<p>Functional redundancy (no. of species) of four functional effect groups across a scrubland fragmentation gradient (dIIC) in Cabo de Gata-Níjar Natural Park, Spain. dIIC (here, square-root transformed) is the relative contribution (%) of each scrubland fragment surveyed to overall landscape connectivity. Low dIIC indicates high fragmentation. For clarity, the observed functional redundancy points are omitted. Group 1: woody plants; Group 2: Erect annual forbs; Group 3: short basal annual forbs and perennial forbs; and Group 4: grasses. Different letters below each line indicate statistically significant differences in species number with fragmentation across groups based on GLMM followed by multiple pairwise comparisons.</p
1.Functional diversity (FD) metrics are widely used to assess invasion ecosystem impacts, but we hav...
Species homogenization or floristic differentiation are two possible consequences of the fragmentati...
Recent theoretical studies suggest that the distribution of species in space has important implicati...
<p>Fitted values for the optimal Gaussian GLMM model applied to the observed functional dispersion (...
<p>Fitted values (solid line) and 95% confidence band (grey band) for the optimal Poisson GLMM model...
Predicting the capacity of ecosystems to absorb impacts from disturbance events (resilience), includ...
<p>Average functional dispersion (FDis), weighted by relative abundance of species, for the mechanis...
Context: Understanding how landscape fragmentation affects functional diversity, defined as the dist...
Ecosystem resilience depends on functional redundancy (the number of species contributing similarly ...
International audience- We used a functional trait-based approach to assess the impacts of aridity a...
Geographic distribution of the sites (left) and DCA graphs of sites (centre of centroids) (right). O...
There is strong evidence for a positive relationship between biodiversity and ecosystem functioning ...
Land-use change is the major driver of biodiversity loss. However, taxonomic diversity (TD) and func...
We analyzed plant functional diversity (FD) and redundancy (FR) in Mediterranean high-mountain commu...
Human development, climate change, diseases and habitat degradation and loss are resulting in specie...
1.Functional diversity (FD) metrics are widely used to assess invasion ecosystem impacts, but we hav...
Species homogenization or floristic differentiation are two possible consequences of the fragmentati...
Recent theoretical studies suggest that the distribution of species in space has important implicati...
<p>Fitted values for the optimal Gaussian GLMM model applied to the observed functional dispersion (...
<p>Fitted values (solid line) and 95% confidence band (grey band) for the optimal Poisson GLMM model...
Predicting the capacity of ecosystems to absorb impacts from disturbance events (resilience), includ...
<p>Average functional dispersion (FDis), weighted by relative abundance of species, for the mechanis...
Context: Understanding how landscape fragmentation affects functional diversity, defined as the dist...
Ecosystem resilience depends on functional redundancy (the number of species contributing similarly ...
International audience- We used a functional trait-based approach to assess the impacts of aridity a...
Geographic distribution of the sites (left) and DCA graphs of sites (centre of centroids) (right). O...
There is strong evidence for a positive relationship between biodiversity and ecosystem functioning ...
Land-use change is the major driver of biodiversity loss. However, taxonomic diversity (TD) and func...
We analyzed plant functional diversity (FD) and redundancy (FR) in Mediterranean high-mountain commu...
Human development, climate change, diseases and habitat degradation and loss are resulting in specie...
1.Functional diversity (FD) metrics are widely used to assess invasion ecosystem impacts, but we hav...
Species homogenization or floristic differentiation are two possible consequences of the fragmentati...
Recent theoretical studies suggest that the distribution of species in space has important implicati...