The population of ants noted to have reach 20 billion on the planet. The use of
pesticides in farms and gardens led to many complex environmental contaminants,
which have affected the population of ants and other biological organisms. This
study aimed to evaluate the acute effects of some pesticides on soil ants. Except for
DD-Force (70%), and Daksh (85%), there was a complete (100%) mortality rate at the
full concentrated dose of Imi-Force, Rocket and Sharp-Shooter applied to the
population of ants. However, compared with that of Daksh, the mortality rate
associated with DD-Force was essentially low, although it remained the same at 4
minutes. A high mortality rate (100%) was noted with Imi-Force, Rocket and Sharp-
Shooter, but a slow mortality rate was noted with Sharp-Shooter as compared with
Imi-Force and Rocket. Also, there was a decreased effect for Imi-Force (70%) at 500
ml/L compared with Rocket (80%) and Sharp-Shooter (80%). This shows that the
population of soil ants and their biodiversity are likely to be affected with the use of
Daksh, DD-Force, Imi-Force, Rocket, and Sharp shooter, if not sustainably used.
Symptoms such as erratic swimming, shivering, knocking back, loss of reflex, and
paralysis are likely to increase the mortality rate of ants. This study suggested that
pesticides such as Daksh, DD-Force, Imi-Force, Rocket, and Sharp should be used for
shooter marketing in some African and Asian countries, especially in areas
dominated by important biological organisms such as ants and relatives.
Keywords: Ants, Pesticide, Acute effect, DD-force, Imi-force, Rocket, Daksh, Sharpshooter
