Landscape homogenization strengthens the fitness benefits of plant species' centrality in pollination networks

To comprehend how pollination services can be maintained in increasingly anthropized landscapes is essential to understand how plant-pollinator interactions vary along disturbance gradients influencing community function. Recent studies found positive relationships between plant fitness and centrality in interaction networks (i.e., high proximity to other plants in networks via shared pollinators). However, this relationship might vary depending on communities’ landscape context and species’ functional traits. We hypothesized that the fitness benefits of centrality might be higher in homogeneous than heterogeneous landscapes, as the former might favor generalist species and behaviors. We also expected stronger positive relationships between centrality and fitness in pollinator-dependent actinomorphic species compared to autogamous species that do not depend on pollinators, or zygomorphic species that are pollinated by a small set of specialized species. Here, we combined field samplings..., , # Landscape homogenization strengthens the fitness benefits of plant species' centrality in pollination networks

Dataset DOI: [10.5061/dryad.q2bvq83xr](10.5061/dryad.q2bvq83xr)

## Description of the data and file structure

### Files and variables

#### File: centralityDATA\_EcolApp.xlsx

**Description:** 

Data file contains two sheets:

1. Landscape-context: Contains the data used in the first analysis studying the influence of the landscape-context in the relationship between the centrality of species in interaction networks and their fitness. 
2. Functional traits: Contains the data used in the first analysis studying the relationship between the centrality of species in interaction networks and their fitness depending on the functional traits of the studied plant species.

##### Variables

Next table contains a short description of the variables included in both sheets:

| variable | description |
| :-...,