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Conceptual digram illustrating a rain barrel design to stop sediment and nutrients from running off property into storm drains. — Rain barrel

Inputs: nutrients, toxins, sediment

Conceptual diagram illustrating the biomagnification of mercury within the aquatic food chain. — Biomagnification of mercury within aquatic food…

Conceptual diagram illustrating changes in seagrasses in Johnson Key Basin, Western Florida Bay, and the relative coverage of seagrass species. — Changes in seagrass in Johnson Key Basin

Conceptual diagram illustrating how phytoplankton blooms in eastern Florida Bay and southern Biscayne Bay were sustained through feedback loops among ecosystem components. — Phytoplankton bloom feedback loops

Conceptual diagram illustrating the inverse relationship between the size of plants and their growth rates and nutrient requirements. — Relationship between plant size, nutrient…

Conceptual diagram illustrating differences in nutrient transport between benthic algae and seagrasses. — Seagrass nutrient transport

Conceptual diagram illustrating the nitrogen cycle. — The nitrogen cycle

Conceptual diagram illustrating the phosphorus cycle. — The phosphorus cycle

After tropical Storm Irene, trash, mud, and logs washed into the bay. — Affects of tropical storm Irene

Estuary 3D: River Mouth Triptych

Preparing a sediment core for sampling — Sediment core preparation

This sediment grab remains open when sent to the bottom and the release snaps shut the mouth for sediment collection. — Sediment grab

Sediment slurries in 125 mL Erlenmeyer flasks capped with rubber stoppers to prevent gas exchange for indirect measurements of denitrification using acetylene inhibition techniques — Sediment slurries

Sediments from the Patuxent River are sifted through onboard the R/V Aquarius to collect and identify benthic organisms — Sifting for benthic organisms

The grab sampler will collect sediment samples once the spring releases the jaws at the bottom of the Patuxent River. — Sediment grab sampler

low tide along one of the three tributary creeks to Monie Bay, National Estuarine Research Reserve — Low tide along a salt marsh

low tide along one of the three tributary creeks to Monie Bay — low tide along a salt marsh

Excess fine grained oxic and anoxic sediments from a sample core taken from the Patuxent River — Fine sediments from Patuxent River

A sediment core has been collected and is being prepared for storage and analysis by carefully filling the core with water from the sample site to minimize disturbance. — Sediment core preparation

Tim Carruthers prepares a sediment corer with a rubber stopper. This corer is made by cutting off the top of a 60 mL syringe. Samples were collected from Maryland's Coastal Bays — Collecting sediment cores

A sediment slurry was mixed and the flask capped to trap gases formed as intermediary steps of denitrification. — Sediment slurry

Photo demonstrating sedimentation, found in the War at the Pacific National Historical Park in Guam. — Sediment runoff

Preparing sediment corers made from 60 ml syringes for sampling and water quality monitoring fieldwork in Maryland's Coastal Bays. — Preparing sediment cores in Maryland's Coastal…

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