On mechanisms controlling the interannual variability of the summertime bottom low-oxygen zones in the southern Bohai Sea
Description
The data supporting the article "On mechanisms controlling the interannual variability of the summertime bottom low-oxygen zones in the southern Bohai Sea" Fig_2_data: Spatially averaged wind speed over the southern BS during the summer of 2014 and 2019, and observed ranges of summertime bottom DO concentration. Fig_3_data: Observed and simulated summertime bottom temperature, bottom DO concentration, surface salinity, and surface chl-a. Fig_4_data: Simulated surface DIN (mmol/m3) at the mid-point of the cruise dates compared to observations (dots) during different field surveys. Fig_5_data: Simulated surface chla (mg/m3) at the mid-point of the cruise dates compared to observations (dots) during different field surveys. Fig_6_data: Simulated bottom DO (mmol/m3) at the mid-point of the cruise dates compared to observations (dots) during different field surveys. Fig_7_data: Stratification (N² ) maxima, temperature induced stratification maxima and salinity induced stratification maxima from June 1 to August 10 in 2014 and 2019 in the Bohai Sea. Bottom DO variations in Zone1-3. Fig_9_data: Hovmöller diagrams of the averaged chl-a concentrations in the upper layer along Section X,Section Y and the DO concentrations averaged in the lower layer along Section X , Sec-tion Y. The distances of Section X and Y are also added. Fig_10_data:Simulated current fields at different depths in July 2014 and July 2019. Fig_11_data:Surface-bottom difference of modeled temperature and salinity for July in 2014 and 2019. Modeled temperature-salinity scatter diagrams for July in 2014 and 2019. Fig_12_data:The integrated low layer water transports across Section A in July for Control-2014 and Control-2019 with unit m3/s. Fig_13_data:Differences in vertical stratification between sensitivity experiments and control runs on July 31, 14-19R minus Control 14, 14-19W minus Control 14, 19-14R minus Control 19, and 19 -14W minus Control 19. Fig_14_data: Monthly mean DO budgets in June, July, August and June-August for the upper and lower layers of Zone1+Zone2 and Zone3 for Control-14 and Control-19. Monthly mean DO budgets in June, July, August and June-August for the upper and lower layers of Zone1+Zone2 and Zone3 for 14-19R, 14-19W, 19-14R and 19-14W. The information of values has been shown in file names. Fig_S1_data: Simulated SST (°C) at the mid-point of the cruise dates compared to observations during different field surveys. Fig_S2_data:Simulated bottom temperature (°C) at the mid-point of the cruise dates compared to observations during different field surveys. Fig_S3_data:Simulated surface salinity at the mid-point of the cruise dates compared to observations during different field surveys. Fig_S4_data:Simulated bottom salinity at the mid-point of the cruise dates compared to observations during different field surveys. Fig_S5_data:Simulated bottom DIN (mmol/m3) at the mid-point of the cruise dates compared to observations during different field surveys.
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All data are deposited as *.mat files which can be easily input by MATLAB for plot and reanalysis. The information of each data file is listed in description. If the article is published, we will upload the figures that are related to each data files. This might help when using the data.