The following data and statistics on crime, pollution, and overall safety in Esil are derived from a combination of trusted public sources and insights gathered from user contributions.
This comprehensive approach helps provide a balanced view of the city's crime rates, environmental concerns, air quality, and public safety. By aggregating information from government reports, environmental studies, and direct feedback from residents, we aim offer an up-to-date and thorough analysis of key factors impacting quality of life in Esil.
In 2024, Esil, Kazakhstan is characterized by exceptionally low crime rates. Data reflects negligible worries among residents about crime-related issues, highlighting the city as a safe haven.
Public perception strongly indicates a sense of security, with no significant concerns about being mugged, robbed, or facing violence.
Esil continues to be a model of safety in 2024, with no apparent threats from crime affecting its residents' day-to-day lives. The stable crime data underscores the effectiveness of local governance and community efforts to maintain a peaceful environment.
The crime ranking by city for Kazakhstan is based on a continuously updated index, incorporating data up to 36 months old and calculated twice a year. Cities are ranked on a scale from "very low" to "very high" crime levels, with safety being the inverse, where a high safety index indicates a safer city.
In 2024, Esil boasts spotless air quality with practically no pollution concerns, making it an ideal place for health-conscious individuals.
Residents' confidence in air quality is high, with no signs of discomfort or health risks typically associated with urban pollution.
The pollution ranking for Kazakhstan is based on a combination of visitor perceptions and data from institutions like the World Health Organization. The Pollution Index estimates overall pollution levels by considering air and water pollution, garbage disposal, and other factors, with air pollution given the highest weight, while the Pollution Exp Scale uses an exponential function to highlight extremely polluted cities.