Ace the 2026 Certified Landscape Irrigation Auditor Challenge – Dive into Water-Savvy Success!

Temperature is a critical element that influences both transpiration and evaporation rates. As temperature increases, the kinetic energy of water molecules rises, leading to faster evaporation from soil and plant surfaces. Higher temperatures also enhance transpiration rates in plants, as warmer conditions lead to an increase in stomatal opening, allowing more water vapor to escape from the leaves into the atmosphere.

In contrast, while wind speed can facilitate evaporation by moving air saturated with moisture away from surfaces, it does not directly affect transpiration in the same way temperature does. Similarly, soil type influences water retention and availability for plants, but does not have a direct impact on the rate of transpiration or evaporation itself. Humidity levels affect the moisture content in the air, influencing the gradient for evaporation and transpiration, but temperature remains the dominant factor that directly alters these processes. Thus, temperature is crucial in controlling the rates of both transpiration and evaporation.