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Straw mulching reduced maximum soil temperature and helped in conserving soil moisture.
We generated daily minimum and maximum soil temperature maps based on regression analyses.
Maximum soil temperature under MT was higher than under NT, but minimum soil temperature was similar for both tillage systems.
North-facing slopes have cold soils with a maximum soil temperature at 5 cm < 5°C, a thin active layer with permanently moist soil from downslope suprapermafrost water flow.
This paper also introduces the time-domain simulation of the temperature field based on FVM using the finite volume method, which is an alternative and more realistic way than previously published formulas to estimate the maximum soil temperature for the basic design in actual projects to the experience formulas.
Temperature data from 2004 to 2011 were used to calculate annual values of absolute minimum soil temperature, annual daily mean soil temperature, absolute maximum soil temperature, temperature sums (>5 °C), growing degree days and the length of the growing season across the years sampled.
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During the critical winter season, daily average and maximum soil temperatures increased by about 3 and 4 °C by straw mulch, respectively.
Straw mulching significantly influenced the soil thermal regime, as it suppressed the maximum soil surface temperature by 11 °C and the average daily temperature by about 4 °C during the critical summer period.
Mean summer daily maximum surface soil temperatures were significantly cooler by 11.1 °C and mean winter daily minimum temperatures were significantly warmer by 1.9 °C near CWD compared to the respective mean maximum and minimum temperatures at reference distances.
Maximum daily soil temperatures, measured at 10 cm depth, were on average 1.2°C higher on the warmed plots than on the control plots (F = 45.7, p < 0.001), while minimum daily soil temperatures were on average 1.0°C higher on the warmed plots than on the control plots (F = 28.5, p < 0.001).
The depth of soil means the maximum depth having soil temperature data rather than the depth prescribed in the models.
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