Transects on St. George Island, Florida, USA.

<p>Transects were conducted at two study sites: (A) Nick’s Hole and (B) Unit 4. Observers detected migrants by sight and/or sound while walking nine transects: one in Nick’s Hole and eight in Unit 4. Avian abundance was calculated as number of migrants observed divided by transect length in each cell.</p

Environmental Parameters for Sea Level Affecting Marshes Model.

<p>Environmental Parameters for Sea Level Affecting Marshes Model.</p

Most Common Nearctic-Neotropical Migrant Species Detected Visually or Audibly by Observers during Transects.

<p>Most Common Nearctic-Neotropical Migrant Species Detected Visually or Audibly by Observers during Transects.</p

Sea Level Affecting Marshes Model (SLAMM 6.0).

<p>Sea Level Affecting Marshes Model (SLAMM 6.0).</p

Results of Sea Level Affecting Marshes Model (SLAMM 6).

<p>The SLAMM simulation modeling results for 2 m sea level rise scenario predict that 98% of palustrine forested area will be lost between 2009 and 2100.</p

Best Fit Model Selection.

<p>Best Fit Model Selection.</p

Habitat Maps.

<p>Habitat maps of sites were created using the supervised classification method on WorldView-2 satellite imagery. Percent habitat type coverage was calculated for each cell and compared to avian abundance.</p