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Models used for "Global characterization of sea turtle ecological traps driven by compound marine heatwaves and microplastics"
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This is a code repository (not a standalone paper) accompanying a study on global 'ecological traps' for sea turtles created by the combination of marine heatwaves and microplastic hotspots — regions where warming oceans draw turtles into areas with high plastic contamination, compounding threats to their survival.
Code which were used for “Global characterization of sea turtle ecological traps driven by compound marine heatwaves and microplastics”.
More Papers Like This
Models used for "Global characterization of sea turtle ecological traps driven by compound marine heatwaves and microplastics"
AI summary Read the abstract
This is a duplicate code repository entry for the sea turtle ecological traps study examining where marine heatwaves and microplastic hotspots overlap to create compounded hazards for sea turtle populations globally.
Models used for "Global characterization of sea turtle ecological traps driven by compound marine heatwaves and microplastics"
AI summary Read the abstract
This is a duplicate code repository entry for the sea turtle ecological traps study on the intersection of marine heatwaves and microplastic pollution, with no unique research content beyond the associated model code.
Models and processed data used for "Global characterization of sea turtle ecological traps driven by compound marine heatwaves and microplastics"
AI summary Read the abstract
Researchers released the code and processed data underlying a global modeling analysis of ecological traps for sea turtles, where the compound effects of marine heatwaves and microplastic hotspots converge to create spatially predictable zones of elevated risk for turtle populations worldwide.
Data used for "Global characterization of sea turtle ecological traps driven by compound marine heatwaves and microplastics"
AI summary Read the abstract
This is a data and visualisation repository (not a standalone paper) for a study on sea turtle ecological traps, where overlapping marine heatwaves and microplastic contamination zones create compounded threats to sea turtle populations worldwide.
GlobalCharacterization of Sea Turtle Ecological Trapsunder Compound Marine Heatwaves and Microplastics
AI summary Read the abstract
Sea turtles tracked around the world tend to linger longer in ocean areas with more microplastic pollution, even when those same waters are dangerously overheated — almost like the plastic-filled areas trick them into staying put instead of swimming to safety. This matters because it shows how ocean pollution and climate change can combine in unexpected ways to trap marine life in harmful conditions, a warning sign for the broader health of ocean ecosystems that humans depend on for food and climate stability.
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