Regional Studies in Marine Science

Supplementary Table 1 shows the variable positions in the deduced haplotypes of the ATPSalpha intron. The COI_Accessions_Registrations_Field.fsa file contains the alignment of the COI data in fasta format. The third file is a photograph showing an example of intermediate phenotypes in the A. constricta s.l. complex photographed in situ at Flat Rock Point, Brooklyn, New South Wales.

The data shows water levels simulated by the 1D model in each section of Pearl River delta channel networks. The dataset entitled 'Time series of water levels' displays hourly water levels simulated by 1D model from February 11, 2005 to April 10, 2005 in each section of Pearl River delta channel networks. The dataset entitled 'Model results and tidal analysis' shows averaged water levels simulated by 1D model, tidal range and amplitudes of tidal species analysed by Continuous wavelet transform from February 11, 2005 to April 10, 2005 in each section of Pearl River delta channel networks.

This dataset includes annual resolution coral d13C, Dd18O, growth rate and sea surface temperature reconstructed from coral Sr/Ca values of three mid-Holocene corals from the northern South China Sea.

Total composition of the Brava Beach macrofauna, number of individuals per taxon (Taxa) using samplers with small (S), medium (M) and large (L) apertures and a cylindrical trap attached to a trawl (CIL). Note: The values shown in this table are not normalized.

The dataset include phytoplankton species, abundance, and station number in the southern Yellow Sea in the four seasons

methods and field data

This datas involved a study about erosion, engineering and computational modeling of waves.

These are the raw data about demographic parameters, growth and statistical analyses performed in the article submitted.

Raw Dataset for Shimajiri Bay, research title: AFTER THE LONG SUMMER: DEATH AND SURVIVAL OF CORAL COMMUNITIES IN THE SHALLOW WATERS OF KUME ISLAND, FROM THE RYUKYU ARCHIPELAGO.

Data in brief is uploaded here