greenhouse gas emissions / smarter transportation patterns / energy source / energy conservation / conserve energy / transportation / reduced energy consumption / Even chemicals / construction equipment / conserves energy / coal-fired utilities / marine food webs / toxic chemicals / car emissions / chemical changes / food web / chemical and physical properties / natural gas / contaminated food / electric utilities / public transportation / septic systems / energy efficient products / Energy efficiency / cement / latex paint / chemical reaction / chemical / gas consumption / physical and chemical changes / oil-fired commercial/industrial boilers / oil / electric utilities cars / paper manufacturing / fuel oil / chemicals / car pool / energy / /
NaturalFeature
Lake Champlain / Gulf of Mexico / Chesapeake Bay / Tampa Bay / Great Lakes / /
Organization
Congress / Air Great Waters Program Persistent Bioaccumulative Toxics AIRNOW Mobile Source Reduction Ozone Hazardous Waste Combustion Fish Consumption Advisories Chesapeake Bay Program office Great Lakes Program office office of Water / EPA's office of Water / Alliance for the Chesapeake Bay / National Oceanographic and Atmospheric Administration / Alliance for the Chesapeake Bay What / EPA's office of Air and Radiation / Environmental Protection Agency / /
Position
researcher / /
Product
especially contaminated fish / garbage / fish / foods / sites / food / /
ProvinceOrState
District of Columbia / Florida / New York / /
Region
eastern U.S. / northeastern U.S. / Gulf of Mexico / western Florida / /
What is atmospheric deposition and how does it occur? Pollutants released into the air are carried by wind patterns away from their place of origin. These pollutants come from man-made sources such as the burning of foss