Page Banner

Aquatic Preserve Program

Water Quality Issues in St. Joseph Bay Aquatic Preserve

Water quality monitoring has become an important part of the aquatic preserve's role in understanding the bay's natural processes. Monitoring water quality allows researchers to document short-term variability and long-term changes in the status of the bay's health, and facilitates in implementing appropriate protection for waterways. The collected data can be used to gain a better understanding of how water quality is impacted and will help us understand the important role we play in water conservation.

St. Joseph Bay Aquatic Preserve - Protection of Seagrass Habitat

Seagrass communities are an integral part of St. Joseph Bay and an important natural resource. They provide nurseries, nutrition and shelter for a wide variety of commercial and recreational fish and invertebrate species, and their extensive root systems stabilize sediments on the bay bottom, helping to improve water quality and clarity, which helps keep the bay healthy. The health and status of many commercially and recreationally important seafood species such as shrimp, crabs, scallops, redfish, trout and mullet are directly proportional to the health and acreage of seagrass habitat.

St. Joseph Bay Aquatic Preserve

St. Joseph Bay is a large body of water mostly enclosed by St. Joseph Peninsula. The St. Joseph Peninsula is 17 miles long and has an average width of 1,000 feet. It is formed from the Cape San Blas shoals and the historical migration of the Apalachicola River. The cape and the spit sediments are quartz sands originally supplied by the Apalachicola River. Waves and other shore zone processes have put the beaches in a constant state of change over the last hundred years.

Big Bend Seagrasses Aquatic Preserve - Water Quality

Water quality monitoring plays a major role in the Big Bend Seagrasses Aquatic Preserves' (BBSAP) understanding of natural and human impacts on coastal waters. Researchers use water quality data to document short- and long-term changes within the water column in an effort to quantify the spatial and temporal variability and trends. These are applied both seasonally and as a function of tidal forcing, of the selected abiotic parameters (e.g. establish baseline data) within BBSAP.

Big Bend Seagrasses Aquatic Preserve- Management and Protection of Seagrasses

Seagrass beds are one of the most productive habitats found in the world. The rich biodiversity that makes up seagrass habitat plays a critical ecological and environmental role to Florida's coastal communities. Seagrasses improve water clarity by stabilizing bottom sediments and absorbing nutrients from the water column. They reduce coastal erosion by helping to diffuse wave energy during storm events. Economically, seagrass beds are of critical importance to Florida's commercial and recreational fisheries.

Yellow River Marsh Aquatic Preserve

"A trip on the Yellow River is like going back in time.
Its tall-forested banks, pristine water quality and productive fishing create a place one can go to be completely surrounded by nature.
The Yellow River Preserve is one of Florida's most precious contributions it has for its future generations."
 - Ernie Rivers, River Keeper and Bream Fisherman Associate of Northwest Florida

Apalachicola Bay Aquatic Preserve

"The Apalachicola River, floodplain and bay comprise one of the most biodiverse and productive riverine and estuarine systems in the northern hemisphere. The historic natural function and cultural heritage of the surrounding communities remain intact much of the way it has been for generations of commercial fishermen on one of Florida's last working waterfronts. This ecosystem and its people are truly an American treasure."

 — Dan Tonsmeire, Apalachicola Riverkeeper

Pages

Some content on this site is saved in an alternative format. The following icons link to free Reader/Viewer software:
PDF: | Word: | Excel: