2026
Daily Harvest
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Jun 12, 2 papers — Convection-permitting simulations show equatorial waves were the decisive trigger of Ouagadougou’s record 2009 flood (GRL); joint atmosphere-ocean bias corrections boost CanESM5 seasonal forecast skill (GRL).
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Jun 11, 6 papers — Venice’s MoSE storm-surge gates cut flood risk but are squeezing lagoon wetland resilience (Nature Water); atmospheric rivers turn out to be an underappreciated driver of marine heatwaves (Nature Communications).
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Jun 10, 4 papers — Human-driven sea-level rise has quadrupled the frequency of coastal sea-level extremes since 1900 (Nature Climate Change); Arctic glacier disintegration is reshaping deep-sea benthic habitats via iceberg debris, echoing Pleistocene Heinrich events (Nature).
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Jun 9, 0 papers — No relevant papers from top-tier journals on this date.
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Jun 8, 2 papers — Amazon deforestation cut growing-season precipitation by up to 30% in Brazilian soybean states; CMIP6 models project divergent soil moisture–temperature coupling futures under different emissions scenarios.
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Jun 7, 0 papers — No relevant papers from top-tier journals on this date.
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Jun 5, 2 papers — Permafrost groundwater supplies reactive ancient carbon to Alaska’s Arctic coast (GRL), and 1963 Agung volcanic eruption amplified an extreme wet-to-dry whiplash in pre-flood South China by ~71× (GRL).
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Jun 4, 3 papers — SWOT satellite reveals seasonal backwater dynamics in global lake-river systems; westerly jet shifts linked to hemispheric-scale reorganization of terrestrial carbon uptake.
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Jun 3, 3 papers — Earth’s hidden east–west albedo symmetry provides a new ESM constraint; revived Sierra snowpack observatory extends 1878 records with sky-to-stream instrumentation.
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Jun 2, 0 papers — No relevant papers from top-tier journals on this date.
Weekly Literature Review
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Week 23 (Jun 1 - Jun 8), 7 papers, 7 papers — Noah-MP systematically underestimates snow water equivalent across the western U.S. due to inadequate snow compaction and albedo physics, with direct implications for seasonal water supply forecasting.
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Week 22 (May 25 - Jun 1), 26 papers, 26 papers — Anthropogenic forcing advances global annual flood timing by 0.43 days per 0.5°C of warming, with regional divergence and increasing infrastructure mismatch; new ML frameworks tackle streamflow prediction in data-scarce catchments.
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Week 21 (May 18 - May 25), 3 papers, 3 papers — New Love number solver in ISSM enables km-scale coupled ice-sheet/sea-level simulations; urban hydrology studies advance green infrastructure modeling and deep learning for streamflow.
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Week 20 (May 11 - May 18), 27 papers, 27 papers — New river routing model C-CWatM enables direct ESM/LSM coupling for consistent human-water-climate assessments; Science documents accelerated Himalayan river dynamics under warming.
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Week 19 (May 4 - May 11), 33 papers, 33 papers — River channel changes can double flood exposure estimates, challenging fixed bankfull assumptions in global flood models (Comms Earth & Env).
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Week 18 (Apr 27 - May 4), 30 papers, 30 papers — California faces unprecedented hydrological shifts under warming scenarios; new physics-AI frameworks advance cascade reservoir scheduling.
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Week 17 (Apr 20 - Apr 27), 33 papers, 33 papers — E3SM Version 3 spin-up documented; spectral analysis reveals hidden complexity in how reservoirs regulate flow variability.
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Week 13 (March 23 - March 30), 20 papers, 20 papers — Neglecting plant CO2 responses leads to systematic overestimation of future drought severity.
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Week 12 (March 16 - March 23), 30 papers, 30 papers — Differentiable hydrologic modeling advances and the unveiling of the NextGen Water Resources Modeling Framework.