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|CSDMS meeting abstract presentation=Salt marshes are biogeomorphic features that are under increasing pressure from sea level rise, land use change, and other external stressors. Modeling of salt marshes has traditionally been “stovepiped” into three general disciplines: ecology, geomorphology, and engineering, resulting in contrasting approaches and relative rigor. I will highlight successes and failures across these efforts, and identify how the three disciplines can move forward using advances from each other. | |CSDMS meeting abstract presentation=Salt marshes are biogeomorphic features that are under increasing pressure from sea level rise, land use change, and other external stressors. Modeling of salt marshes has traditionally been “stovepiped” into three general disciplines: ecology, geomorphology, and engineering, resulting in contrasting approaches and relative rigor. I will highlight successes and failures across these efforts, and identify how the three disciplines can move forward using advances from each other. | ||
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Revision as of 11:12, 17 June 2024
CSDMS 2024: Coastlines, Critical Zones and Cascading Hazards: Modeling Dynamic Interfaces from Deep Time to Human Time
Getting meaning from models: lessons from salt marsh geomorphic modeling
Abstract
Salt marshes are biogeomorphic features that are under increasing pressure from sea level rise, land use change, and other external stressors. Modeling of salt marshes has traditionally been “stovepiped” into three general disciplines: ecology, geomorphology, and engineering, resulting in contrasting approaches and relative rigor. I will highlight successes and failures across these efforts, and identify how the three disciplines can move forward using advances from each other.
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