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Morocco lies at the intersection of the Mediterranean and Atlantic oceans. The Mediterranean coastline stretches from 500 s to just under 3,000 km on the Atlantic, and Morocco's Atlantic coast is home to a huge number of fish stocks, strongly controlled by the upwelling system and other oceanic structures that regulate hydrology and dynamics. The abundance of fish in these waters provides vital sustenance for local communities and supports a thriving fishing industry. We configured high-resolution ocean models using physico-biogeochemical ensemble simulations. We carried out a quantitative assessment of the discrepancies between the model and the data and a qualitative assessment of the multivariate differential analysis. In this study, in order to assess monthly and annual variations, remotely sensed datasets measuring Sea Surface Temperature (SST), Sea Surface Height (SSH) And Chlorophyll Concentration (CHL) in the Cap Spartel- Cap Blanc marine region (35°47ʹ-33°09ʹN) were collected and averaged geographically, temporally and annually, The data also reveals that extreme temperatures have a considerable impact on various aspects of everyday life, from energy consumption to the effects on health. What's more, it's essential that polymarkers and individuals take these results into account when planning for future climate change. The results have therefore shown us that there is a big difference between cold and warm seasons, even when the weather is high.

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Spatial–Temporal Variations of Oceanographic Parameters in the Moroccan North Atlantic Sea Coast Based on Remote Sensing Datasets

  • 会议论文

  • 发表日期：

    2025年

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  • Badri Maroua,
  • Ezzghari Yousra,
  • Wahbi Miriam,
  • Maatouk Mustapha,
  • Malouli Idrisi Mohammed,
  • Benchoucha Said,
  • Ezziyyani Mohammed

摘要

Morocco lies at the intersection of the Mediterranean and Atlantic oceans. The Mediterranean coastline stretches from 500 s to just under 3,000 km on the Atlantic, and Morocco's Atlantic coast is home to a huge number of fish stocks, strongly controlled by the upwelling system and other oceanic structures that regulate hydrology and dynamics. The abundance of fish in these waters provides vital sustenance for local communities and supports a thriving fishing industry. We configured high-resolution ocean models using physico-biogeochemical ensemble simulations. We carried out a quantitative assessment of the discrepancies between the model and the data and a qualitative assessment of the multivariate differential analysis. In this study, in order to assess monthly and annual variations, remotely sensed datasets measuring Sea Surface Temperature (SST), Sea Surface Height (SSH) And Chlorophyll Concentration (CHL) in the Cap Spartel- Cap Blanc marine region (35°47ʹ-33°09ʹN) were collected and averaged geographically, temporally and annually, The data also reveals that extreme temperatures have a considerable impact on various aspects of everyday life, from energy consumption to the effects on health. What's more, it's essential that polymarkers and individuals take these results into account when planning for future climate change. The results have therefore shown us that there is a big difference between cold and warm seasons, even when the weather is high.