Creator
- Amanda N. Heltzel 1
- Aziz Ebrahimi 1
- Benjamin Rivera 1
- Brandon M. Sosa 1
- Calen Cunningham 1
- David Savage 1
- Grace Walker 1
- Jacob Daniel Hosen, 0000-0003-2559-0687 1
- Jae Hong Park, 0000-0003-0772-0433 1
- Jiqin Ni, 0000-0002-0735-5678 1
Type
- Dataset 2
Date
subject: particulate air quality type: dataset
Total is 2 Results
2020 Purdue FNR Ecological Sensors Class Air Quality Data
10.4231/VF0B-B644
Amanda N. Heltzel
,
Aziz Ebrahimi
,
Benjamin Rivera
,
Brandon M. Sosa
,
Calen Cunningham
,
David Savage
,
Grace Walker
,
Jacob Daniel Hosen
,
Joseph Hale
,
Kimberly Gulbranson
,
Molly Barrett
,
Seth Williams
,
Sylvia Park
,
Taylor Hayes
11/25/2020
Air quality sensor data collected by Purdue Forestry & Natural Resources students using Arduino-compatible microcontrollers and sensors to detect volatile organic compounds and 2.5 µm particulates.
air pressure Forestry and Natural Resources indoor air quality outdoor air quality particulate air quality Teaching and learning Temperature VOCs
A wearable real-time particulate monitor demonstrates that soaking hay reduces dust exposure
10.4231/MX1S-8K16
Jae Hong Park
,
Jiqin Ni
,
Kathleen M Ivester
,
Laurent L. Couëtil
,
Lynn Willems
,
Marcus Tatum
,
Thomas M. Peters
11/07/2024
These data were collected to calibrate a purpose-built, real-time, wearable particulate monitor for use on horses and to demonstrate the utility of the monitor by comparing exposures when horses were fed dry or soaked hay.
equine hay horse particulate air quality PM10 PM2.5 Real Time Wearable Device
Display #
Results 1 - 2 of 2