Rainwater samples were collected at five locations in the Pune region, an urban area in the south-west part of India, during 2006-2009. These locations; viz., Swargate (Traffic), Bhosari (Industrial), Pashan, Sangvi (Urban) and Sinhagad (Rural and High Altitude), represent different environments in this region. The study based on chemical analyses of these samples reveals that, on average, rainwater was alkaline at all the locations with pH values of 6.7, 6.16, 5.94, 6.04 and 5.92, respectively. Higher pH value of rainwater at the traffic location than those at the other locations is due mainly to the abundance of Ca 2- caused by vehicle-driven road-side dust. The maximum SO 4 2- and NO 3 - concentrations were found at Bhosari and Swargate ...
Wet and dry depositions were collected in Pune city using 24-h and weekly sampling periods, respecti...
The chemistry of precipitation in remote sites such as mountain tops is of interest in the study of ...
Increased industrialization and urbanization lead to the atmospheric acidity which causes acid rain....
Samples of rainwater (RW) were collected to characterize the chemistry and sources in two representa...
AbstractSamples of rainwater (RW) were collected to characterize the chemistry and sources in two re...
Rain water and dustfall deposition samples were collected at Pune, an urban site (1992-98) and at Si...
The chemical analysis of rain water samples at 11 locations along with measurements of atmospheric a...
Studies on precipitation chemistry were carried out to understand the nature and sources of rainwat...
Rain water samples were collected over a period of a decade from 1974 in Pune, a city which is relat...
The pH variation and the chemical characteristics of rainwater have been studied during monsoons fro...
Samples of rainwater were collected at a rural environment in eastern Uttar Pradesh at Ballia using ...
Precipitation chemistry studies were conducted at Kothi (32.31°N, 77.20°E), a rural Indian location,...
443-449Chemical composition of rainwater at Panipat, an industrial city in India, during the south-w...
325-331Rainwater samples were collected at three different locations during two consecutive summer ...
The growing trend of industrialization has marked impact on the atmospheric chemistry around the glo...
Wet and dry depositions were collected in Pune city using 24-h and weekly sampling periods, respecti...
The chemistry of precipitation in remote sites such as mountain tops is of interest in the study of ...
Increased industrialization and urbanization lead to the atmospheric acidity which causes acid rain....
Samples of rainwater (RW) were collected to characterize the chemistry and sources in two representa...
AbstractSamples of rainwater (RW) were collected to characterize the chemistry and sources in two re...
Rain water and dustfall deposition samples were collected at Pune, an urban site (1992-98) and at Si...
The chemical analysis of rain water samples at 11 locations along with measurements of atmospheric a...
Studies on precipitation chemistry were carried out to understand the nature and sources of rainwat...
Rain water samples were collected over a period of a decade from 1974 in Pune, a city which is relat...
The pH variation and the chemical characteristics of rainwater have been studied during monsoons fro...
Samples of rainwater were collected at a rural environment in eastern Uttar Pradesh at Ballia using ...
Precipitation chemistry studies were conducted at Kothi (32.31°N, 77.20°E), a rural Indian location,...
443-449Chemical composition of rainwater at Panipat, an industrial city in India, during the south-w...
325-331Rainwater samples were collected at three different locations during two consecutive summer ...
The growing trend of industrialization has marked impact on the atmospheric chemistry around the glo...
Wet and dry depositions were collected in Pune city using 24-h and weekly sampling periods, respecti...
The chemistry of precipitation in remote sites such as mountain tops is of interest in the study of ...
Increased industrialization and urbanization lead to the atmospheric acidity which causes acid rain....