There's something in the air...
Track what it is.

Weather plays a crucial role in influencing pollution levels in the
atmosphere. Track and measure temperature, wind speed, humidity and
pressure with Sensees solution for effective air quality management.

Why should we monitor
weather parametres?

Understanding how different weather parameters interact with pollution sources and affect air quality is important for effective air quality management. Looking at the sky won’t help, we need accurate and real-time data to know what is really happening.

How does weather impact air quality?

Creation and dispersion of pollutants

Some factors increase the rate of chemical reactions in the atmosphere and the formation of pollutants, while others help dispersing pollutants.

Complex interactions

Different metereological parametres factors often interact in complex ways to influence air quality. For example, during a temperature inversion, pollutants trapped near the surface may be further concentrated due to stagnant air conditions.

Seasonal Variations

Air quality can vary seasonally due to changes in these meteorological parameters. For instance, winter inversions can lead to higher levels of particulate matter in urban areas.

Monitoring weather parameters helps making better air
quality management strategies, such as implementing
emission controls during unfavorable weather conditions.

Did You Know?

...that presence of harmful gases and particles in the atmosphere results in 7M premature deaths globally each year.

World Health Organization

Which weather factors to track

Learn how different weather parameters impact pollution:

Real-Time data: With real-time data monitoring systems help with early detection of pollution spikes or hazardous conditions. This allows authorities to issue warnings when air quality deteriorates.

Health protections: Individuals, especially those with respiratory conditions, can take precautions and adjust their activities (e.g., outdoor exercise) to minimize exposure.

Optimize the deployment of medical resources and staff to areas expected to be most affected.

Help emergency services and hospitals prepare for potential increases in patients with respiratory or cardiovascular issues.

Wind plays a significant role in dispersing pollutants. Higher wind speeds can help disperse pollutants away from their sources, reducing local concentrations. Wind direction determines where pollutants are carried, impacting air quality in downwind areas from pollution sources.

Humidity levels affect the formation and concentration of certain pollutants. For example, high humidity can contribute to the formation of particulate matter (PM) by facilitating the condensation of water vapor around particles. On the other hand, low humidity can intensify the effects of air pollutants like ozone.

Rain can help cleanse the atmosphere by washing out pollutants. This process, known as wet deposition, can remove particles and soluble gases from the air. However, precipitation can also lead to the formation of acid rain in areas with high levels of air pollution.

Changes in atmospheric pressure can influence the vertical mixing of air masses. High-pressure systems can trap pollutants near the ground, leading to poor air quality conditions. Low-pressure systems, on the other hand, promote vertical mixing and can help disperse pollutants.

In summary, temperature, wind, humidity, rain, and atmospheric pressure are integral components of the atmospheric system that significantly influence the distribution, concentration, and chemical transformation of pollutants in the air we breathe.

We are your meteo monitoring partner

Sensees Outdoor Air Quality Monitoring System is a a professional solution for outdoor monitoring of multiple air quality and other environmental parameters like wind, rain, temperature, humidity and atmospheric pressure.

Noise monitoring can help you fight the unhealthy noise pollution in your city. By detecting noise sources, measuring and analyzing noise levels, and offering tailored management solutions across diverse environments, it enables effective mitigation strategies.

Urban Air Pollution Monitoring

Better understanding of pollutant dispersion, timely air quality warnings, policy development.

Urban Planning and Development

Improved building designs, efficient energy use, reduced urban heat islands.

Environmental Research

Improved climate models, informed policy-making, understanding of global warming effects.

Industrial Emission Monitoring

Helps industries comply with environmental regulations by monitoring emissions.

Our Partners & Clients

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