Chesapeake Bay Population Studies

Take an in-depth look at nutrient loading, eutrophication, and hypoxia using data on The Chesapeake Bay as an example. This comprehensive presentation includes detailed graphs, photos, and details about the changes in marine organism...

Students explore the effects of tides and salinity on an estuary. In this salinity and tides lesson plan, students complete 3 activities which help them understand estuarine systems. They study the tides in the Chesapeake Bay, they study...

Take a survey of the different species of sea turtles that reside in the Chesapeake Bay for at least part of the year. Use this presentation with your biology classes when studying biodiversity or nomenclature. This would be particularly...

Oysters were harvested in great quantities from The Chesapeake Bay in years past. Only about 1% of the population remains. Viewers learn this and the basic physical characteristics of oysters by contemplating this collection of slides....

Examine how industrial and residential runoff affects the bay by using online tools and resources to examine data. The key indicators of the health of the Chesapeake Bay watershed and the factors that affect them are the main focus of...

The National Park Service has produced a high-quality presentation on the halibut population of Glacier Bay, Alaska. It takes the viewpoint of the marine biologists or rather, ichthyologists, who have been studying the adaptations,...

A plethora of information about the blue crabs of Chesapeake Bay will amaze and delight your marine biologists. They learn, through direct instruction, about the characteristics and life cycle of this fascinating arthropod. A highlight...

Students investigate past and present human activities and how they affect the Chesapeake Bay.  In this life science lesson students determine what actions will positively affect the health of organisms in the bay. 

Learn about the factors that affect the way oxygen dissolves in salt water with a chemistry lab. After studying the molecular structure of water, young scientists figure out how aeration, temperature, and organic waste affect dissolved...

Students determine how to use a quarter meter quadrant to find population density, relative density, frequency and how to calculate a diversity index while participating in a virtual field trip. They study how to establish a Correlation...