The annual growth of Porites coral is represented by a pair of high- and low-density bands. Environmental changes in the ambient waters influence the pattern of these annual density bands. Five colonies of Porites corals from Nusa Penida, Bali were investigated to analyze their annual linear growth rates using coral densitometry. From the analysis it was found that the annual linear growth rates of the colonies varied between 0.8924 to 1.0012 cm/yr. The trends of the colonies growth rates also varied. Two colonies showed a decreasing trend, while the others showed an increasing trend. The annual linear growth rates of most of the colonies were notinfluenced by sea surface temperature (SST); only one out of five colonies had a significant co...
Previous studies have reported recent substantial declines in the growth rates of massive Porites co...
Slow growing massive Porites corals are necessary framework-building elements of the reef ecosystems...
Annual density banding in massive coral skeletons provides a means to retrospectively monitor coral ...
The annual growth of Porites coral is represented by a pair of high- and low-density bands. Environm...
Growth rates (linear skeletal extension) and the timing of skeletal band formation were measured in ...
ABSTRAK Pertumbuhan koral bergantung pada beberapa faktor lingkungan, diantaranya yaitu suhu muka la...
Corals are sessile benthic animals, so their life expression, such on their growth rate was indicate...
This study reports the first well-replicated analysis of continuous coral growth records from warmer...
Annual density banding provided growth characteristics for 245 similar-sized, massive colonies of Po...
Scleractinian corals produce large amounts of calcium carbonate as they grow, sustaining the three-d...
This thesis examines the growth rate of 452 colonies of the massive reef-building coral Porites from...
The presence of annual density banding in certain long-lived reef-building corals provides a record ...
Studies on core samples of the genus Porites in the northern Gulf of Aqaba revealed marked short-ter...
Microatolls are disc-shaped coral colonies, having perimeters of live coral surrounding dead centres...
Corals are known to form clones and because most clonal organisms have variable growth rates, and un...
Previous studies have reported recent substantial declines in the growth rates of massive Porites co...
Slow growing massive Porites corals are necessary framework-building elements of the reef ecosystems...
Annual density banding in massive coral skeletons provides a means to retrospectively monitor coral ...
The annual growth of Porites coral is represented by a pair of high- and low-density bands. Environm...
Growth rates (linear skeletal extension) and the timing of skeletal band formation were measured in ...
ABSTRAK Pertumbuhan koral bergantung pada beberapa faktor lingkungan, diantaranya yaitu suhu muka la...
Corals are sessile benthic animals, so their life expression, such on their growth rate was indicate...
This study reports the first well-replicated analysis of continuous coral growth records from warmer...
Annual density banding provided growth characteristics for 245 similar-sized, massive colonies of Po...
Scleractinian corals produce large amounts of calcium carbonate as they grow, sustaining the three-d...
This thesis examines the growth rate of 452 colonies of the massive reef-building coral Porites from...
The presence of annual density banding in certain long-lived reef-building corals provides a record ...
Studies on core samples of the genus Porites in the northern Gulf of Aqaba revealed marked short-ter...
Microatolls are disc-shaped coral colonies, having perimeters of live coral surrounding dead centres...
Corals are known to form clones and because most clonal organisms have variable growth rates, and un...
Previous studies have reported recent substantial declines in the growth rates of massive Porites co...
Slow growing massive Porites corals are necessary framework-building elements of the reef ecosystems...
Annual density banding in massive coral skeletons provides a means to retrospectively monitor coral ...