K160 Ocean Model Outputs for Figures 7, 8, and 9 in the Forthcoming Publication by De Rovere et al. (2025)

K160 Model Outputs for Figures 7, 8 and 9 in the Forthcoming Publication by De Rovere et al. (2025). 

ModelData_figure7.csv contains the parameters' values plotted in Figure 7. The following parameters are provided for Sim0, Sim1, Sim2, Sim3 and Sim4: Summer average heat content in the fjord, Summer average heat content at KB3 in the 10-250 depth layer, Volume inflow across KGT, Heat inflow across KGT, Atlantic water inflow across KGT, Summer average volume fraction of Atlantic Water, Summer average volume fraction of Transformed Atlantic Water, Summer average volume fraction of Intermediate Water, Summer average volume fraction of Surface Water, Summer average heat content per m^3 of Atlantic Water, Summer average heat content per m^3 of Transformed Atlantic Water, Summer average heat content per m^3 of Intermediate Water, Summer average heat content per m^3 of Surface Water.

ModelData_figure8.nc contains Net inflowing Volume and Heat Transports towards Kongsfjorden across the Kapp Guissez Transect (KGT) over summer (June-August) for Sim0, Sim1 and Sim4.

ModelData_figure9.nc contains Depth-average temperature, U and V anomalies (Sim1 minus Sim0) for the near-surface (0-70m depth) and intermediate-bottom (70-400m depth) layers over the horizontal domain of K160 ocean model.

Reference: 

De Rovere F., Chiggiato J., Langone L., Sundfjord A., Albretsen J., Duarte P. (2025). Changes in the coastal wind field and river runoff conditions expose Kongsfjorden to the influence of Atlantic Water. Under review at Journal of Geophysical Research: Oceans.