Daniel T. Rogers is currently Director – Environmental Affairs at Amsted Industries Incorporated in Chicago, Illinois. Amsted Industries is a diversified manufacturing company of industrial components serving primarily railroad, vehicular, and construction and building markets. Amsted Industries has more than 60 manufacturing locations in 15 countries. Mr. Rogers participates in environmental due diligence for acquisitions and divestitures, investigation and remediation of contamination, creating and evaluating environmental compliance and sustainability programs, and providing environmental advice, oversight, training, and negotiation strategies at various levels within the organization. Mr. Rogers has published nearly 100 research papers in professional and academic publications and peer-reviewed journals on subjects including environmental geology, hydrogeology, geologic vulnerability and mapping, contaminant fate and transport, urban geology, environmental site investigations, contaminant risk, brownfield re-development, remediation, pollution prevention, environmental management, and sustainable development. He has co-authored Urban Watersheds: Geology, Contamination and Sustainable Development (2011) and is also the author of Environmental Geology of Metropolitan Detroit (1996) and has published surficial geologic maps of the Rouge River watershed in southeastern Michigan. In addition, he is a contributing author of an encyclopedia of global social concerns. He has taught geology and environmental chemistry at Eastern Michigan University and The University of Michigan and has presented guest lectures at several colleges and universities both in the United States and internationally.

• Introduction to Urban Watersheds. Geology of Urban Areas. Water and the Hydrogeology of Urban Areas. Conducting Subsurface Environmental Investigations in Urban Areas. Geologic Vulnerability. Common Contaminants in Urban Watersheds. Contaminant Fate and Transport. Heavy Metal Contamination in Urban Watersheds. Contaminant Risk Factors. Remediation: Techniques and Cost. Urbanization and the Disruption of Matter and Energy Flows in Urban Watersheds. Pollution Prevention and Sustainability. Success and Failure of Environmental Regulations in Urban. Case Studies. Science-Based Landscape Planning in Urban Regions. A Model for Attaining Sustainable Urban Regions.

Daniel T. Rogers is currently Director – Environmental Affairs at Amsted Industries Incorporated in Chicago, Illinois. Amsted Industries is a diversified manufacturing company of industrial components serving primarily railroad, vehicular, and construction and building markets. Amsted Industries has more than 60 manufacturing locations in 15 countries. Mr. Rogers participates in environmental due diligence for acquisitions and divestitures, investigation and remediation of contamination, creating and evaluating environmental compliance and sustainability programs, and providing environmental advice, oversight, training, and negotiation strategies at various levels within the organization. Mr. Rogers has published nearly 100 research papers in professional and academic publications and peer-reviewed journals on subjects including environmental geology, hydrogeology, geologic vulnerability and mapping, contaminant fate and transport, urban geology, environmental site investigations, contaminant risk, brownfield re-development, remediation, pollution prevention, environmental management, and sustainable development. He has co-authored Urban Watersheds: Geology, Contamination and Sustainable Development (2011) and is also the author of Environmental Geology of Metropolitan Detroit (1996) and has published surficial geologic maps of the Rouge River watershed in southeastern Michigan. In addition, he is a contributing author of an encyclopedia of global social concerns. He has taught geology and environmental chemistry at Eastern Michigan University and The University of Michigan and has presented guest lectures at several colleges and universities both in the United States and internationally.

• Introduction to Urban Watersheds. Geology of Urban Areas. Water and the Hydrogeology of Urban Areas. Conducting Subsurface Environmental Investigations in Urban Areas. Geologic Vulnerability. Common Contaminants in Urban Watersheds. Contaminant Fate and Transport. Heavy Metal Contamination in Urban Watersheds. Contaminant Risk Factors. Remediation: Techniques and Cost. Urbanization and the Disruption of Matter and Energy Flows in Urban Watersheds. Pollution Prevention and Sustainability. Success and Failure of Environmental Regulations in Urban. Case Studies. Science-Based Landscape Planning in Urban Regions. A Model for Attaining Sustainable Urban Regions.