Media Library | Integration and Application Network

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Conceptual diagram illustrating a modern central collection and wastewater treatment plant. — Modern Wastewater Treatment

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

Conceptual diagram illustrating a virus tracer study demonstrating that Class V injection wells can cause contamination of surface waters within the environment due to the porous nature of the limestone substrate. — Virus tracer study

Estuary 3D: River Mouth Triptych

Multiple impacts threaten the natural resources of the Verde Island Passage. Human activity and natural threats include overfishing, destructive and illegal fishing practices, unsustainable coastal development, unsustainable land use practices, and natural disasters. Climate change threats include increased sea surface temperature, sea level rise, increased storm frequency and intensity, increased rainfall, and ocean acidification. — Threats to the marine resources of the Verde…

Outhouse

This is an example of a hardended shoreline with residential development very close to the water. As an example, this type of development is often on septic systems which can leach and input nutrients into the nearby waters. — Hardened shoreline associated with development

Manure composting bunker

Conceptual diagram illustrating a mathematical model which represents nitrogen inputs and exports in coastal bays. — Nitrogen exchange in a coastal bay

Conceptual diagram illustrating the differences between habitats in natural streams versus man-made ditches including the vegetation, water temperature, and the relative debris that contribute toward a habitat. — Stream habitat vs. ditch habitat

Conceptual diagram illustrating the process in which wastewater is treated by sewage treatment systems versus traditional and advanced septic systems. — Wastewater treatment

Drainage ditch in a agricultural field near Ruthsburg, Maryland. Ditch is being monitored by a team of scientists to see the amount of nutrients that comes off the fields. — Drainage ditch

Macroalgae bloom, Ulva lactuca (sea lettuce), that washed up onto the Oxford beach along the Tred Avon River. — Ulva bloom on the Tred Avon River

Macroalgae bloom, Ulva lactuca (sea lettuce), that washed up onto the Oxford beach along the Tred Avon River. — Ulva bloom on the Tred Avon River

Macroalgae bloom, Ulva lactuca (sea lettuce), that washed up onto the Oxford beach along the Tred Avon River. — Ulva bloom on the Tred Avon River

Macroalgae bloom, Ulva lactuca (sea lettuce), that washed up onto the Oxford beach along the Tred Avon River. — Ulva bloom on the Tred Avon River

Macroalgae bloom that washed up onto the Oxford beach along the Tred Avon River. — Ulva bloom on the Tred Avon River

Diagram showing the effect of increasing nutrient loading on aquatic primary producers. — Effect of nutrients of aquatic primary producers

Ria Formosa, Priai de Faro, Portugal — Ulva and Codium on tidal flat

One-lane bridge to Praia de Faro (Faro Beach) crosses the estuary where at low tide, shorelines are covered in macroalgae. Concrete boat ramp in lower left. — Low tide on the Ria Formosa

Inputs: nutrients (non-point source)

Animal nutrition

Temperate Coastal Ecosystem Summary