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enThis link goes to a English sectionfrThis link goes to a French section Temperate seminatural grasslands harbour unique biodiversity, support livest...

Active grassland restoration has gained importance in mitigating the dramatic decline of farmnland biodiversity. While there is evidence that such ope...

Nitrogen (N) enrichment threatens the ability of grasslands to support sustainable functions. However, we do not know whether grassland degradation ca...

Atmospheric nitrogen (N) deposition, climatic variables and anthropogenic management affect grassland-ecosystem stability by driving changes in plant ...

Temperate semi-natural grasslands are characterized by high levels of species diversity and have a high conservation value. Plant species diversity in...

Measurements were made of CO₂ exchange by sods taken from a Phalaris tuberosa/Trifolium repens temperate grassland to determine their net primary prod...

During the past century, semi-natural grasslands, once widespread throughout Europe, have largely been converted into intensively managed agricultural...

Light-demanding trees and thorny shrubs in temperate plant communities may reflect adaptations to now-extinct large grazers, such as aurochs and tarpa...

In temperate farmed landscapes conservation policies increasingly emphasize large-scale reductions in land-use intensity. Yet despite a managed revers...

Grassland ecosystems are often used to generate biomass in temperate regions of the world. It is well known that biomass is influenced by climate and ...