Check Your Surfaces

Tedious Field Work When I was studying pollen at the University of Tulsa (go Golden Hurricane!) one of my tasks was to estimate the amount of pollen produced in a mountain cedar forest. To do that, you must first know that mountain cedars are dioecious, meaning that there are male trees and female trees. Since the male flowers produce the pollen, you need to estimate how many male trees there are in a given area. Then you have to estimate the number of male flowers on an average tree (in this case, the flowers are…

Understanding Pollen Data

Finding Good Information My friends and acquaintances know that I am a bit of a pollen geek. Every spring, at least a few people will come to me with blood shot eyes and a runny nose and ask, “What is in the air right now? It’s killing me!” They ask because they are lucky to know me, but what if you weren’t lucky, and didn’t know me, what would you find if you did an internet search? You can see in the screenshot below what I found: So let’s talk about the results and the…

Mobile App News

Progress on our mobile app continues as we flesh out the interface and lay the groundwork for real-time mobile data.

We're working on interface elements, cool graphics and clever programming that will allow mobile users to get real-time particulate counts for pollen, dust, silica and mold. As our network of automated sensors grows, the app will give timely information about the location of airborne particulates. Folks who need to monitor allergens and irritants can manage exposure times and intensities better…