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  • Article title
  • Abstract
  • Key words
  • Introduction
  • River and coastal restoration needs
    • Problem setting
    • Lower river course and reservoirs: sediment availability and transport capacity
      • Sediment accumulation in reservoirs
      • Rate of subsidence within the deltaic body
    • Coastal fringe: sediment transport and deficit
    • Alternatives for river-delta connectivity: sediment mobilisation and transport
      • Feasible technical options for reservoir bypass
      • Activities for sediment mobilisation
      • Downstream sediment transport to the Delta
      • Current potential sediment delivery (natural and altered conditions)
      • Future potential sediment transport (under climate projections)
    • Alternatives for coastal resilience: morphological roughness and sediment recycling
      • Increased coastal roughness by embryo dunes plus a ridge and runnel morphology
      • Sediment recycling by a natural conveyor belt that combines aeolic and wave transports
    • Discussion: trade-offs and synergies in river-coastal restoration
      • Sediment by-pass and controlled river discharges to restore river-coast connectivity for solid transport
      • Embryonic dunes and lagoons
      • Natural sand recycling
  • Conclusions
  • Acknowledgements
  • Additional information
    • Conflict of interest
    • Ethical statement
    • Use of AI
    • Funding
    • Author contributions
    • Author ORCIDs
    • Data availability
  • References
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