324 Environmental Fate of Chemicals of Emerging Concern - II

Poster Session
SSSA Division: Soils & Environmental Quality
Over the last several decades, the scope of contaminant fate in the environment has broadened to include new classes of compounds whose impact on ecosystems and human health is often poorly understood. There is an urgent need to better understand and predict the sources, transport, and abiotic/biotic transformation pathways of these emerging contaminants in the environment to protect environmental and human health. Contaminants of interest this session include pesticides, antibiotics, hormones, endocrine disruptors, and pharmaceuticals and personal care products. The sources of these contaminants may be municipal, agricultural, and industrial wastewater. In this session, we explore recent advances in the field and welcome contributions on environmental occurrence, characterization of sources, transport pathways, fate in environmental matrices, potential impacts on human and ecological health, and new methods for emerging contaminant analyses. The knowledge base resulting from this session will be an improved understanding of the factors controlling the fate of emerging contaminants, leading to the development of effective mitigation practices and protection of environmental and human health.
Cosponsor(s):

Soil Chemistry

Tuesday, November 17, 2015: 4:00 PM-6:00 PM
Minneapolis Convention Center, Exhibit Hall BC

Organizers:
Deb P. Jaisi , Gurpal S Toor and Robert N. Lerch
Poster #1433
Size-Based Fractionation and Quantification of Mobile Colloids and Colloidal Organic Carbon in Field Samples.
Jing Yan, University of Delaware; Xia Meng, Chinese Academy of Sciences; Yan Jin, University of Delaware
Poster Presentation
  • SSSA 2015_poster_2.0_print.pdf (1.9 MB)
  • Poster #1434
    Sorption and Desorption of Pharmaceuticals in Soils.
    Jarai Mon, USDA-ARS; Clinton Williams, USDA-ARS; Chittaranjan Ray, University of Nebraska; Allan Knopf, USDA-ARS; Deborah Roll, USDA-ARS
    Poster #1435
    Arsenic Accumulation in Pond Water and Sediments Near Sod Farms and Golf Courses in North Carolina.
    Audrey Matteson, North Carolina State University; Matthew Polizzotto, North Carolina State University