What are System Theory and System Dynamics?
System theory has the goal of explaining complex phenomena characterized by a large number of mutually interacting and interrelated parts. From a geosciences perspective these interactions may involve coupling between 1) layers, 2) levels of organization, 3) latitudinal/longitudinal zones, 4) constituents, 5) flow regimes, and 6) temporal and/or spatial scales. System dynamics refers to the spatial and temporal behavior of the system and the causes and consequences of such behavior. • What are some examples of themes that would fit within the scope of FESD? NOTE: The themes listed below are meant only to provide examples of the type of research problems relevant to the FESD solicitation. FESD proposals are not limited to these topics. • Dynamical processes governing tropical cyclone development and impacts bridge multiple interfaces (e.g. air-sea exchanges of heat, moisture and momentum) and have impacts ranging from coastal wave dynamics, inundation, and alteration of coastal ecosyste
