Category: Climate & Environment
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Free-swimming hyperiid amphipods have more complex eyes
This research indicates that free-swimming hyperiid amphipods are linked to body transparency and more complex eyes at upper mesopelagic depths.
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Canopy density depends on turbulent-structure penetration
This research indicates that canopy density is not fully captured by frontal density alone and that turbulence penetration depends on canopy layout, gap size, and Reynolds number.
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Sea urchin eggs contain plastid-derived components that aid development
This research indicates that sea urchin eggs can contain plastid-derived components, including carotenoid crystals and plastid DNA, that are linked to development and survival.
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Boran Oromo jila gadamojji endures through changing time systems in Kenya
This research indicates that jila gadamojji has remained an important Boran ritual and a key way of organizing historical time despite changing social and political contexts in Kenya.
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Low-plastic diet reduced select urinary plastic-associated chemicals
This research indicates that limiting plastic touchpoints in food and personal care can reduce select urinary plastic-associated chemicals within 7 days.
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Synthetic bed choices alter Antarctic ice-loss projections
This research indicates that synthetic bed topography choices can change projected Antarctic Ice Sheet sea-level rise estimates and the timing of grounding line retreat.
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Near-field stopping phases mark abrupt arrest in large strike-slip earthquakes
This research indicates that near-field ground-motion stopping phases can reveal abrupt termination of rupture propagation in large strike-slip earthquakes.
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Bed topography strongly affects Thwaites Glacier mass loss
This research indicates that bed topography has a first-order control on accumulated mass loss, but final sea-level rise does not scale with bed resolution.
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Article discusses automation challenges in future Antarctic Bedmaps
This research indicates that future Antarctic ice-sheet and bed maps could be automated faster, but only if several data gaps, inconsistencies, and artefacts are handled carefully.
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Machine learning improves ice sheet bed mapping
This research indicates that ML (machine learning) can improve the analysis of airborne radio-echo sounding data used to map ice sheet beds and subglacial topography.
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