Existing amplitude scintillation prediction models often perform less satisfactorily when
deployed outside the regions where they were formulated. This necessitates the need to …

This study investigated linear and nonlinear relationship between the amount of rainfall and
radio refractivity in a tropical country, Nigeria using forty seven locations scattered across the …

Rain constitutes a major limitation to the performance and use of terrestrial and satellite
communication systems with operational frequencies greater than 10 GHz. The situation …

The seasonal variation of radio refractivity of some selected stations (Abuja, Lafia, Bauchi,
Kaduna, Maiduguri, and Sokoto) in Northern Nigeria was analysed using surface …

To construct a radio communication system, there is need for extensive knowledge of the
refractivity and its variations. This work aims to determine the change in season with …

Management of health risks associated with excessive exposure to ultraviolet radiation
involves understanding its characteristics within any location. This work employed five-year …

Radio signal transmitting above the ground surface experiences attenuation as a result of
absorption by vegetation and hydrometeors, refraction due to turbulence in weather …

This work investigated both wet and dry component of seasonal variations in the
tropospheric surface refractivity of Ilorin, Kwara State, Nigeria in order to understand the …

Tropospheric scintillation is liable to spatio-temporal variation due to its dependence on
meteorological parameters and link variables. The dynamics of variation must be …

The effects of meteorological parameters on the tropospheric radio refractivity and field
strength variability cannot be overemphasised especially at the lower troposphere. The …