In this appendix we propose some probabilistic and statistical techniques for describing biological populations. The techniques are illustrated with actual data, obtained from studies of coral reefs in Bermuda. In our example, we use skeletal band counts, made for a small sample of corals, to construct an age-frequency description of the coral reef population. The techniques are quite general and are applicable whenever a quantifiable skeletal growth record is exhibited by an individual organism and when one is interested in estimating the frequency distribution of the same growth pattern in the species population. In this appendix we propose some probabilistic and statistical techniques for describing biological populations. The technique...
Data on annual population size, index of reproduction quality and harvest of Chen caerulescens atlan...
Details of sampling sites, position of sampling sites, description and photo of biozones in Moorea’s...
Population growth rate ()and damping ratios ()for Montastraea annularis at 9-m depth in St. John, U....
Collection of coral growth–nutrient studies showing heterogeneous interactions using a variety of me...
Detailed description of life history stages and resulting stage-class population matrix for the fema...
Population growth rate (measured in the presence of predators) of populations evolved without predat...
Like coral reefs worldwide, the Florida Reef Tract has dramatically declined within the past two dec...
Comparisons between species probability of presence in 2100 with species probability of presence in ...
Additional figures including illustration of the use of the cumulative distribution function (CDF) f...
Mean local richness per transect for corals sampled across depth and habitat gradients
Association between density and barnacle morphology in natural barnacle populations
Data for 85 fish species with 235 populations or sexual groups used to develop our model for the rel...
Rapid and widespread declines in coral health and abundance have driven increased investments in cor...
Funding: ARC Centre of Excellence for Coral Reef Studies and the Australian Research Council for fel...
A population viability analysis to assess persistence probability for small populations of Chucao Ta...
Data on annual population size, index of reproduction quality and harvest of Chen caerulescens atlan...
Details of sampling sites, position of sampling sites, description and photo of biozones in Moorea’s...
Population growth rate ()and damping ratios ()for Montastraea annularis at 9-m depth in St. John, U....
Collection of coral growth–nutrient studies showing heterogeneous interactions using a variety of me...
Detailed description of life history stages and resulting stage-class population matrix for the fema...
Population growth rate (measured in the presence of predators) of populations evolved without predat...
Like coral reefs worldwide, the Florida Reef Tract has dramatically declined within the past two dec...
Comparisons between species probability of presence in 2100 with species probability of presence in ...
Additional figures including illustration of the use of the cumulative distribution function (CDF) f...
Mean local richness per transect for corals sampled across depth and habitat gradients
Association between density and barnacle morphology in natural barnacle populations
Data for 85 fish species with 235 populations or sexual groups used to develop our model for the rel...
Rapid and widespread declines in coral health and abundance have driven increased investments in cor...
Funding: ARC Centre of Excellence for Coral Reef Studies and the Australian Research Council for fel...
A population viability analysis to assess persistence probability for small populations of Chucao Ta...
Data on annual population size, index of reproduction quality and harvest of Chen caerulescens atlan...
Details of sampling sites, position of sampling sites, description and photo of biozones in Moorea’s...
Population growth rate ()and damping ratios ()for Montastraea annularis at 9-m depth in St. John, U....