species invasion are key drivers of the global loss of biodiversity
and ecosystem functions in lakes. We selected two exotic plants (Alternanthera …

Increasing atmospheric nitrogen (N) deposition leads to ecosystem N–P imbalances
worldwide, with important consequences on ecosystem services by altering plant N: P ratios …

Empirical invasion ecology is laden with high context dependency. If general mechanisms
underlying invasion success exist, they should be detectable in species that share biological …

The state transition theory suggests that the decline of submerged macrophytes in shallow
lakes is closely associated with reduced stoichiometric homeostasis, particularly …

The spatial pattern of leaf stoichiometry is critical in predicting plant palatability and
ecosystem productivity and nutrient cycling rates and thus is a major focus of community …

Unbalanced N and P input has substantially altered the relative importance of N and P
limitation in grassland ecosystems, which resulted in profound impacts on species nutrient …

Different nutrient supply brings about changes in leaf stoichiometry, which may affect growth
rate and primary production of plants. Invasion of alien plants is a severe threat to …

Anthropogenic input of nutrient has profoundly influenced water quality and aquatic
organisms, however, large and unbalanced nitrogen (N) and phosphorus (P) inputs …

Climate change increases the occurrence of droughts, decreasing the production of tropical
forages through the induction of physiological stress. Si is expected to broaden the limit from …