Data for "Diel Variability and Decoupled pH-Oxygen Dynamics Drive Metabolic Plasticity in Kelp Crabs from an Upwelling Seascape".

Data for “Diel Variability and Decoupled pH-Oxygen Dynamics Drive Metabolic Plasticity in Kelp Crabs from an Upwelling Seascape”.

By Vargas, C.A. et al.

Two files:

Readme.txt

Diel cycle Taliepus upwelling dataset.xlsx

-Sheet “Upwelling index” Time-series of “u” and “v” component of the wind, and calculated upwelling index (UI) for two coastal sites in Arauco Gulf, an upwelling shadow (US) area, and an active upwelling (AU) area. Dataset used in Figure 1A.

-Sheet “Time series”. Time-series data of seawater temperature (T), dissolved oxygen (DO), and pH for an upwelling shadow (US) area, and an active upwelling (AU) area. T in ºC, DO in mg L-1, and pH units. Dataset used in Figure 1D, E, Figure 2A, B, C, and Figure 3A, B, C, D.

-Sheet “O2 consumption and C production”. Results data for oxygen consumption (umol O2 g-1 h-1), carbon production (umol C g-1 h-1), and respiratory quotient (RQ) during incubations. Datast used in Figure 5A, B, C, D, E, F.

-Sheet “Glucose and lactate content”. Results data for hemolymph pH, glucose and lactate content (mg mg-tissue-1) in Taliepus dentatus muscle during incubations. Datast used in Figure 6A, B, C, D, E, F.

All date and time (Date_Time) data format (mm/dd/yyyy hh:mm:ss)