With a vast set of pollen types and species worldwide
High Resolution
Don’t compromise on granularity when you can get the exact pollen index based on the local pollen count up to 1km/0.6 miles resolution.
Hundreds of Pollen Calculations
BreezoMeter uses innovative pollen models and big data analysis to provide a continuous pollen index, based on the local pollen count, as well as daily pollen forecast.
Global Coverage
Our unique approach provides the most relevant and up-to-date model of pollen data that exists in the world today in more than 65 countries worldwide.
Universal BreezoMeter Pollen Index
Don’t rely on basic pollen monitoring as it only represents the amount of pollen emitted on average. Create a smarter solution with BreezoMeter’s Pollen Index which considers the health impact and what it actually means for allergic symptoms.
Largest Set of Species Worldwide
Each region has a unique set of pollen types and plants. We provide 3 different pollen types and up to 15 species around the globe.
Unique Heatmap Visualizations
BreezoMeter has the most sophisticated color-coded heat maps per pollen species with engaging and educational health recommendations transform complex data into actionable insights.
What Makes Us
The Only Reliable Air Quality Solution?
BreezoMeter  | Alternative Sources | |
|---|---|---|
Advanced Model with Multiple Data Layers |  |  |
High Resolution 1km/0.6miles | | |
Global Coverage Over 65 countries | | |
Pollen Heatmaps Per Type | | |
Transparent Technology | | |
SLA Commitment | | |
Large Variety of Plant Types | | |
Ease of Integration | | |
Scalability | | |
Our BreezoMeter Pollen Index (BPI) is based on analysis of the best available academic research as well as the health impact of pollen on seasonal allergy sufferers. Our BPI scale ranges from 0 to 5. Each category is based on specific concentration levels of pollen at a particular area and their effect on the severity of allergic symptoms that are usually experienced.
Our BreezoMeter Pollen Index is based on analysis of the best available academic research as well as the health impact of pollen on seasonal allergy sufferers. Our BPI scale ranges from 0=’None to 5 =’Very High’ based on 5-color coded categories of equal ranges of equal lengths. Each category is based on specific concentration levels of pollen at a particular area and their effect on the severity of allergic symptoms that are usually experienced.
Daily pollen conditions and pollen index for a specific location
Daily pollen conditions and pollen index for a specific location
Detailed information highlighting the 3 pollen type - Tree, Grass, or Weed and 15 pollen plants - Graminales, Alder, Ash, Birch, Cottonwood, Elm, Hazel, Japanese Cedar and Cypress, Juniper, Maple, Oak, Olive, Pine, and Ragweed
Detailed information highlighting the 3 pollen type - Tree, Grass, or Weed and 15 pollen plants - Graminales, Alder, Ash, Birch, Cottonwood, Elm, Hazel, Japanese Cedar and Cypress, Juniper, Maple, Oak, Olive, Pine, and Ragweed
A color coded visual representation of the changing pollen levels ranging from none (0) to very high (5).
A color coded visual representation of the changing pollen levels ranging from none (0) to very high (5).
Detailed pollen forecast information up to 24 hours.
Detailed pollen forecast information up to 24 hours.
Provide potential allergy symptoms information and possible side effects based on real-time pollen information.
Provide potential allergy symptoms information and possible side effects based on real-time pollen information.
Our BreezoMeter Pollen Index (BPI) is based on analysis of the best available academic research as well as the health impact of pollen on seasonal allergy sufferers. Our BPI scale ranges from 0 to 5. Each category is based on specific concentration levels of pollen at a particular area and their effect on the severity of allergic symptoms that are usually experienced.
Daily pollen conditions and pollen index for a specific location
Detailed information highlighting the 3 pollen type - Tree, Grass, or Weed and 15 pollen plants - Graminales, Alder, Ash, Birch, Cottonwood, Elm, Hazel, Japanese Cedar and Cypress, Juniper, Maple, Oak, Olive, Pine, and Ragweed
A color coded visual representation of the changing pollen levels ranging from none (0) to very high (5).
Detailed pollen forecast information up to 24 hours.
Provide potential allergy symptoms information and possible side effects based on real-time pollen information.
The amount of pollen in the air we breathe is affected by a number of different factors. This is why we gather detailed knowledge of the different pollen-emitting plants in a specific area, as well as information about the amounts of vegetation land cover in that area, based on satellite imagery and biological inventories.
As pollen emissions are affected greatly by local climate and weather patterns, and increasingly unpredictable atmospheric trends, we also pull detailed climate and weather information on these factors.
The end result is live and 3-day forecast hyper-local pollen reporting at a resolution level of 1KM. Our unique approach provides the most considered and up-to-date model of pollen data that exists in the world today, in more than 65 countries worldwide.
BreezoMeter organizes different pollen data sources to solve the lack of standardization in pollen emissions measurements and reporting.
Vegetation Land Cover
Annual Total Production
Phenological Factors
Weather Forecast & Climate Data
Monitoring Stations
Pollen Emissions
BreezoMeter
Data Analysis & Proprietary Algorithms
asd
Dispersion Models
Heatmap
Pollen API
BreezoMeter’s pollen algorithm integrates numerous data sources and models into a single, complete model, available via API.
Our mission at BreezoMeter is to empower real-time and predictive decision making with reliable pollen information, protecting the health of billions, including millions of allergy sufferers worldwide.
Other companies like to hide the methodology and accuracy of their pollen monitoring solutions, but at BreezoMeter, we are open about our technology and conduct internal accuracy examinations to assess the accuracy of our model.
Here is an example from our internal accuracy report comparing over time for BreezoMeter’s pollen model and POLLnet’s station data focusing on the Graminales pollen type over a 175 day-period.
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