This Excel file shows step-by-step how we completed the simulation of dispersal to determine which simple dispersal kernel explains the observed self-recruitment percentage. Based on the distance between all reef patches within 35 km of the focal site (Curlew Caye), we iteratively apply a simple exponential decay rate. Based on the cumulative relative probability of dispersal to that site, we can predict self-recruitment and compare to the observed value. Further details are given within the file by Excel comments
Dispersal is usually associated with the spread of invasive species, but it also has two opposing ef...
Compared to population growth regulated by local conditions, dispersal has been underappreciated as ...
1. Non-native species can be major drivers of biodiversity loss and cause economic damage. Predictin...
This Excel file shows step-by-step how we completed the simulation of dispersal to determine which s...
This Excel file shows how we predicted the proportion of settlers to have originated from Curlew Cay...
Dispersal is an important process in ecology, but its measurement is difficult. In particular, natal...
Characterizing patterns of larval dispersal is essential to understanding the ecological and evoluti...
This Excel file contains 5 sheets: one for each of the seed species included in the study. Each she...
Many organisms have a complex life-cycle in which dispersal occurs at the propagule stage. For marin...
In recent years foresters have used inverse modelling as a tool to predict stand dynamics for use in...
<p>These figures show example outputs from the promiscuity model, where individuals of both sexes se...
Oceanographic features influence the transport and delivery of marine larvae, and physical retention...
Many organisms have a complex life-cycle in which dispersal occurs at the propagule stage. For marin...
Oceanographic features influence the transport and delivery of marine larvae, and physical retention...
This dataset contains data generated by individual-based simulations described in the paper 'Populat...
Dispersal is usually associated with the spread of invasive species, but it also has two opposing ef...
Compared to population growth regulated by local conditions, dispersal has been underappreciated as ...
1. Non-native species can be major drivers of biodiversity loss and cause economic damage. Predictin...
This Excel file shows step-by-step how we completed the simulation of dispersal to determine which s...
This Excel file shows how we predicted the proportion of settlers to have originated from Curlew Cay...
Dispersal is an important process in ecology, but its measurement is difficult. In particular, natal...
Characterizing patterns of larval dispersal is essential to understanding the ecological and evoluti...
This Excel file contains 5 sheets: one for each of the seed species included in the study. Each she...
Many organisms have a complex life-cycle in which dispersal occurs at the propagule stage. For marin...
In recent years foresters have used inverse modelling as a tool to predict stand dynamics for use in...
<p>These figures show example outputs from the promiscuity model, where individuals of both sexes se...
Oceanographic features influence the transport and delivery of marine larvae, and physical retention...
Many organisms have a complex life-cycle in which dispersal occurs at the propagule stage. For marin...
Oceanographic features influence the transport and delivery of marine larvae, and physical retention...
This dataset contains data generated by individual-based simulations described in the paper 'Populat...
Dispersal is usually associated with the spread of invasive species, but it also has two opposing ef...
Compared to population growth regulated by local conditions, dispersal has been underappreciated as ...
1. Non-native species can be major drivers of biodiversity loss and cause economic damage. Predictin...