Coastal wetlands provide crucial ecosystem services and are the natural habitat of many endemic species. These precious ecosystems are influenced by environmental change and human pressure on the coastal zone. Recent scientific advances in the study of coastal areas, and technical advances in the development of field monitoring, computer modeling, and remote sensing techniques, have improved our understanding of coastal wetlands dynamics. Interdisciplinary studies have also made significant contributions to our understanding of interactions between the human and physical dimensions.
This Research Topic will combine multidisciplinary contributions investigating the response of coastal wetlands to environmental stressors, coastal management solutions, human wetlands interactions, and ecosystem resilience with the goal of providing a holistic overview on the current state of knowledge of wetlands functioning, resilience and management.
Themes of this Research Topic can include, but are not limited to, the following:
· Response of coastal wetlands to sea-level rise and storms
· Ecosystem services provided by coastal wetlands within the context of a changing environment;
· Advances in hydrodynamic, sediment transport and morphological modeling for wetlands;
· Advances in field methodologies for the monitoring of coastal wetlands;
· Advances in the understanding of vegetated surfaces on the resilience of coastal environments;
· Geomorphological response of coastal wetlands;
· Use of wetlands as nature-based solutions including theoretical studies and case studies of coastal management interventions.
· interaction between the human and natural wetlands landscape.
Coastal wetlands provide crucial ecosystem services and are the natural habitat of many endemic species. These precious ecosystems are influenced by environmental change and human pressure on the coastal zone. Recent scientific advances in the study of coastal areas, and technical advances in the development of field monitoring, computer modeling, and remote sensing techniques, have improved our understanding of coastal wetlands dynamics. Interdisciplinary studies have also made significant contributions to our understanding of interactions between the human and physical dimensions.
This Research Topic will combine multidisciplinary contributions investigating the response of coastal wetlands to environmental stressors, coastal management solutions, human wetlands interactions, and ecosystem resilience with the goal of providing a holistic overview on the current state of knowledge of wetlands functioning, resilience and management.
Themes of this Research Topic can include, but are not limited to, the following:
· Response of coastal wetlands to sea-level rise and storms
· Ecosystem services provided by coastal wetlands within the context of a changing environment;
· Advances in hydrodynamic, sediment transport and morphological modeling for wetlands;
· Advances in field methodologies for the monitoring of coastal wetlands;
· Advances in the understanding of vegetated surfaces on the resilience of coastal environments;
· Geomorphological response of coastal wetlands;
· Use of wetlands as nature-based solutions including theoretical studies and case studies of coastal management interventions.
· interaction between the human and natural wetlands landscape.
