Session 2C: Using UAS to Collect and Identify Pollen and Dispersal Patterns
Session Number
Session 2C: 2nd Presentation
Advisor(s)
Chuck Cannon, Morton Arboretum
Location
Room A151
Start Date
28-4-2017 10:00 AM
End Date
28-4-2017 11:15 AM
Abstract
To better understand the dispersal patterns of airborne pollen, of which research and information is scarce, we want to design an unmanned aircraft system (UAS) for aerial sampling of pollen, spores and other particles to precisely determine the quantity and type of airborne objects at different altitudes and distances for a focal tree. Understanding dispersal patterns will help predict how plants will respond to climate change. Unmanned aircraft systems (UAS) have been utilized to conduct research involving airborne spore samples, which have been essential for pollen-related studies; however, most spore samples are taken two meters above the ground at the highest. Conventional spore traps are not adept in gathering data in the canopies of tree crops several meters above the ground. Unlike traditional methods, we will collect measurements of pollen at precise locations around the crown of the tree. We will build a device to attach to the drone that will either carry a slide mechanism that closes aerodynamically, open and close remotely, or close as it rotates. Collection methods include petroleum jelly, tape, fuchsin jelly, or paper. We want to use drones to collect and detect airborne pollen, such that the pollen can be identified and quantified.
Session 2C: Using UAS to Collect and Identify Pollen and Dispersal Patterns
Room A151
To better understand the dispersal patterns of airborne pollen, of which research and information is scarce, we want to design an unmanned aircraft system (UAS) for aerial sampling of pollen, spores and other particles to precisely determine the quantity and type of airborne objects at different altitudes and distances for a focal tree. Understanding dispersal patterns will help predict how plants will respond to climate change. Unmanned aircraft systems (UAS) have been utilized to conduct research involving airborne spore samples, which have been essential for pollen-related studies; however, most spore samples are taken two meters above the ground at the highest. Conventional spore traps are not adept in gathering data in the canopies of tree crops several meters above the ground. Unlike traditional methods, we will collect measurements of pollen at precise locations around the crown of the tree. We will build a device to attach to the drone that will either carry a slide mechanism that closes aerodynamically, open and close remotely, or close as it rotates. Collection methods include petroleum jelly, tape, fuchsin jelly, or paper. We want to use drones to collect and detect airborne pollen, such that the pollen can be identified and quantified.
Comments
Additional team members: Lane Scher and Dr. Chai-Shian Kua