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Thermal energy flows in pine bark, 4 pine bark: 1 sand (by vol), and 3 pine bark: 2 sand (by vol) media as a function of volumetric water content were studied. The predicted rate of movement of heat energy was greatest for the 3 pine bark: 2 sand medium if the volumetric water content was between 10% and 65%. Field experiments were conducted to evaluate the effects of irrigation volume and timing and container media composition on container media temperature dynamics using a spray stake delivery system. Irrigating 10-liter (#3) containers with water at 26°C (79°F) was most effective as a container medium coolant if the volume which was applied equaled or exceeded 3.0 liters (0.8 gal), the applications were made beginning at midday, and sand was in the container medium compared to pine bark alone.

Evaluation of Thermal Properties and Effect of Irrigation on Temperature Dynamics in Container Media