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This study deviates in five ways. (1) Inter-product surrogate: rather than running a coupled model with full versus reduced-order source terms, it compares two operational production wave reanalyses, testing whether the product choice propagates to a downstream biodiversity-exposure metric rather than the source-term physics directly. (2) Domain: European coasts and three extratropical-and-Mediterranean storms, not Gulf of Mexico hurricanes. (3) Downstream metric: biodiversity exposure attribution at Natura 2000 marine sites, not the model\'s internal fields. (4) Native-grid comparison: each product is sampled on its OWN native grid per site polygon, NOT on a common regridded grid; the inter-product delta therefore conflates resolution and physics, which is intentional because the decision-relevant quantity for a user choosing a product is the bundle of resolution and physics that product delivers, not either factor in isolation. (5) Non-independence: the two products share ERA5 atmospheric forcing (explicitly for the North-West Shelf and Mediterranean products) and partial model lineage (MFWAM for WAVERYS, IBI, and Mediterranean; WAVEWATCH III for the North-West Shelf), so the comparison is conservative \342\200\224 the noise-floor threshold computed under an independence assumption over-estimates the true disagreement floor \342\200\224 and the inter-product signal is best framed as a resolution effect dominated by the fine regional resolving nearshore structure WAVERYS cannot." } } } rows { name { value: "hasDiscipline" } } rows { name { value: "Q1337681" } } rows { quad { p_iri { } o_iri { prefix_id: 12 } } } rows { name { value: "hasMethodologyDescription" } } rows { quad { p_iri { prefix_id: 9 } o_literal { lex: "For each storm, the WAVERYS global product and the basin-matched regional CMEMS product (IBI for Xynthia, North-West Shelf for Xaver, Mediterranean for Gloria) are downloaded over the storm window (with 24 hours of pre-storm padding) and a bounding box that fully contains the marine Natura 2000 sites of that region. Each product is kept on its own native grid \342\200\224 WAVERYS at 0.2 degrees, regionals at their native fine resolution \342\200\224 and trimmed to the storm window; the regional is NOT regridded onto the WAVERYS grid (regridding would smooth away the nearshore detail that is the regional product\'s value and would propagate coastal land-mask NaN onto the coarse grid, dropping about half the marine sites silently). EEA Natura 2000 (End-2024, revision 01) polygons are joined with the Standard Data Form; marine sites intersecting each storm\'s core region are selected and their Annex I habitat and Annex II species counts attached. For every site and each product, the per-product exposure is the spatial mean over the wet cells whose centres fall inside the polygon of the temporal-maximum significant wave height; sub-grid sites fall back to the single cell containing the polygon centroid, used only if that cell is wet (no nearest-wet-cell search outward \342\200\224 a 1-cell buffer on the 0.2-degree WAVERYS grid is ~22 km and would pull open-ocean values onto sheltered sites). A product that yields no wet value at the site does not resolve the site. Three tiers per site result: both products resolve (continuous inter-product delta), only one resolves (the product choice is categorically decisive \342\200\224 one product places the site in water, the other on land or sub-wave-field), neither resolves (out of scope; reported as a coverage caveat). Each site is weighted by log1p(number of Annex I habitats + number of Annex II species), additive so that bird Special Protection Areas with Annex II species but no Annex I habitat listing are not zero-weighted. The headline statistic is the biodiversity-weighted fraction of resolvable sites where the attribution differs \342\200\224 at sites both products resolve, the absolute peak-Hs delta exceeds the threshold X equal to the joint observational noise floor (root-sum-square of the two products\' CMEMS QUID validation RMSE values, approximately 0.4 metres); at sites only one product resolves, the difference is counted as categorically decisive. The result is reported per storm and aggregated, with a threshold sweep over X = 0.2 to 0.8 metres to assess robustness, a per-site biodiversity-versus-delta diagnostic, and the three-way decomposition agree / magnitude-disagree / decisive. The pipeline is a four-notebook Snakemake workflow in a pixi-pinned environment." } } } rows { name { value: "hasScopeDescription" } } rows { quad { p_iri { } o_literal { lex: "Tested: whether substituting the global WAVERYS wave reanalysis with the matched higher-resolution regional CMEMS reanalysis changes the storm-wave exposure attributed to coastal marine Natura 2000 sites. Scope is three named European storms spanning three physically distinct regimes \342\200\224 Xynthia (2010, French Atlantic / Bay of Biscay), Xaver (2013, southern North Sea), Gloria (2020, north-western Mediterranean) \342\200\224 and the marine Special Areas of Conservation and Special Protection Areas in each storm\'s landfall region. Exposure is operationalised at the level of the storm-window peak significant wave height attributed to each site polygon, and the claim is tested at the level of the biodiversity-weighted prevalence of inter-product disagreement across sites. 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