PM2.5 particle concentration in Tashkent decreased by 25% since the beginning of the year thanks to the 'Clean Air' program
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podrobno.uz

PM2.5 particle concentration in Tashkent decreased by 25% since the beginning of the year thanks to the 'Clean Air' program

A 25% decrease in the concentration of fine particulate matter PM2.5 has been noted in Tashkent compared to the previous year, recorded since the beginning of 2026. According to information provided by the Committee on Ecology, this improvement is linked to the implementation of the 'Clean Air' program.

According to the agency, the number of days with good air quality increased from 81 to 147. Furthermore, during the spring in the capital, there was a period lasting about a month when the atmospheric air quality was classified as good.

Forty-five hundred and ninety automatic monitoring stations were installed to minimize emissions at industrial facilities. The inspection covered over 550 production enterprises, and 186 dust and gas cleaning units were modernized. It is planned that another 30% of enterprises will be updated by the end of the current year.

More than 280 thousand vehicles were inspected as part of the environmental control. These measures prevented the emission of 2.5 thousand tons of harmful substances, and over 2.2 million eco-stickers were issued to drivers. The 'Car-Free Day' campaign can reduce emissions by almost 50 tons in just one day.

Ten automatic PM2.5 monitoring points operate in Tashkent, and the online platform 'Eco-control' is also used. Requirements for large construction sites include greening at least 30% of the occupied area.

The project to create a 'green belt' covering an area of 330 hectares is being implemented in Tashkent and Syrdarya regions, and a 'green corridor' measuring 33 kilometers will be laid along the Small Ring Road.

The Committee on Ecology intends to further reduce emissions by 2%, decrease the number of days exceeding the PM2.5 norm by 7%, and ensure that 40% of construction sites are equipped with dust suppression and monitoring systems. As of the report date, the air in Tashkent at 10 AM was rated as 'moderately polluted,' corresponding to the yellow zone.

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New tariffs for drinking water and sewage approved in Tashkent region
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gazeta.uz

New tariffs for drinking water and sewage approved in Tashkent region

The Kengash of People's Deputies of the Tashkent region has decided to change the tariffs for water supply and sewage services. According to the resolution, for most residents, the cost per cubic meter of water will increase by 19%, rising from 2600 to 3100 soms excluding VAT, and the wastewater disposal fee will increase by 15%, reaching 1500 soms instead of the previous 1300 soms.

The new rates came into effect on October 1st, which was 15 days after the official publication of the document adopted on September 16th.

For those served by 'Tashkent Region Water Supply,' the increase in the cost per cubic meter of water including VAT will be 19.2%, rising from 2912 to 3472 soms. Meanwhile, the wastewater disposal fee will increase by 15.4%, reaching 1680 soms from the previous 1456 soms.

For legal entities and budgetary institutions, the tariff for drinking water will increase from 16,800 to 17,920 soms with VAT (corresponding to a 6.7% increase). The wastewater disposal cost for these organizations will rise significantly—from 3360 to 4480 soms (an increase of 33.3%).

Separate tariff conditions have been established for districts served by the 'Chimgan-Charkvak Main Water Supply.' Here, for the population, the price of drinking water will rise from 1680 to 1904 soms with VAT (an increase of 13.3%), and the wastewater disposal fee will increase from 1288 to 1512 soms (an increase of 17.4%).

Previously, in the Tashkent region, tariffs were raised on July 1, 2025. At that time, the average increase in water supply tariffs for the population ranged from 26.7% to 36.4%, and the sewage service fee increased by 30% depending on the type of servicing structure, and in some cases, increased almost 3.8 times.

It is planned that starting January 1, 2027, the authority to determine tariffs for drinking water supply and sewage services in Uzbekistan will be transferred to the Interdepartmental Tariff Commission under the Cabinet of Ministers.

According to WHO data, five Indian settlements with the cleanest air are in the states of Meghalaya and Mizoram
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thebetterindia.com

According to WHO data, five Indian settlements with the cleanest air are in the states of Meghalaya and Mizoram

The latest WHO air quality database recorded the lowest annual PM2.5 levels among settlements in the Indian cities of Lunglei and Tura. Furthermore, four out of the five lowest readings were registered in the states of Meghalaya and Mizoram.

Discussions about air pollution in India often focus on large cities struggling with high levels of particulate matter. However, the country's air quality map looks different outside its largest industrial and urban centers.

The WHO Air Quality Database, version 8.0, published in June 2026, contains measurements of ground-level PM2.5, PM10, and nitrogen dioxide from 8023 settlements across 127 countries and territories. This data covers measurements collected between 2010 and 2024.

Analysis of Indian records in this database showed five locations with the lowest recorded annual average concentrations of PM2.5: Lunglei in Mizoram, Tura and Nongstoin in Meghalaya, Dawki in Meghalaya, and Kolasib in Mizoram. Their recorded annual PM2.5 concentrations range from 6 to 8 micrograms per cubic meter.

It is important to note that these places are not those officially recognized by the WHO as the cleanest in India. All five measurements are from 2021, so they cannot be considered current air quality indicators for 2026. Additionally, the WHO warns that its database is not exhaustive, and monitoring coverage and measurement methods vary in different locations.

Details of the Five Locations

Lunglei, Mizoram

With the lowest reading at 6 micrograms per cubic meter, Lunglei ranks first in the Indian dataset. This city is located in the southern part of Mizoram and serves as the administrative center of the Lunglei district. The district administration describes the city as the second-largest settlement in the state and is situated in the south-central part of Mizoram, at an altitude of approximately 1222 meters. The district also shares an international border with Bangladesh.

Tura, Meghalaya

The city of Tura, which is the administrative center of the West Garo Hills district in Meghalaya, also recorded a level of 6 µg/m³. It is located at the foot of the Tura range and surrounded by the hilly landscape of the Garo Hills. The West Garo Hills district administration defines Tura as the district administrative center and the second-largest city in the state after Shillong. Tura's relatively small urban development differs significantly from India's largest metropolises, where dense traffic, construction, and industrial activity can contribute to particulate pollution.

Nongstoin, Meghalaya

Further east, Nongstoin, the administrative center of the West Khasi Hills district, recorded an annual PM2.5 concentration of 7 micrograms per cubic meter in 2021. Nongstoin is situated in the predominantly hilly western landscape of Meghalaya. The Meghalaya government designates Nongstoin as the administrative center of the West Khasi Hills.

Dawki, Meghalaya

The fourth lowest reading was recorded in Dawki, where 8 micrograms per cubic meter was measured. Dawki is located in the West Jaintia Hills of Meghalaya, near the international border with Bangladesh. The Indian Ground Ports Authority describes Dawki as a border location associated with Bangladesh and is located approximately 84 km from Shillong. This place is better known to travelers for the Umngot River and the border landscape than as a major urban center, which once again highlights that the WHO database includes settlements of varying sizes, not just large cities.

Kolasib, Mizoram

The fifth location is Kolasib in Mizoram, which also recorded 8 micrograms per cubic meter. Kolasib is located at the northern end of Mizoram, bordering Assam to the north. The district administration designates Kolasib as the administrative center. Thus, Lunglei and Kolasib mean that two of the five lowest readings in the WHO database came from Mizoram.

What Does a PM2.5 Reading of 6 or 8 Mean?

PM2.5 refers to fine particulate matter with a diameter of 2.5 micrometers or less. These particles can originate from various sources, including the burning of fossil fuels and other human activities. The WHO database uses ground-level measurements designed to reflect the air quality in a city or village, rather than simply reporting readings from a single monitoring station.

Why Are Four Out of Five Locations in Northeast India?

The geography is noteworthy: four out of five locations are situated in Meghalaya or Mizoram. These are predominantly hilly regions of Northeast India with smaller urban centers compared to India's major mega-regions. For instance, Tura is located at the foot of the Garo Hills, while Lunglei is in the mountainous landscape of southern Mizoram.

However, WHO data alone is insufficient to claim that hills, forests, or geography are the cause of the lower readings. Annual PM2.5 concentrations are shaped by numerous factors, including local emissions, transport, industry, fuel use, weather, topography, as well as the scale and location of monitoring. A low annual average does not mean that pollution is absent throughout the year; short-term pollution episodes can still occur even in areas with relatively low annual concentrations.

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