Field Investigation Team Evaluation

All Teams are responsible for the first three questions:

Definition	Dictionary Definition	Definition in context with Examples	Scientific Explanation	Discriminate between definitions and/or viewpoints
Causes Sources Uses	Contaminant and evidence of contamination	Sources (point, non-point), historical and/or current uses	Routes, means of transport, primary vs. secondary, incidental	Documentation of problem based on what is known, unresolved questions, missing or controversial data
Concentration	Relative concentrations throughout Ramford	Change in concentrations over time in Ramford	Reasons for relative concentrations in Ramford	Assessment of the total extent of contaminant

Issues	1 Describe	2 Conclude	3 Explain	4 Evaluate and/or Recommend
Environmental Concentrations - Geography	Where the acid precipitation exists in the physical environment	Problems on a domestic and international level	Acid precipitation effect based on activity and concentration at source and field locations	Examples (case studies) of acid precipitation effects on air, lakes, and buildings
Interaction with environment	How the contaminant interacts with the environment	Interactions in air, water (surface and ground), and soil including domino effect	Results of the domino effect (specific chemical interactions, e.g. solubility and volatility)	Cases showing the relative importance of the environmental interactions
Transport in the environment, ie: water, air soil & sediment	How the contaminant moves in the environment	Relative importance of different kinds of movement	Relative importance of different rates of movement	Ranking of different kinds of movement based on importance in contamination