An experiment was conducted to test the hypothesis that interspecific variation in rates of leaf litter decomposition arises as a consequence of differences in the anti-herbivore defences of the living leaf. Leaf palatability was assayed in 54 vascular plant species of widespread occurrence in the British Isles, using the generalist herbivore Helix aspersa (garden snail) and the omnivore Acheta domestica (a cricket). The results were then compared with published standardised measurements of litter decomposition rate available for 43 of the species. There was convincing support for the hypothesis, in the form of a significant positive correlation between leaf palatability and litter decomposition rate. The correlation was also evident within...
Herbivory is viewed as a major driver of plant evolution and the mostimportant energy pathway from p...
The effects of detritivores on the rate of leaf processing rates on the three tree-species were esti...
1. Herbivory and litter decomposition are key controllers of ecosystem carbon and nutrient cycling. ...
An experiment was conducted to test the hypothesis that interspecific variation in rates of leaf lit...
There is some evidence that traits of fresh leaves that provide structural or chemical protection (`...
There is some evidence that traits of fresh leaves that provide structural or chemical protection ('...
Physical supporting or defense structures of plants, which decrease palatability, remain in plant ti...
1 An experimental multispecies screening of leaf decomposition rates was undertaken in order to iden...
We tested the hypothesis that functional attributes of living leaves provide a basis for predicting ...
Abstract. 1. The relationship between leaf palatability and litter decomposability is critical to un...
Background and aims – The aim of this study was to investigate the potential ecological significance...
Palatability of 20 meadow plant species was assessed in the slug grazing experiment conducted. Monoc...
There is increasing awareness that similar suites of plant traits may govern foliage palatability an...
1. Herbivores often induce changes in plant defensive chemistry or nutrient content that may respect...
1. Herbivory and litter decomposition are key controllers of ecosystem carbon and nutrient cycling. ...
Herbivory is viewed as a major driver of plant evolution and the mostimportant energy pathway from p...
The effects of detritivores on the rate of leaf processing rates on the three tree-species were esti...
1. Herbivory and litter decomposition are key controllers of ecosystem carbon and nutrient cycling. ...
An experiment was conducted to test the hypothesis that interspecific variation in rates of leaf lit...
There is some evidence that traits of fresh leaves that provide structural or chemical protection (`...
There is some evidence that traits of fresh leaves that provide structural or chemical protection ('...
Physical supporting or defense structures of plants, which decrease palatability, remain in plant ti...
1 An experimental multispecies screening of leaf decomposition rates was undertaken in order to iden...
We tested the hypothesis that functional attributes of living leaves provide a basis for predicting ...
Abstract. 1. The relationship between leaf palatability and litter decomposability is critical to un...
Background and aims – The aim of this study was to investigate the potential ecological significance...
Palatability of 20 meadow plant species was assessed in the slug grazing experiment conducted. Monoc...
There is increasing awareness that similar suites of plant traits may govern foliage palatability an...
1. Herbivores often induce changes in plant defensive chemistry or nutrient content that may respect...
1. Herbivory and litter decomposition are key controllers of ecosystem carbon and nutrient cycling. ...
Herbivory is viewed as a major driver of plant evolution and the mostimportant energy pathway from p...
The effects of detritivores on the rate of leaf processing rates on the three tree-species were esti...
1. Herbivory and litter decomposition are key controllers of ecosystem carbon and nutrient cycling. ...