Add to ORKGThe formation and development of tidal channels and salt marshes are controlled by complex interacti...
Tidal channel networks play an essential role in tidal ecosystem functioning since they are the majo...
Temperate coastal wetlands include a large variety of environments, from tidal flats and salt marshe...
https://scholarworks.umass.edu/umpress_tidal_wetlands_primer_images/1022/thumbnail.jp
https://scholarworks.umass.edu/umpress_tidal_wetlands_primer_images/1088/thumbnail.jp
https://scholarworks.umass.edu/umpress_tidal_wetlands_primer_images/1035/thumbnail.jp
https://scholarworks.umass.edu/umpress_tidal_wetlands_primer_images/1005/thumbnail.jp
https://scholarworks.umass.edu/umpress_tidal_wetlands_primer_images/1049/thumbnail.jp
Studies have shown marsh topography exerts considerable control on the timing and duration of platfo...
The structure and ecological function of salt marshes are defined by many interacting factors, inclu...
Roads, bridges, causeways, impoundments, and dikes in the coastal zone often restrict tidal flow to ...
Salt marshes are critical components of our coastal systems. Salt pools, shallow, water-filled depre...
https://scholarworks.umass.edu/umpress_tidal_wetlands_primer_images/1017/thumbnail.jp
The coast of Maine is divided into 4 distinct geomorphologic sections arising from differences in th...
Soil saturation, and thus water table depth, is important to salt marsh vegetation as it drives zona...
The formation and development of tidal channels and salt marshes are controlled by complex interacti...
Tidal channel networks play an essential role in tidal ecosystem functioning since they are the majo...
Temperate coastal wetlands include a large variety of environments, from tidal flats and salt marshe...
https://scholarworks.umass.edu/umpress_tidal_wetlands_primer_images/1022/thumbnail.jp
https://scholarworks.umass.edu/umpress_tidal_wetlands_primer_images/1088/thumbnail.jp
https://scholarworks.umass.edu/umpress_tidal_wetlands_primer_images/1035/thumbnail.jp
https://scholarworks.umass.edu/umpress_tidal_wetlands_primer_images/1005/thumbnail.jp
https://scholarworks.umass.edu/umpress_tidal_wetlands_primer_images/1049/thumbnail.jp
Studies have shown marsh topography exerts considerable control on the timing and duration of platfo...
The structure and ecological function of salt marshes are defined by many interacting factors, inclu...
Roads, bridges, causeways, impoundments, and dikes in the coastal zone often restrict tidal flow to ...
Salt marshes are critical components of our coastal systems. Salt pools, shallow, water-filled depre...
https://scholarworks.umass.edu/umpress_tidal_wetlands_primer_images/1017/thumbnail.jp
The coast of Maine is divided into 4 distinct geomorphologic sections arising from differences in th...
Soil saturation, and thus water table depth, is important to salt marsh vegetation as it drives zona...
The formation and development of tidal channels and salt marshes are controlled by complex interacti...
Tidal channel networks play an essential role in tidal ecosystem functioning since they are the majo...
Temperate coastal wetlands include a large variety of environments, from tidal flats and salt marshe...