Lead (Pb) concentration in the air emitted by fuel combustion from motor vehicles could be reduced by city green belt through the absorption and adsorption processes. The study was conducted to know the capability of tanjung green belt in Taman Monas in reducing lead (Pb) concentration emitted by motor vehicles fuel combustion. Pb concentration was measured using gravimetric method and analyzed using AAS (Atomic Absorption Spectrophotometer). The study showed that tanjung stand with 141 tree individuals in 13 rows were able to reduce Pb concentration with reduction rate of 0.26 μg/m3 in the morning, 0.30 μg/m3 in the day time, and 0.41 μg/m3 in the afternoon. Lead concentration in the air would increase with the increase of motor vehicles d...
The increase of development, population and energy consumption were some of the factors cause the in...
Because automobiles emitted lead particles, plants grown at various distances from the road can be c...
The existence of transports and industries activity massively contributed to the gas emission values...
Lead (Pb) concentration in the air emitted by fuel combustion from motor vehicles could be reduced b...
Air pollution comes from many factors, one of which comes from vehicles where the smoke produced by ...
This research aims to examine the composition of the green belt and its ability to adsorb particles ...
Increasing in volume and activity of motor vehicles cause to increasing in gasoline consumption and ...
The increased number of vehicles are getting bigger every year, including in Pekanbaru. One of the a...
Air pollution in Indonesia 70% has caused by motor vehicle emissions that contribute almost 98% of l...
Air pollution is still a serious problem, especially in big cities in Indonesia. One of the heavy me...
Structure of roadside vegetation was assumed to have effects in reducing lead concentration in the a...
The activity of one affects the transport of air pollution, the exhaust emissions of lead (Pb) is a ...
Air pollution is still a serious problem, especially in big cities in Indonesia. One of the heavy me...
Structure of roadside vegetation was assumed to have effects in reducing lead concentration in the a...
The increase of development, population and energy consumption were some of the factors cause the in...
Because automobiles emitted lead particles, plants grown at various distances from the road can be c...
The existence of transports and industries activity massively contributed to the gas emission values...
Lead (Pb) concentration in the air emitted by fuel combustion from motor vehicles could be reduced b...
Air pollution comes from many factors, one of which comes from vehicles where the smoke produced by ...
This research aims to examine the composition of the green belt and its ability to adsorb particles ...
Increasing in volume and activity of motor vehicles cause to increasing in gasoline consumption and ...
The increased number of vehicles are getting bigger every year, including in Pekanbaru. One of the a...
Air pollution in Indonesia 70% has caused by motor vehicle emissions that contribute almost 98% of l...
Air pollution is still a serious problem, especially in big cities in Indonesia. One of the heavy me...
Structure of roadside vegetation was assumed to have effects in reducing lead concentration in the a...
The activity of one affects the transport of air pollution, the exhaust emissions of lead (Pb) is a ...
Air pollution is still a serious problem, especially in big cities in Indonesia. One of the heavy me...
Structure of roadside vegetation was assumed to have effects in reducing lead concentration in the a...
The increase of development, population and energy consumption were some of the factors cause the in...
Because automobiles emitted lead particles, plants grown at various distances from the road can be c...
The existence of transports and industries activity massively contributed to the gas emission values...