School of STEM Faculty Research

Permanent URI for this collectionhttps://digital.lib.washington.edu/handle/1773/36294

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Mt. Bachelor Observatory final atmospheric data for YEAR 2023
(2025-12-31) Jaffe, Daniel
Mt. Bachelor Observatory final atmospheric data for YEAR 2023
Dataset to accompany the paper: Health and Regulatory Impacts of PM2.5 from Wildland Fires for 2019–2024 in the U.S.
(2025) Jaffe, Dan
This dataset (CSV format) gives the CBSA averaged daily PM2.5 and smoke and non-smoke PM2.5 for every day in 2019-2024. The dataset is discussed and described in detail in the publication "Health and Regulatory Impacts of PM2.5 from Wildland Fires for 2019–2024 in the U.S." (currently in review) by Dan Jaffe, Haebum Lee, Sheryl Magzamen, Dan Goldberg, and Katelyn O’Dell.
Dataset to accompany the paper: Impact of Wildfires on O3 and Air Quality Across the United States for 2019–2024 Using Generalized Additive Models
(2025) Lee, Haebum and Jaffe, Daniel
Lee and Jaffe PM2.5 and O3 data: 2018-2023
(2024-03-14) Lee, Haebum; Jaffe, Daniel
Dataset to accompany the manuscript: Wildfire Impacts on O3 and PM2.5 in the Continental United States using a Generalized Additive Model (2018–2023)
GAM datasets for the SAMOZA experiment
(2023-10-10) Jaffe, Daniel; Lee, Haebum
We investigated the impact of wildfires on maximum daily 8-hour average ozone concentrations (MDA8 O3) at four sites in Salt Lake City (SLC), Utah for May to September for 2006–2022. Smoke days, which were identified by a combination of overhead satellite smoke detection and surface PM2.5 data and accounted for approximately 9% of the total number of days, exhibited O3 levels 6.8 to 8.9 ppb higher than no-smoke days and were predominantly characterized by high daily maximum temperatures and low relative humidity. A Generalized Additive Model (GAM) was developed to quantify the impact of wildfire contributions to O3. The GAM, which provides smooth functions that make the interpretation of relationships more intuitive, employed 17 predictors and demonstrated reliable performance in various evaluation metrics. These datafiles provide the input data and R codes used in the analysis.
Datasets from the SAMOZA experiment
(2023-08-06) Jaffe, Daniel; Hu, Lu; Lyman, Seth
To better understand the causes of high O3 days in this region and to provide policy relevant scientific information, we conducted the Salt Lake regional Smoke, Ozone and Aerosol Study (SAMOZA) in the summer of 2022.
Using Structured Teams to Develop Social Presence in Asynchronous Chemistry Courses
(2020) Lovitt, Charity
Structured collaborative peer teams are widely recognized as a high-impact pedagogy that supports learning outcomes for diverse learners but it can be difficult to implement this pedagogy in an online environment. This communication describes a structure to use collaborative teams to develop and sustain a community of inquiry in an asynchronous online environment. Courses were designed to support the individual learner by developing strong peer-to-peer learning in teams. We describe how asynchronous teams were structured and what specific activities (cognitive and instructor-based) helped teams work effectively through the term. This practice was applied in two different environments—a first-year course at a two-year community college and a first-year lab sequence at a four-year university. At both institutions, student reflections described how teams supported learning and allowed development of process skills. Our results suggest that structured teams can support student learning in asynchronous classes at a wide range of institutions.
Mt. Bachelor Observatory 2014 data
(2014) Jaffe, Daniel A.
The Mt. Bachelor Observatory (MBO) is a high altitude atmospheric research station that is located at the Mt. Bachelor ski area in central Oregon. The observatory was started by Prof. Dan Jaffe in 2004. Since then he and his group have made observations of ozone, carbon monoxide, mercury, nitrogen oxides, particulate matter and other atmospheric constituents. MBO coordinates (summit building): Latitude: 43.9775 N Longitude: 121.6861 W Elevation: 2.74 km asl
Mt. Bachelor Observatory 2013 data
(2013) Jaffe, Daniel A.
The Mt. Bachelor Observatory (MBO) is a high altitude atmospheric research station that is located at the Mt. Bachelor ski area in central Oregon. The observatory was started by Prof. Dan Jaffe in 2004. Since then he and his group have made observations of ozone, carbon monoxide, mercury, nitrogen oxides, particulate matter and other atmospheric constituents. MBO coordinates (summit building): Latitude: 43.9775 N Longitude: 121.6861 W Elevation: 2.74 km asl
Mt. Bachelor Observatory 2012 data
(2012) Jaffe, Daniel A.
The Mt. Bachelor Observatory (MBO) is a high altitude atmospheric research station that is located at the Mt. Bachelor ski area in central Oregon. The observatory was started by Prof. Dan Jaffe in 2004. Since then he and his group have made observations of ozone, carbon monoxide, mercury, nitrogen oxides, particulate matter and other atmospheric constituents. MBO coordinates (summit building): Latitude: 43.9775 N Longitude: 121.6861 W Elevation: 2.74 km asl
Mt. Bachelor Observatory 2011 data
(2011) Jaffe, Daniel A.
The Mt. Bachelor Observatory (MBO) is a high altitude atmospheric research station that is located at the Mt. Bachelor ski area in central Oregon. The observatory was started by Prof. Dan Jaffe in 2004. Since then he and his group have made observations of ozone, carbon monoxide, mercury, nitrogen oxides, particulate matter and other atmospheric constituents. MBO coordinates (summit building): Latitude: 43.9775 N Longitude: 121.6861 W Elevation: 2.74 km asl
Mt. Bachelor Observatory 2010 data
(2010) Jaffe, Daniel A.
The Mt. Bachelor Observatory (MBO) is a high altitude atmospheric research station that is located at the Mt. Bachelor ski area in central Oregon. The observatory was started by Prof. Dan Jaffe in 2004. Since then he and his group have made observations of ozone, carbon monoxide, mercury, nitrogen oxides, particulate matter and other atmospheric constituents. MBO coordinates (summit building): Latitude: 43.9775 N Longitude: 121.6861 W Elevation: 2.74 km asl
Mt. Bachelor Observatory 2009 data
(2009) Jaffe, Daniel A.
The Mt. Bachelor Observatory (MBO) is a high altitude atmospheric research station that is located at the Mt. Bachelor ski area in central Oregon. The observatory was started by Prof. Dan Jaffe in 2004. Since then he and his group have made observations of ozone, carbon monoxide, mercury, nitrogen oxides, particulate matter and other atmospheric constituents. MBO coordinates (summit building): Latitude: 43.9775 N Longitude: 121.6861 W Elevation: 2.74 km asl
Mt. Bachelor Observatory 2008 data
(2008) Jaffe, Daniel A.
The Mt. Bachelor Observatory (MBO) is a high altitude atmospheric research station that is located at the Mt. Bachelor ski area in central Oregon. The observatory was started by Prof. Dan Jaffe in 2004. Since then he and his group have made observations of ozone, carbon monoxide, mercury, nitrogen oxides, particulate matter and other atmospheric constituents. MBO coordinates (summit building): Latitude: 43.9775 N Longitude: 121.6861 W Elevation: 2.74 km asl
Mt. Bachelor Observatory 2007 data
(2007) Jaffe, Daniel A.
The Mt. Bachelor Observatory (MBO) is a high altitude atmospheric research station that is located at the Mt. Bachelor ski area in central Oregon. The observatory was started by Prof. Dan Jaffe in 2004. Since then he and his group have made observations of ozone, carbon monoxide, mercury, nitrogen oxides, particulate matter and other atmospheric constituents. MBO coordinates (summit building): Latitude: 43.9775 N Longitude: 121.6861 W Elevation: 2.74 km asl
Mt. Bachelor Observatory 2006 data
(2006) Jaffe, Daniel A.
The Mt. Bachelor Observatory (MBO) is a high altitude atmospheric research station that is located at the Mt. Bachelor ski area in central Oregon. The observatory was started by Prof. Dan Jaffe in 2004. Since then he and his group have made observations of ozone, carbon monoxide, mercury, nitrogen oxides, particulate matter and other atmospheric constituents. MBO coordinates (summit building): Latitude: 43.9775 N Longitude: 121.6861 W Elevation: 2.74 km asl
Mt. Bachelor Observatory 2005 data
(2005) Jaffe, Daniel A.
The Mt. Bachelor Observatory (MBO) is a high altitude atmospheric research station that is located at the Mt. Bachelor ski area in central Oregon. The observatory was started by Prof. Dan Jaffe in 2004. Since then he and his group have made observations of ozone, carbon monoxide, mercury, nitrogen oxides, particulate matter and other atmospheric constituents. MBO coordinates (summit building): Latitude: 43.9775 N Longitude: 121.6861 W Elevation: 2.74 km asl
Mt. Bachelor Observatory 2004 data
(2004) Jaffe, Daniel A.
The Mt. Bachelor Observatory (MBO) is a high altitude atmospheric research station that is located at the Mt. Bachelor ski area in central Oregon. The observatory was started by Prof. Dan Jaffe in 2004. Since then he and his group have made observations of ozone, carbon monoxide, mercury, nitrogen oxides, particulate matter and other atmospheric constituents. MBO coordinates (summit building): Latitude: 43.9775 N Longitude: 121.6861 W Elevation: 2.74 km asl
Mt. Bachelor Observatory 2016 data
(2016) Jaffe, Daniel A.
The Mt. Bachelor Observatory (MBO) is a high altitude atmospheric research station that is located at the Mt. Bachelor ski area in central Oregon. The observatory was started by Prof. Dan Jaffe in 2004. Since then he and his group have made observations of ozone, carbon monoxide, mercury, nitrogen oxides, particulate matter and other atmospheric constituents. MBO coordinates (summit building): Latitude: 43.9775 N Longitude: 121.6861 W Elevation: 2.74 km asl
Mt. Bachelor Observatory 2015 data
(2016-11-22) Jaffe, Daniel A.
The Mt. Bachelor Observatory (MBO) is a high altitude atmospheric research station that is located at the Mt. Bachelor ski area in Central Oregon. The observatory was started by Prof. Dan Jaffe in 2004. Over this time, his time at UW has made observations of ozone, carbon monoxide, mercury, nitrogen oxides, particulate matter and other atmospheric constituents. The data for 2015 are reported in this dataset. MBO coordinates (summit building): Latitude: 43.9775 N Longitude: 121.6861 W Elevation: 2.74 km asl

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