How does coastal development affect the nesting habits and survival rates of sea turtles?
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Coastal development significantly impacts sea turtles' nesting habits and survival rates. Urbanization and beach nourishment activities can lead to vegetation loss, altered sand temperatures, and reduced nesting beach availability . Plastic pollution on nesting beaches poses a threat to sea turtle embryos and hatchlings, affecting their survival odds and emergence patterns . Additionally, coastal squeeze due to anthropogenic structures like sea walls reduces beach area, limiting suitable nesting sites for marine turtles . Erosion and changes in beach dynamics further exacerbate the challenges faced by sea turtles, necessitating proper management and conservation strategies to safeguard their nesting habitats . Overall, understanding and mitigating the impacts of coastal development are crucial for ensuring the resilience and survival of sea turtles.
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| Papers (5) | Insight |
|---|---|
| Coastal development, like urbanization, impacts sea turtle nesting grounds by increasing sand temperatures. Vegetation buffers high temperatures, crucial for olive ridley sea turtle resilience to global warming. | |
| Coastal urbanization contributes to plastic pollution, impacting sea turtle hatchlings' emergence patterns and survival rates by reducing successful emergence probability and disrupting synchronized hatching, increasing predation risk. | |
| Coastal development leads to coastal erosion, impacting sea turtle nesting habitats. Monitoring sand spits and beach dynamics is crucial to mitigate erosion and ensure sea turtle nesting survival. | |
| Coastal development, particularly hard anthropogenic structures, reduces beach availability for marine turtles, impacting nesting habits. Prioritizing beaches with low development can help mitigate future coastal squeeze risks. | |
31 Mar 2022 | Beach nourishment for coastal development can impact nesting sea turtles through construction, dredging, lighting, and habitat alterations, requiring mitigation measures to minimize negative effects on survival rates. |
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