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2. Detecting Change in Atmospheric Ammonia Following Emission Changes

Author

Erisman, Jan Willem, Bleeker, Albert, Neftel, Albrecht, Aneja, Viney, Hutchings, Nick, Kinsella, Liam, Tang, Y. Sim, Webb, J., Sponar, Michel, Raes, Caroline, Mitosinkova, Marta, Vidic, Sonja, Andersen, Helle Vibeke, Klimont, Zbigniew, Pinder, Rob, Baker, Samantha, Reidy, Beat, Flechard, Chris, Horvath, Laszlo, Lewandowska, Anita, Gillespie, Colin, Wallasch, Marcus, Gehrig, Robert, Ellerman, Thomas, Sutton, Mark A., editor, Reis, Stefan, editor, and Baker, Samantha M.H., editor

Published
2009
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4. Quantifying Health Benefits of Coal Power Plant Phase-Out in Canada and the U.S.: An Adjoint Sensitivity Analysis

Author

Oztaner, Burak Yasar, primary, Soltan Zadeh, Marjan, additional, Pappin, Amanda, additional, Zhao, Shunliu, additional, Hakami, Amir, additional, Turner, Matt, additional, Henze, Daven, additional, Capps, Shannon, additional, Percell, Peter, additional, Resler, Jaroslav, additional, Bash, Jesse, additional, Napelenok, Sergey, additional, Fahey, Kathleen, additional, Pinder, Rob, additional, Russell, Armistead, additional, Nenes, Athanasios, additional, Baek, Jaemeen, additional, Carmichael, Greg, additional, Stanier, Charles, additional, Sandu, Adrian, additional, and Chai, Tianfeng, additional

Published
2018
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5. Application of Different Concentration-Response Functions to Estimate the Societal Benefits of Reducing PM2.5 and NOx Emissions

Author

Pappin, Amanda, primary, Oztaner, Burak, additional, Pinault, Lauren, additional, Weichenthal, Scott, additional, Blagden, Phil, additional, Johnson, Markey, additional, Burnett, Rick, additional, Zhao, Shunliu, additional, Hakami, Amir, additional, Turner, Matt, additional, Capps, Shannon, additional, Henze, Daven, additional, Percell, Peter, additional, Resler, Jaroslav, additional, Bash, Jesse, additional, Napelenok, Sergey, additional, Fahey, Kathleen, additional, Pinder, Rob, additional, Russell, Armistead, additional, Nenes, Athanasios, additional, Baek, Jaemeen, additional, Carmichael, Greg, additional, Stanier, Charles, additional, Sandu, Adrian, additional, and Chai, Tianfeng, additional

Published
2018
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6. Reply to Comment on ‘Premature deaths attributed to source-specific BC emissions in six urban US regions’

Author

Turner, Matthew D, primary, Henze, Daven K, additional, Capps, Shannon L, additional, Hakami, Amir, additional, Zhao, Shunliu, additional, Resler, Jaroslav, additional, Carmichael, Gregory R, additional, Stanier, Charles O, additional, Baek, Jaemeen, additional, Sandu, Adrian, additional, Russell, Armistead G, additional, Nenes, Athanasios, additional, Pinder, Rob W, additional, Napelenok, Sergey L, additional, Bash, Jesse O, additional, Percell, Peter B, additional, and Chai, Tianfeng, additional

Published
2016
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8. Premature deaths attributed to source-specific BC emissions in six urban US regions

Author

Turner, Matthew D, primary, Henze, Daven K, additional, Capps, Shannon L, additional, Hakami, Amir, additional, Zhao, Shunliu, additional, Resler, Jaroslav, additional, Carmichael, Gregory R, additional, Stanier, Charles O, additional, Baek, Jaemeen, additional, Sandu, Adrian, additional, Russell, Armistead G, additional, Nenes, Athanasios, additional, Pinder, Rob W, additional, Napelenok, Sergey L, additional, Bash, Jesse O, additional, Percell, Peter B, additional, and Chai, Tianfeng, additional

Published
2015
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9. Differences Between Magnitudes and Health Impacts of BC Emissions Across the United States Using 12 km Scale Seasonal Source Apportionment

Author

Turner, Matthew D., primary, Henze, Daven K., additional, Hakami, Amir, additional, Zhao, Shunliu, additional, Resler, Jaroslav, additional, Carmichael, Gregory R., additional, Stanier, Charles O., additional, Baek, Jaemeen, additional, Sandu, Adrian, additional, Russell, Armistead G., additional, Nenes, Athanasios, additional, Jeong, Gill-Ran, additional, Capps, Shannon L., additional, Percell, Peter B., additional, Pinder, Rob W., additional, Napelenok, Sergey L., additional, Bash, Jesse O., additional, and Chai, Tianfeng, additional

Published
2015
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10. Detecting Change in Atmospheric Ammonia Following Emission Changes

Author

Erisman, Jan Willem, primary, Bleeker, Albert, additional, Neftel, Albrecht, additional, Aneja, Viney, additional, Hutchings, Nick, additional, Kinsella, Liam, additional, Tang, Y. Sim, additional, Webb, J., additional, Sponar, Michel, additional, Raes, Caroline, additional, Mitosinkova, Marta, additional, Vidic, Sonja, additional, Andersen, Helle Vibeke, additional, Klimont, Zbigniew, additional, Pinder, Rob, additional, Baker, Samantha, additional, Reidy, Beat, additional, Flechard, Chris, additional, Horvath, Laszlo, additional, Lewandowska, Anita, additional, Gillespie, Colin, additional, Wallasch, Marcus, additional, Gehrig, Robert, additional, and Ellerman, Thomas, additional

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11. Detecting change in atmospheric ammonia following emission changes

Author

Sutton, Mark A., Reis, Stefan, Baker, Samantha M.H., Erisman, Jan Willem, Bleeker, Albert, Neftel, Albrecht, Aneja, Viney, Hutchings, Nick, Kinsella, Liam, Tang, Y. Sim, Webb, J., Sponar, Michel, Raes, Caroline, Mitosinkova, Marta, Vidic, Sonja, Andersen, Helle Vibeke, Klimont, Zbigniew, Pinder, Rob, Baker, Samantha, Reidy, Beat, Flechard, Chris, Horvath, Laszlo, Lewandowska, Anita, Gillespie, Colin, Wallasch, Marcus, Gehrig, Robert, Ellermann, Thomas, Sutton, Mark A., Reis, Stefan, Baker, Samantha M.H., Erisman, Jan Willem, Bleeker, Albert, Neftel, Albrecht, Aneja, Viney, Hutchings, Nick, Kinsella, Liam, Tang, Y. Sim, Webb, J., Sponar, Michel, Raes, Caroline, Mitosinkova, Marta, Vidic, Sonja, Andersen, Helle Vibeke, Klimont, Zbigniew, Pinder, Rob, Baker, Samantha, Reidy, Beat, Flechard, Chris, Horvath, Laszlo, Lewandowska, Anita, Gillespie, Colin, Wallasch, Marcus, Gehrig, Robert, and Ellermann, Thomas

Published
2009

12. Potential impact of a US climate policy and air quality regulations on future air quality and climate change.

Author

Yunha Lee, Shindell, Drew T., Faluvegi, Greg, and Pinder, Rob W.

Subjects
AIR pollution, ENVIRONMENTAL quality, PARTICULATE matter, AERODYNAMICS, CLIMATE change
Abstract

We have investigated how future air quality and climate change are influenced by the US air quality regulations that existed or were proposed in 2013 and a hypothetical climate mitigation policy that aims to reduce 2050 CO2 emissions to be 50% below 2005 emissions. Using the NASA GISS ModelE2 general circulation model, we look at the impacts for year 2030 and 2055. The US energy-sector emissions are from the GLIMPSE project (GEOS-Chem LIDORT Integrated with MARKAL (MARKet ALlocation) for the Purpose of Scenario Exploration), and other US emissions data sets and the rest of the world emissions data sets are based on the RCP4.5 scenario. The US air quality regulations are projected to have a strong beneficial impact on US air quality and public health in year 2030 and 2055 but result in positive radiative forcing. Under this scenario, no more emission constraints are added after 2020, and the impacts on air quality and climate change are similar between year 2030 and 2055. Surface particulate matter with a diameter smaller than 2.5 μm (PM2.5) is reduced by ∼2 μgm-3 on average over the USA, and surface ozone by ∼8 ppbv. The improved air quality prevents about 91 400 premature deaths in the USA, mainly due to the PM2.5 reduction (∼74 200 lives saved). The air quality regulations reduce the light-reflecting aerosols (i.e., sulfate and organic matter) more than the lightabsorbing species (i.e., black carbon and ozone), leading to a strong positive radiative forcing (RF) over the USA by both aerosols' direct and indirect forcing: the total RF is ∼0.04 W m-2 over the globe, and ∼0.8 W m-2 over the USA. Under the hypothetical climate policy, a future CO2 emissions cut is achieved in part by relying less on coal, and thus SO2 emissions are noticeably reduced. This provides air quality co-benefits, but it could lead to potential climate disbenefits over the USA. In 2055, the US mean total RF is +0.22 W m-2 due to positive aerosol direct and indirect forcing, while the global mean total RF is -0.06Wm2 due to the dominant negative CO2 RF (instantaneous RF). To achieve a regional-scale climate benefit via a climate policy, it is critical (1) to have multinational efforts to reduce greenhouse gas (GHG) emissions and (2) to simultaneously target emission reduction of light-absorbing species (e.g., BC and O3) on top of long-lived species. The latter is very desirable as the resulting climate benefit occurs faster and provides cobenefits to air quality and public health. [ABSTRACT FROM AUTHOR]

Published
2016
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13. HR strategy in a changing world

Author

Herriot, Peter and Pinder, Rob

Subjects
Human resource management -- Methods, Strategic planning (Business) -- Methods, Business, Business, international, Human resources and labor relations
Abstract

The pressure on business organizations to abandon old business strategies and adopt more competitive ones is making it difficult for human resource (HR) professionals to develop a strategic HR approach. Currently, companies may be classified into four types in terms of how they relate to the market environment: defenders, analyzers, prospectors and reactors. Defenders work on achieving market leadership through competitive advantage, analyzers copy the competition, prospectors look for new markets and products, while reactors simply react to market developments. The most notable trend in strategic shifts is from defender to analyzer, to prospector or to reactor. Such shifts necessitate accompanying changes in HR directions. Old HR programs must be replaced by ones that reflect the new business strategy adopted by the organization.

Published
1992

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