Determining Links to the Human Beneficiary: Report from the Air Quality and Ecosystem Services Workshop
FEDERAL AGENCY EXPLORATIONS AND APPLICATIONS: CASE 15
Dates
Publication Date
2014
Summary
Eutrophication of landscapes from excessive nitrogen deposition can alter plant communities, and lead to acidification of soils, lakes, and streams. The effects of air pollution on ecosystem functions have been a particular research focus of the National Park Service’s (NPS) Air Resources Division. Links between atmospheric deposition and ecosystem services can inform park managers about how excessive nitrogen and sulfur can affect those who use and depend publicly managed landscapes. By improving upon these linkages, the NPS can enhance park management by better representing the effects from air pollution on ecosystem functions.
Summary
Eutrophication of landscapes from excessive nitrogen deposition can alter plant communities, and lead to acidification of soils, lakes, and streams. The effects of air pollution on ecosystem functions have been a particular research focus of the National Park Service’s (NPS) Air Resources Division. Links between atmospheric deposition and ecosystem services can inform park managers about how excessive nitrogen and sulfur can affect those who use and depend publicly managed landscapes. By improving upon these linkages, the NPS can enhance park management by better representing the effects from air pollution on ecosystem functions.