The downside to this, of course, is the potential for losses due to frosts and freezes. Several meteorological events can occur that can enhance or restrict the chances of frosts and freezes. There are several phenomena involved in heat transfer that can affect the development of frosts or freezes. Conduction, convection, radiation, and latent heat transfer can transfer heat. Conduction is transfer of heat within the same body, such as heating of the soil surface that can be transferred deeper into the soil.
Convection is heat transfer by a body of moving gas or liquid.
Radiation is heat transfer without any intermediate body. This is how heat is transferred from the sun to the earth. Finally, latent heat transfer occurs when heat is transported from one place to another through the evaporation and condensation process. Evaporation absorbs heat and condensation releases heat. Microclimates can be important in the effect of freezing temperatures and frost inducing conditions.