Near-bed stratification controls bottom hypoxia in ice-covered alpine lakes

<p>Dataset supporting the study of the development of near-bottom hypoxia in high-altitude lakes.</p> <p>Herein, hypoxia is set for dissolved oxygen concentrations equal to or below 2 mg/l</p> <p>Variables: Lake (name of the lake), Year (corresponding winter of measurements),Max_depth (lake&#39;smax depth, in m),Lake_surface (lake&#39;s surface area in m2), Drainage_ratio (unitless), Percent_macrophyte_cover (lake&#39;s average macrophyte cover, in %), Catchement_NDVI (unitless),Secchi (Secchi depth in m, measured over the previous summer), ice_duration (estimated duration of the ice cover, in days), T_ice_on (average water column temperature at the date of ice_on, in &deg;C), DOinit (average concentration in dissolved oxygen at ice-on, in mg/l), DOinitsat (average saturation in dissolved oxygen_DO_ at ice-on, in %), time_under_hypoxia (duration in days of near-bottom hypoxia under the ice), time_to_hypoxia (time in days to reach near-bottom hypoxia under the ice, after the onset of ice), Kexp (near_bottom DO decay rate under the ice, in /d), Klm (rate of near_bottom DO decrease under the ice, in mg/l/d), Kheat (deep warming rate under the ice, in /d).</p> <p>see the corresponding paper for more details</p> <p>&nbsp;</p>