Locate family members with the last name RAMOS-MUSALEM.

ANA-KARINA RAMOS MUSALEM is an academic who published a paper in 2020 entitled Transport through submarine canyons. ANA-KARINA RAMOS MUSALEM published this work as part of a team: Ramos Musalem, Ana Karina. Here is a description of this work: Exchanges of water, nutrients, and oxygen between coastal and open ocean are key components of on-shelf nutrient budgets and biogeochemical cycles. Submarine canyons are underwater topographic features that incise the continental shelf and enhance physical processes such as cross-shelf mass exchanges and mixing. There is a good understanding of the flow around upwelling submarine canyons; however, the flux of biologically relevant tracers and the collective impact of canyons is less well understood. This dissertation investigates the collective impact of submarine canyons on cross-shelf exchange of tracers and water and their distribution on the shelf, taking into account the impact of locally-enhanced mixing within the canyon and the initial geometry of the tracer profile. I performed numerical experiments, using the Massachusetts Institute of Technology general circulation model.

KARINA RAMOS-MUSALEM is an academic who published a paper in 2020 entitled Replication data for: The impact of initial tracer profile on the exchange and on-shelf distribution. KARINA RAMOS-MUSALEM published this work as part of a team: Ramos-Musalem, Karina. Here is a description of this work: This dataset contains model output, in netCDF format, from an MITgcm configuration used to simulate an upwelling event in an idealized submarine canyon. The upwelling event lasts 9 days and output is saved every half day. Output for two experiments (AST and BAR) with four runs each is provided. These results are the basis of the publication The impact of initial tracer profile on the exchange and on-shelf distribution of tracers induced by a submarine canyon which is under revision. The preprint is available in the ESSOAr repository..