Grain size distribution from a fish farming area in Bolinao, Philippines, 2017-06-10 and 2017-06-11
Data Publisher for Earth & Environmental Science
Physicochemical parameters and relative abundance of selected nutrient cycling genes were measured in sediment and pore water samples taken from a fish farming area (Site S3 16◦23.097 N, 119◦55.551 E, depth 12.6m) and a control site (Site S1 16◦22.960 N, 119◦54.723 E, depth 15m) not influenced by fish farming. From each site, five pairs of cores representing five biological replicates were collected. One core from each pair was used for physicochemical analysis while the other cores were used for microbial community analysis. Samples from S1 were collected on 2017-06-10 and samples from S3 were collected the following day. […]
Physicochemical parameters and relative abundance of selected nutrient cycling genes were measured in sediment and pore water samples taken from a fish farming area (Site S3 16◦23.097 N, 119◦55.551 E, depth 12.6m) and a control site (Site S1 16◦22.960 N, 119◦54.723 E, depth 15m) not influenced by fish farming. From each site, five pairs of cores representing five biological replicates were collected. One core from each pair was used for physicochemical analysis while the other cores were used for microbial community analysis. Samples from S1 were collected on 2017-06-10 and samples from S3 were collected the following day. This dataset presents grain size distribution.
Microbial community composition of sediments influenced by intensive mariculture activity
Aquaculture practice in tropical coastal ecosystems - understanding ecological and socio-economic consequences
Laser scattering particle size distribution analyser Horiba LA-950V2
marine aquaculture; nutrient loading; Philippines
Note: in the publication, S1 is referred to as the off cage site or site OC, while S3 is referred to as the fish cage site or site FC