HydroSense - Intelligent Paper Harvesting
Automated literature tracking for hydrology and water resources research.
Recent Highlights
Daily Harvest
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Oct 26, 3 papers — Landslide-channel coupling drives asymmetric flash flood–debris flow cascades in extreme rainfall events.
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Oct 25, 2 papers — EMIT hyperspectral remote sensing reveals calcite precipitation patterns in drought-exposed Lake Powell and Lake Mead shorelines, offering a scalable tool for monitoring reservoir geochemical change.
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Oct 24, 2 papers — A bounded statistical framework for climate-informed flood frequency models improves stability and realism of flood projections across 548 US basins.
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Oct 23, 1 papers — US water stress is increasingly seasonal and sector-specific, with crop irrigation facing +32–44% demand growth under future warming scenarios.
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Oct 22, 2 papers — Barnes Ice Cap reached its minimum interglacial extent just 3,600 years ago before reexpanding, marking the onset of the next glaciation — now terminated by anthropogenic warming.
Weekly Literature Review
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Week 43 (Oct 19 - Oct 26), 1 paper, 1 papers — Multi-parameterization evaluation of Noah-MP in the Heihe River Basin shows GNSS-derived hydrological loading offers an independent constraint on land surface model performance for arid-region water storage.
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Week 42 (Oct 12 - Oct 19), 1 paper, 1 papers — Noah-MP parameter scheme alternatives (RUN, SFC, INF, STC) each improve Missouri River Basin streamflow KGE by 0.14–0.44 over the default configuration.
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Week 41 (Oct 05 - Oct 12), 1 paper, 1 papers — A new urban scheme in the ORCHIDEE land surface model improves representation of urban water and energy balances across 20 flux tower sites.
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Week 40 (Sep 28 - Oct 05), 3 papers, 3 papers — A watershed-agnostic explainable ML framework generalizes distributed hydrologic modeling across ungauged basins without basin-specific calibration.
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Week 39 (Sep 21 - Sep 28), 1 paper, 1 papers — Deep learning data assimilation of sun-induced fluorescence into the ISBA land surface model enables more accurate vegetation-hydrology coupling in Earth system simulations (Biogeosciences).
About
HydroSense monitors publications in hydrology, climate science, and earth system modeling through two complementary modes:
- Daily Harvest: 11 top-tier journals (Nature, Science, GRL, etc.) filtered by topic relevance
- Weekly Review: Keyword-based search across all academic databases, synthesized thematically
Search: Use the search box in the sidebar to find papers by author names, journal names, keywords, or topics.
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