This dissertation highlights the ability of macroalgae to protect themselves by inducing their palatability changes in the face of consumer attacks. In particular, I examined how macroalgae change their chemical traits in response to herbivore properties classified by herbivore specificity, temporal variation of the herbivores, and feeding cues. Further, I tested macroalgae can predict the herbivory and induce defenses by the cues from an attacked conspecific and a heterospecific species. Finally, I investigated the effective magnitude of the induced responses using non-native macroalgae as well as species-specificity of herbivores. These approaches support that herbivore-induced defenses are not accidental reactions but adaptive options of...
Plants are nutritious and hence herbivores and phytopathogens have specialized to attack and consume...
This dissertation attempts, through four connected experiments, to demonstrate the range of ecologic...
Phenotypic plasticity enables invididuals to change their phenotype in response to their environment...
Herbivores shape the structure of many marine communities. However, algal-herbivore interactions are...
Herbivory is a key factor in regulating plant biomass, thereby driving ecosystem performance. Algae ...
response to herbivory (inducible defense) or defend particular parts of the alga differentially (wit...
As a measure against the adaptive potential of enemies and for reduction of metabolic costs, defense...
Herbivores have major impacts on the survival, growth and distribution of macroalgae and hence on be...
Induced defense against the herbivore Littorina littorea in the seaweed Fucus vesiculosus: influenc...
The prevalence of antigrazing defense induction and the cues triggering induction in marine macroalg...
1. Laboratory-scale studies suggest that water-borne chemical cues released in grazing of marine mac...
1. Laboratory-scale studies suggest that water-borne chemical cues released in grazing of marine mac...
1. Laboratory-scale studies suggest that water-borne chemical cues released in grazing of marine mac...
1. Laboratory-scale studies suggest that water-borne chemical cues released in grazing of marine mac...
1. Laboratory-scale studies suggest that water-borne chemical cues released in grazing of marine mac...
Plants are nutritious and hence herbivores and phytopathogens have specialized to attack and consume...
This dissertation attempts, through four connected experiments, to demonstrate the range of ecologic...
Phenotypic plasticity enables invididuals to change their phenotype in response to their environment...
Herbivores shape the structure of many marine communities. However, algal-herbivore interactions are...
Herbivory is a key factor in regulating plant biomass, thereby driving ecosystem performance. Algae ...
response to herbivory (inducible defense) or defend particular parts of the alga differentially (wit...
As a measure against the adaptive potential of enemies and for reduction of metabolic costs, defense...
Herbivores have major impacts on the survival, growth and distribution of macroalgae and hence on be...
Induced defense against the herbivore Littorina littorea in the seaweed Fucus vesiculosus: influenc...
The prevalence of antigrazing defense induction and the cues triggering induction in marine macroalg...
1. Laboratory-scale studies suggest that water-borne chemical cues released in grazing of marine mac...
1. Laboratory-scale studies suggest that water-borne chemical cues released in grazing of marine mac...
1. Laboratory-scale studies suggest that water-borne chemical cues released in grazing of marine mac...
1. Laboratory-scale studies suggest that water-borne chemical cues released in grazing of marine mac...
1. Laboratory-scale studies suggest that water-borne chemical cues released in grazing of marine mac...
Plants are nutritious and hence herbivores and phytopathogens have specialized to attack and consume...
This dissertation attempts, through four connected experiments, to demonstrate the range of ecologic...
Phenotypic plasticity enables invididuals to change their phenotype in response to their environment...