{
    "identifier": "gov.noaa.nodc:0278925",
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        "010:000"
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    "landingPage": "",
    "title": "Water temperature, salinity, dissolved oxygen and species biomasses from 2006-01-01 to 2100-12-31 in the Choptank and Little Choptank River complex of Chesapeake Bay (NCEI Accession 0278925)",
    "description": "This study examined the impact of long-term shifts in water temperature and salinity as a result of climate change on the biomasses of important fisheries species within oyster sanctuary sites in the Choptank and Little Choptank river complex in Chesapeake Bay using an Ecopath with Ecosim food web model. The model was used to evaluate changes in the oyster reef food web, with particular emphasis on impacts to striped bass (Morone saxatilis), blue crab (Callinectes sapidus), and Eastern oysters (Crassostrea virginica). Eight different climate change scenarios were used to vary water temperature and salinity within Chesapeake Bay up to the year 2100 based on projections given by previous studies.\n\nThe scenarios are as follows:\nNo change: continuation of observed water temperature and salinity;\nHigh temp: Temperature increase of 4C;\nLow sal: Salinity decrease of 2 ppt;\nHigh sal: Salinity increase of 12 ppt;\nHigh temp & low sal: temperature increase of 4C and salinity decrease of 2 ppt;\nHigh temp & high sal: temperature increase of 4C and salinity increase of 12 ppt;\nMod sal: salinity increase of 10 ppt;\nHigh temp & mod sal: temperature increase of 4C and salinity increase of 10 ppt.\n\nData from 2006-2016 represent observed measurements, while data spanning 2017-2100 pertain to the future simulations.\n\nAll values during the observed time period are yearly averages. Variable values for all scenarios (including Observed) are spatially averaged across the study area. The observed biomass measurements were estimated from a variety of sources, including field data for the region, existing models of Chesapeake Bay and a literature review (described in the Knoche et al. 2020 paper). The food web model used in this study was originally developed for the Knoche et al. paper. This study used the existing model to perform climate change simulations.",
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    "bureauCode": [
        "010:04"
    ],
    "modified": "2025-11-19T16:36:57.960Z",
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        "@type": "org:Organization",
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    "theme": "",
    "keyword": [
        "0278925",
        "biological data",
        "BIOMASS",
        "DISSOLVED OXYGEN",
        "SALINITY",
        "WATER TEMPERATURE",
        "multi-parameter water quality sensor",
        "in situ",
        "model output",
        "survey - biological",
        "University of Central Florida",
        "University of Central Florida",
        "Chesapeake Bay",
        "oceanography",
        "EARTH SCIENCE > BIOLOGICAL CLASSIFICATION",
        "EARTH SCIENCE > BIOSPHERE > VEGETATION > BIOMASS",
        "EARTH SCIENCE > OCEANS > OCEAN CHEMISTRY > OXYGEN",
        "EARTH SCIENCE > OCEANS > OCEAN TEMPERATURE > WATER TEMPERATURE",
        "EARTH SCIENCE > OCEANS > SALINITY\/DENSITY > SALINITY",
        "Relative biomass",
        "OCEAN > ATLANTIC OCEAN > NORTH ATLANTIC OCEAN",
        "EARTH SCIENCE SERVICES > MODELS > CLIMATE CHANGE IMPACT ASSESSMENT MODELS",
        "8B7AX9",
        "environment",
        "oceans",
        "biota"
    ]
}