Fig. 1. Sampling site of hard-bottom subtidal mollusks and algae in the Korean coasts on May and August from 2015 to 2017 with a specified underwater quadrate and scuba diving.
Fig. 2. Percent composition of feeding type of hard-bottom subtidal mollusks sampled quantitatively from the East Sea of Korea from 2016 to 2017 (in detail see Table 1) with scuba diving and a specified underwater quadrate (a: - 5 m, b: - 15 m).
Fig. 3. Percent composition of feeding type of hard-bottom subtidal mollusks sampled quantitatively from the South Sea of Korea from 2015 (or 2016) to 2017 (in detail see Table 1) with scuba diving and a specified underwater quadrate (a: - 5 m, b: - 15 m).
Fig. 4. Percent composition of feeding type of hard-bottom subtidal mollusks sampled quantitatively from the Yellow Sea of Korea in 2015 and 2017 (in detail see Table 1) with scuba diving and a specified underwater quadrate (a: - 5 m, b: - 15 m).
Fig. 5. Spacial variation of transparency in the Korean coasts on May and August from 2015 to 2017 measured with a Secchi disk in situ. Location in detail see the Table 2.
Fig. 6. Percent composition of feeding type of the hard-bottom subtidal mollusks in the Korean coasts. Annual, stational and vertical data were pooled for analysis (a: East Sea, b: South Sea, c: Yellow Sea).
Table 1. Sampling site, in detail, of hard-bottom subtidal mollusks and algae in the Korean coasts on May and August from 2015 to 2017 with a specified underwater quadrate and scuba diving
Table 2. Survey stations of the transparency in the Korean coasts. Data were collected from MEIS data bank (2015-2017; http://www.meis.go.kr/rest/main)
Table 3. Sampling stations of the phytoplankton in the Korean coasts. Data were collected from MEIS data bank (2015-2017; http://www.meis.go.kr/rest/main)
Table 4. Spacial and vertical variation of percent composition (%) of the mollusk’s feeding type based on the quantitative hard-bottom subtidal samples for 2015-2017 with scuba diving and a specified underwater quadrate in the Korean coasts
Table 5. Spacial and vertical variation of algae biomass with total and two functional forms (sheet (S) and thick-leathery (TL) forms; Litter et al., 1983). Stations represent sum of the number of sampling stations in the each location. Data of the each location were pooled for analysis. Mean represents means of biomass (gDW/m2) of all algae and of the two functional forms at the two vertical positions (- 5 and - 15 m), respectively
Table 6. Spacial variation of the phytoplankton density in the Korean coasts on May and August from 2015 to 2017. Location in detail see the Table 3
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