OBJECTIVES
ACTIVITY
1:
Students will::
qualitatively
analyze and compare the inorganic ion content and pH of varied local sources of
drinking water
develop an understanding of potable water and the
importance of safe drinking water standards
ACTIVITY
2:
Students will:
Use
their research skills to develop understandings of groundwater resources and the
impact of human activities and
forces of nature on them.
Develop
their own explanations of concepts relative to groundwater resources.
Demonstrate
an understanding of aquifers and the interaction of hydrology and geology by
constructing a visual
representation such as a diagram.
ACTIVITY
3:
Students will:
Search
Internet databases to collect, organize, graph, and analyze data on state
groundwater uses.
Read,
summarize, and discuss news articles about the effects of merchant power plants
on the volume of groundwater.
ACTIVITY
4:
Students will:
Build
and observe a physical model of a groundwater system.
Discover
the relationships between the forces of nature and human activities that impact
the amount of groundwater.
Construct
a flow diagram of the groundwater system to visualize the effects of multiple
variables on the system.
Construct
a simple STELLA model of the groundwater system and make predictions about how
changes in the variables
affect the amount of groundwater.
ACTIVITY
5:
Students
will:
Examine
the recharge and the drawdown of an aquifer.
Analyze the
relationships between forces of nature and human activity and their effects on
an aquifer.
Use Computational
Science modeling tools to investigate groundwater relationships.
Consider the
effects of saltwater intrusion and merchant power plants.
Evaluate the
validity of a Computational Science model.
CULMINATING ACTIVITY:
Students will:
Apply
conceptual understandings of groundwater to a novel situation.
Work in groups to develop a rationale for groundwater policy formation, write a
state groundwater policy proposal, and
present the proposal to an audience.