Additional file 1 of Tidal and internal tidal impacts in the Tasman Sea
Creators: name: Robertson, Robin
Publisher: name: figshare
Year: 2024
Subjects: subject: Biophysics
subject: Space Science
subject: Medicine
subject: Environmental Sciences not elsewhere classified
subject: Chemical Sciences not elsewhere classified
subject: Ecology
subject: FOS: Biological sciences
subject: Astronomical and Space Sciences not elsewhere classified
subject: Biological Sciences not elsewhere classified
subject: Developmental Biology
subject: Cancer
subject: Inorganic Chemistry
subject: FOS: Chemical sciences
subject: Mental Health

description: Additional file 1. Figure S1. Potential temperature profiles at the 3500 m isobath at 24oS (red), 28oS (pink), 32o S (cyan), and 36oS (blue) for a) the upper 500 m and b) the entire water column. Figure S2. Surface temperatures and velocity vectors at 15 days from simulations a) without and c) with tides. Vorticity at 15 days from simulations b) without and d) with tides. Approximate eddy edge locations are indicated with yellow circles. Figure S3. a) Potential temperature, b) East–West velocity, c) vorticity, and d) North–South velocity differences between 15 days and the initial conditions. Approximate eddy edge locations are indicated with yellow circles. Figure S4. Surface temperatures and velocity vectors at 22.5 days from simulations a) without and c) with tides. Vorticity at 22.5 days from simulations b) without and d) with tides. Approximate eddy edge locations are indicated with yellow circles. Figure S5. a) Potential temperature, b) East–West velocity, c) vorticity, and d) North–South velocity differences between 22.5 days and the initial conditions. Approximate eddy edge locations are indicated with yellow circles. Figure S6. Surface temperatures and velocity vectors at 30 days from simulations a) without and c) with tides. Vorticity at 30 days from simulations b) without and d) with tides. Approximate eddy edge locations are indicated with yellow circles. Figure S7. a) Potential temperature, b) East–West velocity, c) vorticity, and d) North–South velocity differences between 30 days and the initial conditions. Approximate eddy edge locations are indicated with yellow circles. Figure S8. Surface temperatures and velocity vectors at 37.5 days from simulations a) without and c) with tides. Vorticity at 37.5 days from simulations b) without and d) with tides. Approximate eddy edge locations are indicated with yellow circles. Figure S9. a) Potential temperature, b) East–West velocity, c) vorticity, and d) North–South velocity differences between 37.5 days and the initial conditions. Approximate eddy edge locations are indicated with yellow circles. Figure S10. Surface temperatures and velocity vectors at 45 days from simulations a) without and c) with tides. Vorticity at 45 days from simulations b) without and d) with tides. Approximate eddy edge locations are indicated with yellow circles. Figure S11. a) Potential temperature, b) East–West velocity, c) vorticity, and d) North–South velocity differences between 45 days and the initial conditions. Approximate eddy edge locations are indicated with yellow circles. Figure S12. Surface temperatures and velocity vectors at 52.5 days from simulations a) without and c) with tides. Vorticity at 52.5 days from simulations b) without and d) with tides. Approximate eddy edge locations are indicated with yellow circles. Figure S13. a) Potential temperature, b) East–West velocity, c) vorticity, and d) North–South velocity differences between 52.5 days and the initial conditions. Approximate eddy edge locations are indicated with yellow circles. Figure S14. Surface temperatures and velocity vectors at 60 days from simulations a) without and c) with tides. Vorticity at 60 days from simulations b) without and d) with tides. Approximate eddy edge locations are indicated with yellow circles. Figure S15. a) Potential temperature, b) East–West velocity, c) vorticity, and d) North–South velocity differences between 60 days and the initial conditions. Approximate eddy edge locations are indicated with yellow circles. Figure S16. The differences in the surface velocities in the North–South direction at a) 30 and b) 60 days and in the East–West direction at c) 30 and d) 60 days. Approximate eddy edge locations are indicated by yellow circles.