The environment around human contains numerous sources of nonionizing radiation, which include, but not limited to: power lines, power stations, TV and radio repeaters, cable and, RF cellular communications and satellite communications. Due to these sources, there exist a degree of interaction between the electromagnetic fields they generate and biological human tissue. For health purpose, the probe of how electromagnetic energy induces humans or how much electromagnetic energy is absorbed by the biological human tissues should be provided with answer quantitatively as much as possible. Two basic ways in which electromagnetic energy induces and impacts the biological tissue are through thermal effects and stimulant action. Whereas thermal effects occurs as a result of Joule heating, stimulant action is caused by excitation of the biological neurons and muscles owing to the induced current. Where stimulant action is measured in terms of current density J (A/m2 ), a thermal effect is measured by specific absorption rate, SAR (W/kg). The work presents a simplified analytical modeling of the interaction between biological human tissues and radiant electromagnetic fields due to base station antennas. In terms of intensity of induced current density and SAR, the computed results obtained by means of the parametised analytical models are quantitatively presented and discussed.