Ann Arbor / Cincinnati / Guelph / Washington / D.C. / Joseph / St. Joseph / Ames / Orlando / Raleigh / Boston / New Orleans / Beaufort / /
Company
Iowa State University Press / D. Reidel Publishing Co. / Hoover / The On-Site Corporation / Environmental Studies Group / -Site Corporation / T. L. / Cpec Environmental Inc. / Infiltrator Systems Inc. / Tyler / /
Event
Funding / Environmental Issue / /
Facility
University of Edinburgh / University of Minnesota College of Agricultural / Oregon State University / Pennsylvania State University / North Carolina State University / New Zealand Government Experiment Station / Albion College / Michigan State University / University of Guelph / University of Minnesota Extension Service / University of Wisconsin-Madison / /
Holiday
St. Joseph / /
IndustryTerm
conventional systems / chamber systems / gravel systems / individual and small community sewage systems / Technology assessment / wastewater soil treatment systems / aggregate-laden septic systems / wastewater systems / septic systems / onsite systems / soil infiltration systems / cluster wastewater soil absorption systems / Field performance survey protocol / conventional septic tank systems / root systems / onsite wastewater systems / soil treatment systems / sand-lined trench sep tic systems / fibrous root systems / Mound systems / wastewater treatment systems / disposal systems / mound septic systems / onsite technologies / landscaping septic systems / /
Organization
National Sanitation Foundation / Department of Soil / Water / and Climate / University of Minnesota College of Agricultural / U.S. Environmental Protection Agency / Oregon State University / University of Guelph / Iowa State University / Colorado School / 72nd Water Environment Federation / National On-Site Wastewater Recycling Association / Landscape Design Assistant Department of Horti / office of Water / University of Minnesota Extension Service / Albion College / North Carolina State University / Michigan State University / Pennsylvania State University / University of Edinburgh in Scotland / University of Minnesota College of Agricultural / Food and Environmental Sciences / Health Department / Oregon Department of Environmental Qualit / University of Wis / University of Wisconsin / Tennessee Valley Authority / Department of Community Services / /
Person
John Davis / L. Figueroa / E. Fischer / James Anderson / S. Masson / Thomas H. Hinson / Brad Pedersen / Jerry Kathan / Van Cuyk / Beth Chagaris / Stephanie Miscovich / Jeff Freund / Bernie Duf / Bijan Pour / Roger W. Everett / Karen Livingston / Ted Louden / Mary H. Meyer / A. Logan / Larry Brown / Kenneth M. Olson / Mike McNickel / Bob Baggett / Chuck Harman / R. Siegrist / Richard L. Polson / Bob Siegrist / Viola spp / Doug Joy / Onsite Sewage / Larry Nelson / John McKelvey / Larry D. King / Michael T. Hoo / Christine R. Reisz / David M. Gustafson / Dan Halderman / Amy Morgan / James Kiehne / Marguerite Jas / Ryan Davenport / Larry Olander / S. Van Cuyk / / /
Position
professor of soil science / president / Landscaping Septic Systems Editor / Exten sion Specialist / environmental health specialist / director of environmental health for Deschutes County / King / soil scientist / principal scientist / tension Soil Scientist / program manager / project manager / codes manager / technical assistant / manager for soils in the Clackamas County / Ex tension Soil Scientist / /
ProvinceOrState
Ohio / Minnesota / Douglas County / Michigan / Georgia / Ontario / Clackamas County / Kentucky / Deschutes / Wisconsin / Deschutes County / Clackamas / Oregon / Sherburne County / Pennsylvania / Florida / North Carolina / Iowa / /
Region
northeastern North Carolina / /
TVStation
Wis / /
Technology
onsite technologies / wastewater treatment / Field performance survey protocol / research protocol / /
Q U E S T I O N in Pennsylvania. In: N. I. McCleland and T. L. Evans (Ed.) Individual on-site wastewater systems: Proceedings of the 7th national conference. Ann Arbor, Mich.: National Sanitation Foundation. Hoover, M.,