Large herbivores have a major influence on the structure and the functions of humid grasslands and especially on primary production. Earlier work on the study site showed that grazing intensity was spatially varied and created a diversity of vegetation patches in the grassland (Loucougaray, 2003). The first objective of this study was to determine whether the variation in grazing intensity led to variation of primary production within the three plant communities located at three topographic levels in the grassland. The second objective was to determine whether a relationship linked primary production variation and net soil nitrogen (N) mineralisation
Interactions between grassland ecosystems and vertebrate herbivores are critical for a better unders...
Nitrogen fertilisation is a common form of agricultural intensification, aimed at increasing biomass...
Questions: Human activities are increasing the density of domestic grazers and global nutrient loads...
Large herbivores have a major influence on the structure and the functions of humid grasslands and e...
We investigated the influence of livestock type on vegetation and biogeochemical cycling in grasslan...
Nitrogen (N) is accumulated under grassland depending on factors such as soil type, management, and ...
In nature management, the introduction of large herbivores into human-influenced grasslands is thoug...
Aboveground herbivores have strong effects on grassland nitrogen (N) cycling. They can accelerate or...
International audienceHerbivores influence nutrient cycling either through direct effects (e.g. excr...
peer-reviewedSoil properties that drive grassland production in the absence of mineral nitrogen appl...
We investigated the effects of increasing grazing I ntensities on N availability (inorganic N, In-N,...
Large herbivores are key drivers of nutrient cycling in ecosystems worldwide, and hence they have an...
Grazing animals influence a wide range of plant and soil processes in the world’s grasslands. Ecolog...
This paper describes research on the relationships between grassland management practices and the di...
Background & aims: Herbivore-driven changes to soil properties can influence the decomposition rate ...
Interactions between grassland ecosystems and vertebrate herbivores are critical for a better unders...
Nitrogen fertilisation is a common form of agricultural intensification, aimed at increasing biomass...
Questions: Human activities are increasing the density of domestic grazers and global nutrient loads...
Large herbivores have a major influence on the structure and the functions of humid grasslands and e...
We investigated the influence of livestock type on vegetation and biogeochemical cycling in grasslan...
Nitrogen (N) is accumulated under grassland depending on factors such as soil type, management, and ...
In nature management, the introduction of large herbivores into human-influenced grasslands is thoug...
Aboveground herbivores have strong effects on grassland nitrogen (N) cycling. They can accelerate or...
International audienceHerbivores influence nutrient cycling either through direct effects (e.g. excr...
peer-reviewedSoil properties that drive grassland production in the absence of mineral nitrogen appl...
We investigated the effects of increasing grazing I ntensities on N availability (inorganic N, In-N,...
Large herbivores are key drivers of nutrient cycling in ecosystems worldwide, and hence they have an...
Grazing animals influence a wide range of plant and soil processes in the world’s grasslands. Ecolog...
This paper describes research on the relationships between grassland management practices and the di...
Background & aims: Herbivore-driven changes to soil properties can influence the decomposition rate ...
Interactions between grassland ecosystems and vertebrate herbivores are critical for a better unders...
Nitrogen fertilisation is a common form of agricultural intensification, aimed at increasing biomass...
Questions: Human activities are increasing the density of domestic grazers and global nutrient loads...