AtmoAnalytics Inc. is a data analysis service provider for climate and air quality applications in North America and around the world. We perform data analysis of satellite remote sensing and surface observations to offer a wide range of services and solutions for climate and air quality mapping, consulting, and strategies.
Since our establishment in 2020, we have been providing our customers with value-added solutions. We have a productive results-oriented approach applying over 18 years of experience in atmospheric science, statistical methods, numerical modeling, and data analysis. We are familiar with the latest integrated techniques and methodologies used in ground-based measurements, remote sensing, and atmospheric modeling.
AtmoAnalytics offers a wide range of affordable services for climate and air quality mapping. Our services include:
We perform interdisciplinary research and analysis on aerosols, trace gases, and remote sensing using our knowledge and skills to examine how these factors affect air quality and human health at local, regional, and global scales.
Reactive nitrogen (defined here as nitrogen dioxide (NO2) and ammonia (NH3)) is an essential
nutrient to plants and limiting element for growth in many ecosystems. However, when reactive
nitrogen is in excess it has deleterious effects on terrestrial and aquatic ecosystems (such as soil
acidification, eutrophication, and loss of biodiversity). Atmospheric deposition of reactive
nitrogen in sensitive ecosystems has been a widespread environmental issue worldwide since the
mid 20th century.
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Ammonia (NH3) is one of the most common forms of reactive nitrogen and the primary alkaline
gas in the atmosphere. NH3 plays an important role in atmospheric chemistry and is one of the
key components for aerosol (particulate matter (PM 2.5)) formation. Globally, NH3 in situ
measurement networks are sparse in nature, have instruments with poor temporal resolution (for example,
bi-weekly or monthly periods) and lack extensive spatial coverage. On the other hand, satellite
observations of NH3 with daily global coverage are now being used to fill in the measurement
gap and provide unprecedented information of global NH3 concentrations.
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