The soil climate temperature at 5 cm reaches a maximum daily mean in late December, reaching a minimum in mid July at both sites.
Perennial coolwater streams (maximum daily mean water temperature 20.7 24.6 °C; 90th percentile annual exceedence flow ≥ 0.0283 m3/s) are common in the Laurentian Great Lakes region of North America, including the state of Wisconsin, but they lack specific and effective bioassessment tools.
An evaluation of the influence of warmer or cooler winters and summers using the second model shows that a 1 °C increase in maximum daily mean temperature results in a 6.9% increase in annual emissions and a 9.5% increase in maximum emissions.
The maximum daily mean pollen density recorded on leaf surfaces in 2010 was 2710 n/cm2 on maize leaves.
The maximum daily mean temperature was above the 90th percentile of summer temperature during July, with exception of the period July 12th 15th when the temperatures were just below the 90th percentile.
The European Climate Assessment & Dataset Project provides freely available gridded observational data (termed E-OBS) for daily minimum temperature, daily maximum temperature, daily mean temperature and daily precipitation sum in NETCDF format for the time period 1950 2012.
This database provides the information on air temperature (°C; daily mean, maximum and minimum), annual precipitation (mm), radiation (h), sunshine (MJ/m) and maximum snow cover (cm) at a 1-km scale, and is thus suitable for our sampling scale.
Daily mean, maximum, and minimum temperature, as well as daily cumulative precipitation is presented in Table 2.
Daily mean maximum, mean, and minimum temperatures were calculated from hourly temperature and humidity data recorded throughout the experimental period.
Daily mean, maximum and minimum values were calculated from the hourly value or the hourly average of the five and thirty minute recorded values.
