Food web composition and resource levels can influence ecosystem properties such as productivity and elemental cycles. In particular, herbivores occupy a central place in food webs as the species richness and composition of this trophic level may simultaneously influence the transmission of resource and predator effects to higher and lower trophic levels, respectively. Yet, these interactions are poorly understood
Seagrass meadows support key ecosystem services, via provision of food directly for herbivores, and ...
Whether pristine ecosystems with intact trophic structures are more resilient to anthropogenic press...
Humans are altering nutrient dynamics through myriad pathways globally. Concurrent with the addition...
Food web composition and resource levels can influence ecosystem properties such as productivity and...
Coastal seagrass ecosystems are complex habitats that are increasingly influenced by human perturbat...
We tested the singular and interactive effects of resource availability (light) and community compos...
© 2015 Elsevier B.V. The capacity of natural systems to absorb disturbances without undergoing major...
Nutrient enrichment of coastal waters is widely recognized as a major driver of seagrass decline. Un...
We tested the effects of grazer diversity and food chain length on the quantity and quality of accum...
Simple ecological models that predict trophic responses to bottom-up forcing are valuable tools for ...
We tested the relative effects of nutrient loading, reduced predation, and reduced grazing on eelgra...
Complex links between the top-down and bottomup forces that structure communities can be disrupted b...
The available data from experimental and descriptive studies on seagrass biomass and density respons...
Human modification of the abiotic environment can cause profound change to biological communities, y...
Seagrass meadows support key ecosystem services, via provision of food directly for herbivores, and ...
Whether pristine ecosystems with intact trophic structures are more resilient to anthropogenic press...
Humans are altering nutrient dynamics through myriad pathways globally. Concurrent with the addition...
Food web composition and resource levels can influence ecosystem properties such as productivity and...
Coastal seagrass ecosystems are complex habitats that are increasingly influenced by human perturbat...
We tested the singular and interactive effects of resource availability (light) and community compos...
© 2015 Elsevier B.V. The capacity of natural systems to absorb disturbances without undergoing major...
Nutrient enrichment of coastal waters is widely recognized as a major driver of seagrass decline. Un...
We tested the effects of grazer diversity and food chain length on the quantity and quality of accum...
Simple ecological models that predict trophic responses to bottom-up forcing are valuable tools for ...
We tested the relative effects of nutrient loading, reduced predation, and reduced grazing on eelgra...
Complex links between the top-down and bottomup forces that structure communities can be disrupted b...
The available data from experimental and descriptive studies on seagrass biomass and density respons...
Human modification of the abiotic environment can cause profound change to biological communities, y...
Seagrass meadows support key ecosystem services, via provision of food directly for herbivores, and ...
Whether pristine ecosystems with intact trophic structures are more resilient to anthropogenic press...
Humans are altering nutrient dynamics through myriad pathways globally. Concurrent with the addition...