Size data of adult Jehlius (j) and Notochthamalus (n) collected from experimental plots where focal individuals were photographed seasonally under under three different “crowding conditions”: 1) ‘isolated individuals’ with less than 25% of their shells in contact with neighboring barnacles of any species; 2) ‘conspecific crowding’ individuals that were in aggregated groups, with a minimum of 50% and up to 100% of their shells in contact with other adult individuals of the same species, and 3) ‘heterospecific crowding’ individuals that were in aggregated groups with 50-100% of their shells in contact with adults of the other species. The maximum opercular carino-rostral length, survival, percent contact with and number of neighboring indiv...
We describe spatial trends in population structure of the barnacle, Semibalanus balanoides, across g...
In habitats where competition for space is a shaping force of animal distribution such as in the int...
<p>Relationships between barnacle individual traits (average operculum and basal surface area) and d...
Size data of adult Jehlius (j) and Notochthamalus (n) collected from experimental plots where focal ...
We propose an integrative approach that explains patterns of recruitment to adult populations in ses...
1. Spatial patterns of recruitment were compared between populations of the rocky shore barnacles (C...
Author's post-print is released with a Creative Commons Attribution Non-Commercial No Derivatives Li...
Reconciling how niche and neutral processes may be important in species coexistence has revealed two...
Through a field experiment, we show that a predator has negative nonconsumptive effects (NCEs) on di...
33 pagesBarnacles are popular study organisms for a variety of reasons. As adults, they are sessile,...
1. Barnacles are a good model organism for the study of open populations with space-limited recruitm...
Survival in the intertidal zone for sessile marine invertebrates means enduring the drastic changes ...
Larval recruitment is an important factor in structuring populations and communities in the benthic ...
Data from seasonal photo surveys (2008-2010) of the adult barnacles, Jehlius cirratus and Notochtham...
Barnacles (Balanus glandula) were allowed to settle in 5 pre-determined patterns with an increasing ...
We describe spatial trends in population structure of the barnacle, Semibalanus balanoides, across g...
In habitats where competition for space is a shaping force of animal distribution such as in the int...
<p>Relationships between barnacle individual traits (average operculum and basal surface area) and d...
Size data of adult Jehlius (j) and Notochthamalus (n) collected from experimental plots where focal ...
We propose an integrative approach that explains patterns of recruitment to adult populations in ses...
1. Spatial patterns of recruitment were compared between populations of the rocky shore barnacles (C...
Author's post-print is released with a Creative Commons Attribution Non-Commercial No Derivatives Li...
Reconciling how niche and neutral processes may be important in species coexistence has revealed two...
Through a field experiment, we show that a predator has negative nonconsumptive effects (NCEs) on di...
33 pagesBarnacles are popular study organisms for a variety of reasons. As adults, they are sessile,...
1. Barnacles are a good model organism for the study of open populations with space-limited recruitm...
Survival in the intertidal zone for sessile marine invertebrates means enduring the drastic changes ...
Larval recruitment is an important factor in structuring populations and communities in the benthic ...
Data from seasonal photo surveys (2008-2010) of the adult barnacles, Jehlius cirratus and Notochtham...
Barnacles (Balanus glandula) were allowed to settle in 5 pre-determined patterns with an increasing ...
We describe spatial trends in population structure of the barnacle, Semibalanus balanoides, across g...
In habitats where competition for space is a shaping force of animal distribution such as in the int...
<p>Relationships between barnacle individual traits (average operculum and basal surface area) and d...