Mitigating coastal soil erosion using hdpe net and Bulb pile footing
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Date
2025-04-28
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Abstract
Globally, ecosystems, infrastructure, and livelihoods are all seriously threatened by coastal soil
erosion. The origins, effects, and mitigation strategies of soil erosion in coastal regions are
investigated in this study. We evaluate how well beach replenishment, coastal engineering
structures, plant restoration, and sustainable land-use planning reduce erosion by combining field
observations, remote sensing, and GIS analysis. The findings demonstrate that soil loss may be
successfully reduced, biodiversity can be preserved, and ecosystem services can be supported by a
mix of natural and manmade solutions. examines land deterioration, soil erosion, and
hydroclimatic changes. Increased hazards of soil erosion are found, especially in metropolitan
areas, and policy modifications are recommended to improve resistance to hydroclimatic
oscillations. emphasizes the use of adaptable methods for environmental stewardship, uses CSLE
and GIS/RS technology to quantify soil erosion, finds that wooded regions have superior soil and
ability to conserve water. Agronomic, agnotological, and mechanical procedures are identified in
this systematic assessment of control methods used in Asian agricultural land. It also urges further
study and useful strategies to lessen soil erosion. emphasizes the value of adaptable strategies for
environmental stewardship.