This Excel file contains 5 sheets: one for each of the seed species included in the study. Each sheet has the results of the simulation models, needed to produce the dispersal kernel figures (Figure 1 and Appendix Figure S2). Each simulation model was run for 100,000 iterations. Included in each sheet are columns for : Seed dispersal distance bins, frequency of dispersal to suitable habitats, proportion of seeds dispersed to suitable habitats, frequency of dispersal to permanent bodies of water, and proportion of seeds dispersed to permanent bodies of water
This Excel file shows step-by-step how we completed the simulation of dispersal to determine which s...
Understanding the causes of larval dispersal is a major goal of marine ecology, yet most research fo...
Comparing statistical dynamics for different ecospace framework structures: varying number of "seed"...
This Excel file contains 5 sheets: one for each of the seed species included in the study. Each she...
Summary statistics for the seed-dispersal curves generated for each source tree in the simulation mo...
This Excel file shows how we predicted the proportion of settlers to have originated from Curlew Cay...
<p>Results are based on simulations with a receptive and release phase of six days. Boxplots represe...
Dispersal is fundamental to ecological processes at all scales and levels of organization, but progr...
The use of virtual species to test species distribution models is important for understanding how as...
<p>(<b>A</b>) A symmetric, two–dimensional probability density function (dispersal kernel). Dispersa...
1. Non-native species can be major drivers of biodiversity loss and cause economic damage. Predictin...
Dispersal is the process by which plants expand their range and explore new habitats. When local hab...
1. We investigated the relationships of seed size, dispersal mode and other species characteristics ...
This repository contains the code and data to run an IBM simulating mammalian seed dispersal in the ...
<p>Seed dispersal (mean ± SE of dispersed seeds*Ha<sup>−1</sup>) generated by the different disperse...
This Excel file shows step-by-step how we completed the simulation of dispersal to determine which s...
Understanding the causes of larval dispersal is a major goal of marine ecology, yet most research fo...
Comparing statistical dynamics for different ecospace framework structures: varying number of "seed"...
This Excel file contains 5 sheets: one for each of the seed species included in the study. Each she...
Summary statistics for the seed-dispersal curves generated for each source tree in the simulation mo...
This Excel file shows how we predicted the proportion of settlers to have originated from Curlew Cay...
<p>Results are based on simulations with a receptive and release phase of six days. Boxplots represe...
Dispersal is fundamental to ecological processes at all scales and levels of organization, but progr...
The use of virtual species to test species distribution models is important for understanding how as...
<p>(<b>A</b>) A symmetric, two–dimensional probability density function (dispersal kernel). Dispersa...
1. Non-native species can be major drivers of biodiversity loss and cause economic damage. Predictin...
Dispersal is the process by which plants expand their range and explore new habitats. When local hab...
1. We investigated the relationships of seed size, dispersal mode and other species characteristics ...
This repository contains the code and data to run an IBM simulating mammalian seed dispersal in the ...
<p>Seed dispersal (mean ± SE of dispersed seeds*Ha<sup>−1</sup>) generated by the different disperse...
This Excel file shows step-by-step how we completed the simulation of dispersal to determine which s...
Understanding the causes of larval dispersal is a major goal of marine ecology, yet most research fo...
Comparing statistical dynamics for different ecospace framework structures: varying number of "seed"...