Find.ms

SearchResult {
    page_id: PageId(
        2042512220727262714,
    ),
    kind: Web {
        anchors_local: "egusphere.copernicus.org\n<b>reddit</b>\nlinkedin\nmendeley\nbenchmarking a new urban scheme in the orchidee v2 2 land surface model\nfacebook",
        anchors_remote: "benchmarking a new urban scheme in the orchidee v2 2 land surface model\n",
        desc: "Abstract. Urban areas change natural surface energy and water balances, yet some land surface models still represent cities as natural surfaces. In this study, we present the development of a one-tile urban scheme for the ORCHIDEE land surface model, designed to improve the representation of urban ...",
    },
    domain: "egusphere.copernicus.org",
    path: "preprints/2026/egusphere-2026-551/",
    title: "Benchmarking a new urban scheme in the ORCHIDEE v2.2 land surface model",
    rank_sum: 2320,
    rank: Rank {
        bm25: 19,
        views: 0,
        comments: 0,
        remote_max: 35,
        remote: 8,
        local: 20,
        domain: 34,
        boost: 0,
    },
    bm25: 5.572797,
    timestamp: 1776618589,
}

SearchResult {
    page_id: PageId(
        2042512225003165829,
    ),
    kind: Web {
        anchors_local: "egusphere.copernicus.org\nelucidating loessal landslide initiation in wood- and shrub-land by hydro-mechanical heterogeneity\n<b>reddit</b>\nmendeley\nlinkedin\nfacebook",
        anchors_remote: "elucidating loessal landslide initiation in wood- and shrub-land by hydro-mechanical heterogeneity\n",
        desc: "",
    },
    domain: "egusphere.copernicus.org",
    path: "preprints/2025/egusphere-2025-6098/",
    title: "Elucidating loessal landslide initiation in wood- and shrub-land by hydro-mechanical heterogeneity",
    rank_sum: 2320,
    rank: Rank {
        bm25: 19,
        views: 0,
        comments: 0,
        remote_max: 35,
        remote: 8,
        local: 20,
        domain: 34,
        boost: 0,
    },
    bm25: 5.572797,
    timestamp: 1769119487,
}

SearchResult {
    page_id: PageId(
        2042512220727261867,
    ),
    kind: Web {
        anchors_local: "egusphere.copernicus.org\nprediction of basin-scale river channel migration based on landscape evolution numerical simulation\n<b>reddit</b>\nmendeley\nfacebook\nlinkedin",
        anchors_remote: "prediction of basin-scale river channel migration based on landscape evolution numerical simulation\n",
        desc: "",
    },
    domain: "egusphere.copernicus.org",
    path: "preprints/2025/egusphere-2025-6000/",
    title: "Prediction of basin-scale river channel migration based on landscape evolution numerical simulation",
    rank_sum: 2320,
    rank: Rank {
        bm25: 19,
        views: 0,
        comments: 0,
        remote_max: 35,
        remote: 8,
        local: 20,
        domain: 34,
        boost: 0,
    },
    bm25: 5.572797,
    timestamp: 1768957191,
}

SearchResult {
    page_id: PageId(
        2042512225003166005,
    ),
    kind: Web {
        anchors_local: "egusphere.copernicus.org\nlinkedin\nmendeley\nfacebook\n<b>reddit</b>\nhydrologic model parameter estimation in snow-dominated headwater catchments using multiple observation datasets",
        anchors_remote: "hydrologic model parameter estimation in snow-dominated headwater catchments using multiple observation datasets\n",
        desc: "Abstract. Hydrologic models are often calibrated only using streamflow, but increasing availability of in situ and satellite based observations provide numerous opportunities to constrain model outputs and improve process representation. However, as new observation data emerges, it is often unclear ...",
    },
    domain: "egusphere.copernicus.org",
    path: "preprints/2026/egusphere-2025-5815/",
    title: "Hydrologic Model Parameter Estimation in Snow-Dominated Headwater Catchments Using Multiple ...",
    rank_sum: 2320,
    rank: Rank {
        bm25: 19,
        views: 0,
        comments: 0,
        remote_max: 35,
        remote: 8,
        local: 20,
        domain: 34,
        boost: 0,
    },
    bm25: 5.572797,
    timestamp: 1769123503,
}

SearchResult {
    page_id: PageId(
        2042512220727262989,
    ),
    kind: Web {
        anchors_local: "egusphere.copernicus.org\nfacebook\nlinkedin\nmendeley\nseasonal biases in glacier surface flow velocities measured from optical remote sensing images\n<b>reddit</b>",
        anchors_remote: "seasonal biases in glacier surface flow velocities measured from optical remote sensing images\n",
        desc: "",
    },
    domain: "egusphere.copernicus.org",
    path: "preprints/2026/egusphere-2026-946/",
    title: "Seasonal biases in glacier surface flow velocities measured from optical remote sensing images",
    rank_sum: 2320,
    rank: Rank {
        bm25: 19,
        views: 0,
        comments: 0,
        remote_max: 35,
        remote: 8,
        local: 20,
        domain: 34,
        boost: 0,
    },
    bm25: 5.572797,
    timestamp: 1776904061,
}

SearchResult {
    page_id: PageId(
        2042512225003166028,
    ),
    kind: Web {
        anchors_local: "egusphere.copernicus.org\nmendeley\nfacebook\n<b>reddit</b>\nlinkedin\nmeasuring cloud optical depth with a balloonborne microlidar operated from the stratosphere",
        anchors_remote: "measuring cloud optical depth with a balloonborne microlidar operated from the stratosphere\n",
        desc: "Abstract. The Balloonborne Cloud Observing micrOLidar (BeCOOL) has been developed to be operated onboard a stratospheric balloon in order\u{a0} to monitor the atmosphere below 20 km, more particularly thin ice clouds. This lidar system was designed to maintain a high level of performance while keeping ...",
    },
    domain: "egusphere.copernicus.org",
    path: "preprints/2026/egusphere-2025-5905/",
    title: "Measuring cloud optical depth with a balloonborne microlidar operated from the stratosphere",
    rank_sum: 2320,
    rank: Rank {
        bm25: 19,
        views: 0,
        comments: 0,
        remote_max: 35,
        remote: 8,
        local: 20,
        domain: 34,
        boost: 0,
    },
    bm25: 5.721342,
    timestamp: 1769122695,
}

SearchResult {
    page_id: PageId(
        2042512225003166237,
    ),
    kind: Web {
        anchors_local: "egusphere.copernicus.org\nlinkedin\nsdmbcv2 v1 0 correcting systematic biases in rcm inputs for future projection\nfacebook\nmendeley\n<b>reddit</b>",
        anchors_remote: "sdmbcv2 v1 0 correcting systematic biases in rcm inputs for future projection\n",
        desc: "Abstract. Regional Climate Models (RCMs) offer enhanced spatial resolution and a more realistic depiction of local climate processes. However, they often inherit systematic biases from their driving Global Climate Models (GCMs), which can compromise the accuracy of downscaled climate projections. To ...",
    },
    domain: "egusphere.copernicus.org",
    path: "preprints/2026/egusphere-2025-6411/",
    title: "SDMBCv2 (v1.0): correcting systematic biases in RCM inputs for future projection",
    rank_sum: 2320,
    rank: Rank {
        bm25: 19,
        views: 0,
        comments: 0,
        remote_max: 35,
        remote: 8,
        local: 20,
        domain: 34,
        boost: 0,
    },
    bm25: 5.721342,
    timestamp: 1775862202,
}

SearchResult {
    page_id: PageId(
        2042512220727263133,
    ),
    kind: Web {
        anchors_local: "egusphere.copernicus.org\n<b>reddit</b>\nintercomparison of low-cost sensors via simultaneous atmospheric measurements a case study\nfacebook\nmendeley\nlinkedin",
        anchors_remote: "intercomparison of low-cost sensors via simultaneous atmospheric measurements a case study\n",
        desc: "",
    },
    domain: "egusphere.copernicus.org",
    path: "preprints/2026/egusphere-2026-1262/",
    title: "Intercomparison of low-cost sensors via simultaneous atmospheric measurements: a case study",
    rank_sum: 2320,
    rank: Rank {
        bm25: 19,
        views: 0,
        comments: 0,
        remote_max: 35,
        remote: 8,
        local: 20,
        domain: 34,
        boost: 0,
    },
    bm25: 5.721342,
    timestamp: 1776623287,
}

SearchResult {
    page_id: PageId(
        2042512225003165995,
    ),
    kind: Web {
        anchors_local: "egusphere.copernicus.org\nmendeley\n<b>reddit</b>\nlinkedin\nfacebook\nquantifying within-catchment spatial variability of hydrological droughts in cold humid regions",
        anchors_remote: "quantifying within-catchment spatial variability of hydrological droughts in cold humid regions\n",
        desc: "Abstract. Although catchments serve as the primary unit for water resources management, the spatial distribution of hydrological droughts within catchments remains poorly documented. Many drought assessments rely on sparse gauge networks and presume spatial coherence across the hydrometric network, ...",
    },
    domain: "egusphere.copernicus.org",
    path: "preprints/2026/egusphere-2025-5783/",
    title: "Quantifying within-catchment spatial variability of hydrological droughts in cold, humid regions",
    rank_sum: 2320,
    rank: Rank {
        bm25: 19,
        views: 0,
        comments: 0,
        remote_max: 35,
        remote: 8,
        local: 20,
        domain: 34,
        boost: 0,
    },
    bm25: 5.721342,
    timestamp: 1775873420,
}

SearchResult {
    page_id: PageId(
        2042512220727262726,
    ),
    kind: Web {
        anchors_local: "egusphere.copernicus.org\nfacebook\nhigh climatological cloud cover limits its response to aerosols in icon-ham\nlinkedin\n<b>reddit</b>\nmendeley",
        anchors_remote: "high climatological cloud cover limits its response to aerosols in icon-ham\n",
        desc: "Abstract. Marine low-level clouds substantially cool the climate and are sensitive to aerosols. Observations suggest strong cooling from cloud fraction (CF) adjustments, yet global climate models (GCMs) may underestimate this process. We apply explainable machine-learning with SHapley Additive ...",
    },
    domain: "egusphere.copernicus.org",
    path: "preprints/2026/egusphere-2026-569/",
    title: "High climatological cloud cover limits its response to aerosols in ICON-HAM",
    rank_sum: 2320,
    rank: Rank {
        bm25: 19,
        views: 0,
        comments: 0,
        remote_max: 35,
        remote: 8,
        local: 20,
        domain: 34,
        boost: 0,
    },
    bm25: 5.721342,
    timestamp: 1773026059,
}

SearchResult {
    page_id: PageId(
        2042512220727262649,
    ),
    kind: Web {
        anchors_local: "egusphere.copernicus.org\nlinkedin\ncountry-wide rainfall estimates from a commercial microwave link network in belgium\nmendeley\n<b>reddit</b>\nfacebook",
        anchors_remote: "country-wide rainfall estimates from a commercial microwave link network in belgium\n",
        desc: "Abstract. Accurate quantitative precipitation estimation (QPE) at high spatiotemporal resolution remains challenging despite advances in observational technology. This study presents the first comprehensive evaluation of rainfall retrievals from a commercial microwave link (CML) network in Belgium, ...",
    },
    domain: "egusphere.copernicus.org",
    path: "preprints/2026/egusphere-2026-457/",
    title: "Country-wide rainfall estimates from a commercial microwave link network in Belgium",
    rank_sum: 2320,
    rank: Rank {
        bm25: 19,
        views: 0,
        comments: 0,
        remote_max: 35,
        remote: 8,
        local: 20,
        domain: 34,
        boost: 0,
    },
    bm25: 5.721342,
    timestamp: 1776899857,
}

SearchResult {
    page_id: PageId(
        2042512225003166160,
    ),
    kind: Web {
        anchors_local: "egusphere.copernicus.org\nimpact drivers and pathways of two arctic atmospheric rivers in april 2020\nfacebook\nlinkedin\nmendeley\n<b>reddit</b>",
        anchors_remote: "impact drivers and pathways of two arctic atmospheric rivers in april 2020\n",
        desc: "Abstract. Atmospheric rivers (ARs) play a major role in transporting heat and moisture into the Arctic, yet their thermodynamic structure and regional impacts remain poorly understood. Here, we adopt a combined Eulerian-Lagrangian framework to investigate two intense ARs that penetrated into the ...",
    },
    domain: "egusphere.copernicus.org",
    path: "preprints/2026/egusphere-2025-6285/",
    title: "Impact, drivers and pathways of two Arctic atmospheric rivers in April 2020",
    rank_sum: 2320,
    rank: Rank {
        bm25: 19,
        views: 0,
        comments: 0,
        remote_max: 35,
        remote: 8,
        local: 20,
        domain: 34,
        boost: 0,
    },
    bm25: 5.721342,
    timestamp: 1776664790,
}

SearchResult {
    page_id: PageId(
        2042512220727262847,
    ),
    kind: Web {
        anchors_local: "egusphere.copernicus.org\nlinkedin\nfacebook\n<b>reddit</b>\nmendeley\nexploring nature-based solutions in mountain regions a review of their hydrological functions",
        anchors_remote: "exploring nature-based solutions in mountain regions a review of their hydrological functions\n",
        desc: "Abstract. Mountain regions play a fundamental role in sustaining the water supply for many activities around the world. However, these ecosystems are under increasing pressure due to climate change, changes in land use, and socioeconomic stressors, threatening water security. Implementing ...",
    },
    domain: "egusphere.copernicus.org",
    path: "preprints/2026/egusphere-2026-744/",
    title: "Exploring Nature-based Solutions in Mountain Regions: A Review of Their Hydrological Functions",
    rank_sum: 2320,
    rank: Rank {
        bm25: 19,
        views: 0,
        comments: 0,
        remote_max: 35,
        remote: 8,
        local: 20,
        domain: 34,
        boost: 0,
    },
    bm25: 5.5732617,
    timestamp: 1773027681,
}

SearchResult {
    page_id: PageId(
        2042512225003165885,
    ),
    kind: Web {
        anchors_local: "egusphere.copernicus.org\n<b>reddit</b>\nmendeley\nfacebook\nlinkedin\nglobal transport of upper-tropospheric tropical tracers multi-year insights from idealized simulations",
        anchors_remote: "global transport of upper-tropospheric tropical tracers multi-year insights from idealized simulations\n",
        desc: "Abstract. Recent studies suggest that significant aerosol formation occurs in the tropical upper troposphere (UT). However, the impact of these particles at lower levels remains poorly understood. We present results from multi-year global EMAC simulations investigating the downward transport of UT ...",
    },
    domain: "egusphere.copernicus.org",
    path: "preprints/2026/egusphere-2025-4338/",
    title: "Global transport of upper-tropospheric tropical tracers: multi-year insights from idealized ...",
    rank_sum: 2320,
    rank: Rank {
        bm25: 19,
        views: 0,
        comments: 0,
        remote_max: 35,
        remote: 8,
        local: 20,
        domain: 34,
        boost: 0,
    },
    bm25: 5.5732617,
    timestamp: 1771343345,
}

SearchResult {
    page_id: PageId(
        2042512225003165808,
    ),
    kind: Web {
        anchors_local: "egusphere.copernicus.org\nlinkedin\nmendeley\n<b>reddit</b>\nfacebook\na detailed comparison of the dutch emission inventory with satellite-derived nox emissions",
        anchors_remote: "a detailed comparison of the dutch emission inventory with satellite-derived nox emissions\n",
        desc: "Abstract. Nitrogen oxides are one of the most important air pollutants with a large impact on human health. Their emissions are monitored by national emission inventories that are the basis for emission related policies. Because of their large impact on policies these emission data should ideally be ...",
    },
    domain: "egusphere.copernicus.org",
    path: "preprints/2025/egusphere-2025-6036/",
    title: "A detailed comparison of the Dutch emission inventory with satellite-derived NOx emissions",
    rank_sum: 2320,
    rank: Rank {
        bm25: 19,
        views: 0,
        comments: 0,
        remote_max: 35,
        remote: 8,
        local: 20,
        domain: 34,
        boost: 0,
    },
    bm25: 5.5732617,
    timestamp: 1768959406,
}

SearchResult {
    page_id: PageId(
        2042512225003165610,
    ),
    kind: Web {
        anchors_local: "egusphere.copernicus.org\nlinkedin\nfacebook\neffect of a non-hydrostatic core-mantle boundary on the nutations of mars\nmendeley\n<b>reddit</b>",
        anchors_remote: "effect of a non-hydrostatic core-mantle boundary on the nutations of mars\n",
        desc: "Abstract. Dynamic loads in planetary mantles have the potential to deform the core-mantle boundary (CMB). On Earth, subducting slabs primarily induce a degree 2–order 2 deformation of the CMB in the spherical harmonic (SH) reference system. On Mars, the presence of the dichotomy and of the Tharsis ...",
    },
    domain: "egusphere.copernicus.org",
    path: "preprints/2025/egusphere-2025-5558/",
    title: "Effect of a non-hydrostatic core-mantle boundary on the nutations of Mars",
    rank_sum: 2320,
    rank: Rank {
        bm25: 19,
        views: 0,
        comments: 0,
        remote_max: 35,
        remote: 8,
        local: 20,
        domain: 34,
        boost: 0,
    },
    bm25: 5.5732617,
    timestamp: 1773019213,
}

SearchResult {
    page_id: PageId(
        2042512225003166006,
    ),
    kind: Web {
        anchors_local: "egusphere.copernicus.org\n<b>reddit</b>\nmendeley\nlinkedin\nfacebook\nsynoptic and regional-scale meteorological controls of stratus altitude in the namib desert",
        anchors_remote: "synoptic and regional-scale meteorological controls of stratus altitude in the namib desert\n",
        desc: "Abstract. In the Namib Desert, fog is an essential water source and occurs when and where advected marine stratus clouds intersect with the land surface. However, the meteorological controls of the cloud base height are still insufficiently understood. This study aims to develop a basic ...",
    },
    domain: "egusphere.copernicus.org",
    path: "preprints/2026/egusphere-2025-5816/",
    title: "Synoptic and regional-scale meteorological controls of stratus altitude in the Namib Desert",
    rank_sum: 2320,
    rank: Rank {
        bm25: 19,
        views: 0,
        comments: 0,
        remote_max: 35,
        remote: 8,
        local: 20,
        domain: 34,
        boost: 0,
    },
    bm25: 5.5732617,
    timestamp: 1771340750,
}

SearchResult {
    page_id: PageId(
        2042512225003166114,
    ),
    kind: Web {
        anchors_local: "egusphere.copernicus.org\nmendeley\nweakening correlation and delaying response time of ecosystem water use efficiency to drought\n<b>reddit</b>\nfacebook\nlinkedin",
        anchors_remote: "weakening correlation and delaying response time of ecosystem water use efficiency to drought\n",
        desc: "",
    },
    domain: "egusphere.copernicus.org",
    path: "preprints/2026/egusphere-2025-6195/",
    title: "Weakening Correlation and Delaying Response Time of Ecosystem Water Use Efficiency to Drought",
    rank_sum: 2320,
    rank: Rank {
        bm25: 19,
        views: 0,
        comments: 0,
        remote_max: 35,
        remote: 8,
        local: 20,
        domain: 34,
        boost: 0,
    },
    bm25: 5.572868,
    timestamp: 1770922304,
}

SearchResult {
    page_id: PageId(
        2042512220727262812,
    ),
    kind: Web {
        anchors_local: "egusphere.copernicus.org\nmendeley\n<b>reddit</b>\nfacebook\ndaily maps of boundary layer height combining radiosonde satellite and reanalysis over europe\nlinkedin",
        anchors_remote: "daily maps of boundary layer height combining radiosonde satellite and reanalysis over europe\n",
        desc: "Abstract. The height of the planetary boundary layer directly influences local and regional climatic phenomena, making its study and estimation of vital importance for environmental sciences. The main objective of this work was to create a gridded map of planetary boundary layer height across the ...",
    },
    domain: "egusphere.copernicus.org",
    path: "preprints/2026/egusphere-2026-702/",
    title: "Daily maps of Boundary Layer Height combining radiosonde, satellite, and reanalysis over Europe",
    rank_sum: 2320,
    rank: Rank {
        bm25: 19,
        views: 0,
        comments: 0,
        remote_max: 35,
        remote: 8,
        local: 20,
        domain: 34,
        boost: 0,
    },
    bm25: 5.572868,
    timestamp: 1776623827,
}

SearchResult {
    page_id: PageId(
        2042512220727262988,
    ),
    kind: Web {
        anchors_local: "egusphere.copernicus.org\nlinkedin\nwinter fluxes determine the annual carbon balance of an unmanaged subarctic drained peatland\nfacebook\nmendeley\n<b>reddit</b>",
        anchors_remote: "winter fluxes determine the annual carbon balance of an unmanaged subarctic drained peatland\n",
        desc: "",
    },
    domain: "egusphere.copernicus.org",
    path: "preprints/2026/egusphere-2026-945/",
    title: "Winter fluxes determine the annual carbon balance of an unmanaged subarctic drained peatland",
    rank_sum: 2320,
    rank: Rank {
        bm25: 19,
        views: 0,
        comments: 0,
        remote_max: 35,
        remote: 8,
        local: 20,
        domain: 34,
        boost: 0,
    },
    bm25: 5.572868,
    timestamp: 1776902142,
}