326 Symposium--Blowing in the Wind: Human Health, Ecosystem Behavior, and Environmental Impact of Dust
Oral Session
SSSA Division: Soil MineralogyDust emissions can impact soil pedogenesis, human health, ecosystem function, and soil fertility. The vulnerability of soil surfaces to dust emissions is controlled in part by mineralogy, surface/site physical and chemical characteristics, climate, and surrounding anthropogenic activities. Fukushima highlighted the movement of radionuclides and the potential risk of particulate matter to respiratory health, casting a new light on the importance of quantifying and understanding the risk from other dust blown contaminants including, but not limited to radionuclides and heavy metals. Dust also serves as a vehicle for nutrients and can shape soil fertility, plant interactions, landscape evolution, and soil genesis. Martian dust has opened a new field of soil science; highlighting Martian terrestrial systems as a new horizon of study. We invite authors to submit papers contributing information to the characterization and quantification of dust and its effects on human health, ecosystem behavior and the environment
Cosponsor(s):
Pedology
Soil Chemistry
Soils & Environmental Quality
Soil Fertility & Plant Nutrition
Tuesday, November 4, 2014: 1:30 PM-3:40 PM
Long Beach Convention Center, Room 102C
Organizers:
Jessique L. Ghezzi
and
Christopher J. Matocha
1:55 PM
2:55 PM
3:15 PM