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Aerial Photographs of coastal area with lots of houses Key Largo, Florida
Aerial Photographs Collected from Key Largo, Florida
Aerial Photographs Collected from Key Largo, Florida
Aerial Photographs Collected from Key Largo, Florida

Baseline Coastal Oblique Aerial Photographs Collected from Key Largo, Florida, to the Florida/Georgia Border, September 5-6, 2014

Baseline Coastal Oblique Aerial Photographs Collected from Key Largo, Florida, to the Florida/Georgia Border, September 5-6, 2014

Irrigation method in Santa Isabel, PR
Irrigation method in Santa Isabel, PR
Irrigation method in Santa Isabel, PR
Irrigation method in Santa Isabel, PR

Irrigation method in Santa Isabel, PR

Image: The Decomp Physical Model
The Decomp Physical Model
The Decomp Physical Model
The Decomp Physical Model

USGS staff--working with partners--released a harmless, fluorescent dye as part of a large-scale test that is being conducted along a 3,000-foot stretch of canals and levees. Its goal is to determine how to best design and formulate plans to reconnect water flows in the Everglades.

USGS staff--working with partners--released a harmless, fluorescent dye as part of a large-scale test that is being conducted along a 3,000-foot stretch of canals and levees. Its goal is to determine how to best design and formulate plans to reconnect water flows in the Everglades.

Image: The Decomp Physical Model
The Decomp Physical Model
The Decomp Physical Model
The Decomp Physical Model

USGS staff--working with partners--released a harmless, fluorescent dye as part of a large-scale test that is being conducted along a 3,000-foot stretch of canals and levees. Its goal is to determine how to best design and formulate plans to reconnect water flows in the Everglades.

USGS staff--working with partners--released a harmless, fluorescent dye as part of a large-scale test that is being conducted along a 3,000-foot stretch of canals and levees. Its goal is to determine how to best design and formulate plans to reconnect water flows in the Everglades.

Image: The Decomp Physical Model
The Decomp Physical Model
The Decomp Physical Model
The Decomp Physical Model

USGS staff--working with partners--released a harmless, fluorescent dye as part of a large-scale test that is being conducted along a 3,000-foot stretch of canals and levees. Its goal is to determine how to best design and formulate plans to reconnect water flows in the Everglades.

USGS staff--working with partners--released a harmless, fluorescent dye as part of a large-scale test that is being conducted along a 3,000-foot stretch of canals and levees. Its goal is to determine how to best design and formulate plans to reconnect water flows in the Everglades.

Image: The Decomp Physical Model
The Decomp Physical Model
The Decomp Physical Model
The Decomp Physical Model

USGS staff--working with partners--released a harmless, fluorescent dye as part of a large-scale test that is being conducted along a 3,000-foot stretch of canals and levees. Its goal is to determine how to best design and formulate plans to reconnect water flows in the Everglades.

USGS staff--working with partners--released a harmless, fluorescent dye as part of a large-scale test that is being conducted along a 3,000-foot stretch of canals and levees. Its goal is to determine how to best design and formulate plans to reconnect water flows in the Everglades.

Bird watching on the Quebrada Margarita at Río Piedras, Puerto Rico
Bird watching on the Quebrada Margarita
Bird watching on the Quebrada Margarita
Bird watching on the Quebrada Margarita

Bird watching on the Quebrada Margarita at Río Piedras, Puerto Rico

Bird watching on the Quebrada Margarita at Río Piedras, Puerto Rico

Image: Radiotelemetered Tegu
Radiotelemetered Tegu
Radiotelemetered Tegu
Radiotelemetered Tegu

As part of a USGS radiotelemetry study, this tegu carried a transmitter backpack for a year to provide information on how tegus are moving through Florida landscapes

As part of a USGS radiotelemetry study, this tegu carried a transmitter backpack for a year to provide information on how tegus are moving through Florida landscapes

Image: Prescribed Burn
Prescribed Burn
Prescribed Burn
Prescribed Burn

Prescribed burn in a coastal sawgrass marsh at a USGS hydrologic station in Everglades National Park.

Prescribed burn in a coastal sawgrass marsh at a USGS hydrologic station in Everglades National Park.

Image: Mangroves Killed by Hurricane Wilma in Everglades National Park
Mangroves Killed by Hurricane Wilma in Everglades National Park
Mangroves Killed by Hurricane Wilma in Everglades National Park
Mangroves Killed by Hurricane Wilma in Everglades National Park

In this picture of Shark Island, Everglades National Park, you can see numerous mangroves killed by high winds and storm surge from Hurricane Wilma (2005).

In this picture of Shark Island, Everglades National Park, you can see numerous mangroves killed by high winds and storm surge from Hurricane Wilma (2005).

Image: Buffalo Trunkfish (Lactophrys trigonus)
Buffalo Trunkfish (Lactophrys trigonus)
Buffalo Trunkfish (Lactophrys trigonus)
Buffalo Trunkfish (Lactophrys trigonus)

The Buffalo Trunkfish (Lactophrys trigonus) is larger and less abundant than the Spotted and Smooth Trunkfishes seen frequently in the mangroves.

The Buffalo Trunkfish (Lactophrys trigonus) is larger and less abundant than the Spotted and Smooth Trunkfishes seen frequently in the mangroves.

Image: Sling-load
Sling-load
Sling-load
Sling-load

Eco-Hydrologist Karen Balentine directs a sling-load drop in Everglades National Park.

Eco-Hydrologist Karen Balentine directs a sling-load drop in Everglades National Park.

Image: Sediment Elevation Table
Sediment Elevation Table
Sediment Elevation Table
Sediment Elevation Table

Eco-Hydrologist Karen Balentine measures sediment elevation in at juncus stand in Everglades National Park.

Eco-Hydrologist Karen Balentine measures sediment elevation in at juncus stand in Everglades National Park.

Image: Lostman's River
Lostman's River
Lostman's River
Lostman's River

Mangrove islands bespeckle the bay in upper Lostman's River.

Mangrove islands bespeckle the bay in upper Lostman's River.

Image: Various Karst Features Along Peace River, Fl
Various Karst Features Along Peace River, Fl
Various Karst Features Along Peace River, Fl
Various Karst Features Along Peace River, Fl

Cypress Root Sink is also part of the Wabash Complex.

Image: Rhizophora
Rhizophora
Rhizophora
Rhizophora

A large red mangrove near the Shark River in Everglades National Park.

A large red mangrove near the Shark River in Everglades National Park.

Image: Various Karst Features Along Peace River, Fl
Various Karst Features Along Peace River, Fl
Various Karst Features Along Peace River, Fl
Various Karst Features Along Peace River, Fl

Ledges Sink - streamflow losses of approximately 2 cubic feet per second.

Ledges Sink - streamflow losses of approximately 2 cubic feet per second.

Eddy covariance evapotranspiration station. Tower deployment at Big Cypress National Preserve.
Eddy covariance evapotranspiration station. Tower deployment at Big Cypress National Preserve.
Eddy covariance evapotranspiration station. Tower deployment at Big Cypress National Preserve.
Eddy covariance evapotranspiration station. Tower deployment at Big Cypress National Preserve.

Eddy covariance evapotranspiration station. Tower deployment at Big Cypress National Preserve, FL.

Eddy covariance evapotranspiration station at Orlando, FL
Eddy covariance evapotranspiration station at Orlando, FL
Eddy covariance evapotranspiration station at Orlando, FL
Eddy covariance evapotranspiration station at Orlando, FL

Eddy covariance evapotranspiration station at Orlando, FL. Urban Orlando landscape.

Image: Various Karst Features Along Peace River, Fl
Various Karst Features Along Peace River, Fl
Various Karst Features Along Peace River, Fl
Various Karst Features Along Peace River, Fl

Observing the small amount of flow going into Dover Sink.