Best Air Quality Monitors for Academic Researchers

How PurpleAir is one of Best Air Quality Monitors for Academics

Air pollution is a significant public health concern—with various studies linking exposure to poor air quality to all kinds of adverse health effects.  

As a result, there is growing interest in monitoring air quality and understanding its impact on human health. Outdoor air quality monitors have become a critical tool in this effort, providing real-time data on air pollutants and helping researchers better understand the effects of air pollution on our health. 

Plus, air quality technology has significantly improved in the last several years. So, there are now more low-cost air quality monitors that contribute to air quality research at multiple levels.

Today, we will discuss the best outdoor air quality monitors for academic research.  

Why Academic Researchers Rely On Air Quality Monitors 

When it comes to air quality research and climate sciences, air quality monitors are essential for research because they help obtain precise measurements of air pollutants. More specifically, these monitors function to help academics detect toxic air pollutants created by industrial processes, transportation, wildfires, and other environmental hazards like temperature inversions

Additionally, air quality monitors provide researchers with comprehensive data sets that can maintain air quality and inspire future research studies on the impacts of poor air quality. 

Beyond that, the data collected by air quality monitors can lead to the development of new air quality standards and regulations that aim to maintain clean air. By utilizing this technology, academic researchers can even help promote the development of greener urban spaces. 

For researchers, air quality monitoring technology is a critical factor in improving public health as it provides detailed information about the level of pollutants, the sources of air pollution, and the impact on the planet. 

Best Outdoor Air Quality Monitors for Academic Research  

Today, tons of outdoor air quality monitors exist on the market that are suitable for academic research. Depending on your specific needs and budget, you’re sure to find one that can help to address your research hypothesis.  

Here are a few options to consider:  

#1 - PurpleAir Classic

The PurpleAir Classic uses two laser particle counters to measure the concentration of Particulate Matter (PM2.5 and PM10) particles in the air. It also provides real-time data through an online air quality map which makes it excellent for academic researchers.  

The PurpleAir Map is a valuable tool for academic research because it provides real-time data on air quality across a wide geographic area. Researchers can use the map to monitor air pollution for their research.

Plus, it can help academics to:

  • Pinpoint areas where air pollution levels are high
  • Track changes in air quality levels over time
  • Identify patterns or trends in air pollution data

#2 - PurpleAir Flex

The PurpleAir Flex is similar to the classic air quality monitor, reading levels of particulate matter, temperature, and humidity. However, it's designed to be more flexible and versatile than other ones on the market.

Because it is a much smaller device, this air quality monitor can be easily installed anywhere indoors or outdoors. This makes it ideal for field research or community-based research studies. 

Which Air Quality Monitor is the Best for Academic Research? 

Ultimately, the best outdoor air quality monitor for academic research will depend on your specific needs and budget. It's important to carefully consider factors such as accuracy, ease of use, and portability when selecting a monitor for your air quality research. 

Worried about your air quality?  

Monitor the Particulate Matter levels around the world with our free, real-time PurpleAir Map or join PurpleAir's mission to make air quality data accessible to everyone by investing in an air quality monitor for your home.  

Together, we can be informed and make changes in our daily habits and the community to improve air quality.