6 report(s) found.
The pie chart illustrate the proportion of source contributions to the annual PM concentrations in tashkent. Overall, it is evident that boundary and windblown dust accounted for the greatest share of the total, whereas waste burning represented only a minimal proportion. The remaining categories occupied moderate percentages, with noticeable disparities between the dominant and less […]
The pie chart illustrates the percentage of annual contribution to average PM from different sources in Tashkent. Overall, Boundary/ Windblown dust contributes the largest proportion whereas waste burning accounts for the smallest proportion to annual average PM concentration. Wundblown dust holds the first position in contribution to annual average PM, at 36%. Relatively, Residential accounts […]
The pie chart illustrates the number of sources which contributes to the concentration of annual average PM2.5 in Tashkent. Overall, it is evident that boundary/windblown dust accounted for highest contribution to the PM2.5, while residential/ commercial heating and transport are followed that. In contrast, urban dust, waste burning, heavy industry, and light industry contributed minor […]
The provided chart compares the percentages of source contributions to annual average PM 2.5 concentrations in Tashkent. Overall, boundary and windblown dust led the chart and with its the highest percentage, while waste burning remained as the least contributor. Furthermore, three of those sources – light industry, heavy industry and urban dust – showed almost […]
The pie chart illustrates data regarding source inputs to annual moderate level of PM2.5 in capital of Uzbekistan. Overall, what can be seen from the chart that in Tashkent, the value of boundary Windblown Dust concentrations was higher, while percentage of urban dust and heavy industries was lesser than others over the given period. The […]
The chart demonstrates the contributions to yearly average PM 2.5 extractions in Tashkent Overall, boundary level highest level rather than other type of concentrations and residential heating level is highest rate after the boundary urban dust and heavy industry level lowest degree and waste burning level is lowest level than other type of concentrations boundary […]