Multiple assessments of ambient odor were made by trained individuals around a swine finishing operation in eastern Nebraska. Assessor responses were analyzed to determine relationships between field odor measurements/ ratings and ratings of annoyance potential, and to identify candidate measurement threshold values for causing annoyance. The likelihood of annoyance increased as odors became more offensive, intense, and concentrated, with r2 values of 0.89, 0.81, and 0.64, respectively. Candidate thresholds were sought to delineate both “any degree of stated annoyance and consequential annoyance, defined as likely causing a change in behavior or activity level and instilling some memory of the odor event. Candidate thresholds for any sta...
Odor and other air-borne emissions have always been associated with livestock production operations....
A collaborative research effort by several institutions is investigating odor emissions from swine p...
Relationships were derived between odour concentration and odour intensity for odour emissions follo...
Multiple assessments of ambient odor were made by trained individuals around a swine finishing opera...
Multiple assessments of ambient odor were made by trained individuals in the vicinity of a swine fin...
The goal of this field research study was to validate use of the Odor Footprint Tool (OFT) with live...
Trained participants monitored odors around a 4,800-head finishing site in eastern Nebraska during 2...
Our sense of smell provides us with the opportunity to explore our chemical environment. Upon percei...
PURPOSE: Odor annoyance is an important environmental stressor for neighboring residents of livestoc...
BackgroundOdors can affect health and quality of life. Industrialized animal agriculture creates odo...
Individuals exposed to odors from livestock facilities do not report annoyance uniformly. The reacti...
A collaborative research effort by several institutions investigated the dispersion of odors from a ...
The goal of this project was to make Odor Footprint Tool (OFT) resources readily usable by pork prod...
Although some odor occurs on every livestock facility, its production and impacts to adjacent land u...
Assessing Odor Risk Odors from animal production operations are a major concern in rural communities...
Odor and other air-borne emissions have always been associated with livestock production operations....
A collaborative research effort by several institutions is investigating odor emissions from swine p...
Relationships were derived between odour concentration and odour intensity for odour emissions follo...
Multiple assessments of ambient odor were made by trained individuals around a swine finishing opera...
Multiple assessments of ambient odor were made by trained individuals in the vicinity of a swine fin...
The goal of this field research study was to validate use of the Odor Footprint Tool (OFT) with live...
Trained participants monitored odors around a 4,800-head finishing site in eastern Nebraska during 2...
Our sense of smell provides us with the opportunity to explore our chemical environment. Upon percei...
PURPOSE: Odor annoyance is an important environmental stressor for neighboring residents of livestoc...
BackgroundOdors can affect health and quality of life. Industrialized animal agriculture creates odo...
Individuals exposed to odors from livestock facilities do not report annoyance uniformly. The reacti...
A collaborative research effort by several institutions investigated the dispersion of odors from a ...
The goal of this project was to make Odor Footprint Tool (OFT) resources readily usable by pork prod...
Although some odor occurs on every livestock facility, its production and impacts to adjacent land u...
Assessing Odor Risk Odors from animal production operations are a major concern in rural communities...
Odor and other air-borne emissions have always been associated with livestock production operations....
A collaborative research effort by several institutions is investigating odor emissions from swine p...
Relationships were derived between odour concentration and odour intensity for odour emissions follo...