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- W2965004811 endingPage "116879" @default.
- W2965004811 startingPage "116879" @default.
- W2965004811 abstract "The warming effect of equivalent Black Carbon (EBC) aerosols due to their light absorbing nature is a serious environmental concern, particularly, in the eco-sensitive and glaciated Himalayan region. Moreover, baseline data on BC is rarely available from most of the glaciated Himalayan region. For the first time, measurements on ambient EBC mass concentration were made at a high altitude site Chirbasa (3600 m, amsl), near Gangotri Glacier in the Indian Himalaya, during the year 2016. The change in the EBC concentration over the year was recorded from 0.01 μg m−3 to 4.62 μg m−3 with a diurnal variability of 0.10 μg m−3 to 1.8 μg m−3. The monthly mean concentration of EBC was found to be minimum (0.089 ± 0.052 μg m−3) in August and maximum (0.840 ± 0.743 μg m−3) in the month of May. The observed seasonal mean concentrations of EBC are less than 0.566 μg m−3 whereas the annual mean is 0.395 ± 0.408 μgm−3 indicating a pristine glacial and absence of locality EBC sources. Further, investigation on the occasional high values extricated that the seasonal cycle of EBC was significantly influenced by the emissions resulting from agriculture burning (in western part of the country), forest fires (along the Himalayan slopes) in summer, and to some extent the contribution from long range transport of pollutants in winter, depending the prevailing meteorological condition." @default.
- W2965004811 created "2019-08-13" @default.
- W2965004811 creator A5006872829 @default.
- W2965004811 creator A5014938022 @default.
- W2965004811 creator A5083495821 @default.
- W2965004811 date "2019-10-01" @default.
- W2965004811 modified "2023-10-18" @default.
- W2965004811 title "Black carbon aerosols in the ambient air of Gangotri Glacier valley of north-western Himalaya in India" @default.
- W2965004811 cites W103717088 @default.
- W2965004811 cites W110207382 @default.
- W2965004811 cites W1770776297 @default.
- W2965004811 cites W1816730793 @default.
- W2965004811 cites W1907369419 @default.
- W2965004811 cites W1965502153 @default.
- W2965004811 cites W1970595184 @default.
- W2965004811 cites W1976622157 @default.
- W2965004811 cites W1977992740 @default.
- W2965004811 cites W1980038151 @default.
- W2965004811 cites W1989848226 @default.
- W2965004811 cites W1993603582 @default.
- W2965004811 cites W1993769151 @default.
- W2965004811 cites W1995319774 @default.
- W2965004811 cites W1997494437 @default.
- W2965004811 cites W1998643121 @default.
- W2965004811 cites W1999440353 @default.
- W2965004811 cites W2013820509 @default.
- W2965004811 cites W2022405142 @default.
- W2965004811 cites W2022656631 @default.
- W2965004811 cites W2028111254 @default.
- W2965004811 cites W2028999185 @default.
- W2965004811 cites W2037490486 @default.
- W2965004811 cites W2041815875 @default.
- W2965004811 cites W2043070207 @default.
- W2965004811 cites W2043266538 @default.
- W2965004811 cites W2047144982 @default.
- W2965004811 cites W2047364731 @default.
- W2965004811 cites W2055028526 @default.
- W2965004811 cites W2056285352 @default.
- W2965004811 cites W2056308083 @default.
- W2965004811 cites W2062298026 @default.
- W2965004811 cites W2063431435 @default.
- W2965004811 cites W2066657257 @default.
- W2965004811 cites W2066784236 @default.
- W2965004811 cites W2066907097 @default.
- W2965004811 cites W2071453721 @default.
- W2965004811 cites W2076955032 @default.
- W2965004811 cites W2083988711 @default.
- W2965004811 cites W2085585287 @default.
- W2965004811 cites W2089059098 @default.
- W2965004811 cites W2089194784 @default.
- W2965004811 cites W2093281313 @default.
- W2965004811 cites W2096351753 @default.
- W2965004811 cites W2101335647 @default.
- W2965004811 cites W2102753047 @default.
- W2965004811 cites W2107318412 @default.
- W2965004811 cites W2108857193 @default.
- W2965004811 cites W2120487879 @default.
- W2965004811 cites W2121133053 @default.
- W2965004811 cites W2121745948 @default.
- W2965004811 cites W2125845526 @default.
- W2965004811 cites W2132436820 @default.
- W2965004811 cites W2137739275 @default.
- W2965004811 cites W2139742091 @default.
- W2965004811 cites W2144278795 @default.
- W2965004811 cites W2150756205 @default.
- W2965004811 cites W2152621828 @default.
- W2965004811 cites W2155039075 @default.
- W2965004811 cites W2160290227 @default.
- W2965004811 cites W2163616447 @default.
- W2965004811 cites W2168533555 @default.
- W2965004811 cites W2170783614 @default.
- W2965004811 cites W2171765982 @default.
- W2965004811 cites W2295931476 @default.
- W2965004811 cites W2322146677 @default.
- W2965004811 cites W2334663583 @default.
- W2965004811 cites W2509721764 @default.
- W2965004811 cites W2513572388 @default.
- W2965004811 cites W2522163740 @default.
- W2965004811 cites W2549731181 @default.
- W2965004811 cites W2550569997 @default.
- W2965004811 cites W2577134235 @default.
- W2965004811 cites W2594279578 @default.
- W2965004811 cites W2616126084 @default.
- W2965004811 cites W2728439693 @default.
- W2965004811 cites W2761599377 @default.
- W2965004811 cites W2780000807 @default.
- W2965004811 cites W2791748897 @default.
- W2965004811 cites W2804409222 @default.
- W2965004811 cites W2883852487 @default.
- W2965004811 cites W2896077874 @default.
- W2965004811 cites W2905684660 @default.
- W2965004811 cites W2922012519 @default.
- W2965004811 cites W2958309400 @default.
- W2965004811 cites W4255632308 @default.
- W2965004811 doi "https://doi.org/10.1016/j.atmosenv.2019.116879" @default.
- W2965004811 hasPublicationYear "2019" @default.
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