RAND physical scientist Aimee Curtright describes RAND research that provides a first-order estimate of air emissions, and the monetary value of the associated damages, from the extraction of shale gas in Pennsylvania.
A RAND study evaluated U.S. Department of State contributions to the Global Methane Initiative, an international partnership to promote methane recovery and reuse. The study focused on the strategic contributions and program activities and outcomes.
Producing natural gas from shale generates air pollutant emissions. RAND researchers provided a first-order estimate of air emissions, and the monetary value of the associated damages, from the extraction of shale gas in Pennsylvania.
This study investigates racial and ethnic disparities in hospital admission and emergency room visit rates resulting from exposure to ozone and fine particulate matter levels in excess of federal standards ("excess attributable risk").
There is little evidence of an association between short- or long-term exposure to particulate matter air pollution and venous thromboembolism; and no evidence that hormone therapy is modifing such a link.
California's dirty air caused more than $193 million in hospital-based medical care from 2005 to 2007 as people sought help for problems such as asthma and pneumonia that are triggered by elevated pollution levels.
The Middle Atmosphere Nitrogen TRend Assessment (MANTRA) series of high-altitude balloon flights is being undertaken to investigate changes in the concentrations of northern hemisphere mid-latitude stratospheric ozone, and of nitrogen and chlorine compounds that play a role in ozone chemistry.
In this study, the authors have linked two existing databases of the New York State Department of Health to evaluate the relation between congenital malformations and residential proximity to hazardous waste sites in New York State.
Analyzes the effects of an innovative and controversial program — voluntary accelerated vehicle retirement — that is part of California's plan for complying with federal clean-air standards by the required date of 2010.
Particulate matter (PM) comes from a variety of sources and is a mixture of many pollutants made up of several different chemical species. Monitoring to determine whether an area has met EPA standards requires a comprehensive approach.