Students learn about a disease-causing organism that likes warm water.
Students learn about water pollution and how they can help to prevent it.
Students learn about topography and bathymetry by studying and making maps.
Students learn about native, exotic, and invasive plants and their impacts on the environment.
Students will examine rainfall, water levels and the likely impact of climate change on rainfall.
Students learn dimensional analysis while exploring the flow of history on the Wekiva River.
Students practice creating a best-fit trend line, and study the role of dissolved oxygen in water.
Students investigate what happens when a lake is overfed... too many nutrients cause problems!
Students investigate the causes of pollution in our surface waters.
Students learn the importance of dissolved oxygen to aquatic life.
Students will explore how plant life affects, and is affected by, the ecosystem where it lives.
Students learn about latitude, longitude, and the potential effects of climate change.
Students learn how "bugs" can help us judge the health of our lakes and streams.
Students learn about mapping methods and map scales.
Students investigate what happens when a lake is overfed... too many nutrients cause problems!
Students learn about different sources of pollution and how we can stop it.
Students explore a lake within their own watershed.
Students compare two streams and consider the implications of climate change and development.
Students learn to use the Watershed Excursion Tool, develop a Watershed "Point of Interest."
Students will compile and use a statistical table using water quality data.
Students will use the Water Atlas to learn about their own watershed.
Students learn about their own watersheds and how water moves through them.
Students learn about the importance of wetlands and the interrelationships of wetland organisms.
