charts: 5216

This table contains the information used by our Grapher datavisualisation tool to render charts.

The most relevant field is the config field that contains json stored as text. A JSON Schema is available that describes the content of this json data. The SQLite JSON_EXTRACT function can be used in SQL queries to extract the content of this JSON data into columns in a result table.

Data license: CC-BY

This data as json

id slug type config createdAt updatedAt lastEditedAt publishedAt lastEditedByUserId publishedByUserId isIndexable title subtitle note title_plus_variant configWithDefaults
5216 fish-stocks-by-region LineChart 
{
    "id": 5216,
    "map": {
        "columnSlug": "176072"
    },
    "slug": "fish-stocks-by-region",
    "title": "Fish stocks and fishing intensity by region",
    "yAxis": {
        "max": 0,
        "min": 0,
        "facetDomain": "shared"
    },
    "$schema": "https://files.ourworldindata.org/schemas/grapher-schema.004.json",
    "version": 9,
    "subtitle": "Fish stocks are measured by biomass: the number of individuals multiplied by their mass. Fishing intensity by the fraction of the fish population that is caught in a given year.\n\nBoth are given as a ratio of their levels at the [maximum sustainable yield](#dod:msy) \u2013 the level at which we can catch the maximum amount of fish without a decline in fish populations. A value of one maximises fish catch without decreasing fish populations. This is the target level.",
    "originUrl": "https://ourworldindata.org/fish-and-overfishing",
    "dimensions": [
        {
            "display": {
                "name": "Fish stocks (biomass)",
                "color": "#366388",
                "includeInTable": true
            },
            "property": "y",
            "variableId": 176072
        },
        {
            "display": {
                "name": "Fishing intensity",
                "color": "#c5172f",
                "includeInTable": true
            },
            "property": "y",
            "variableId": 176074
        }
    ],
    "entityType": "region",
    "sourceDesc": "RAM Legacy Database; Hilborn,et al. (2020). Effective fisheries management instrumental in improving fish stock status.",
    "isPublished": true,
    "comparisonLines": [
        {
            "label": "Biomass or fishing intensity at maximum sustainable yield",
            "yEquals": "1"
        }
    ],
    "selectedEntityNames": [
        "Australia"
    ],
    "selectedFacetStrategy": "entity",
    "hideAnnotationFieldsInTitle": {
        "time": true,
        "entity": true,
        "changeInPrefix": true
    }
}
 2021-09-10 10:41:44 2024-04-08 12:13:54 2023-06-29 15:38:34 2021-09-10 10:41:44 46 14 1 Fish stocks and fishing intensity by region Fish stocks are measured by biomass: the number of individuals multiplied by their mass. Fishing intensity by the fraction of the fish population that is caught in a given year. Both are given as a ratio of their levels at the [maximum sustainable yield](#dod:msy) – the level at which we can catch the maximum amount of fish without a decline in fish populations. A value of one maximises fish catch without decreasing fish populations. This is the target level.   Fish stocks and fishing intensity by region () 
{
    "$schema": "https://files.ourworldindata.org/schemas/grapher-schema.004.json",
    "map": {
        "projection": "World",
        "hideTimeline": false,
        "colorScale": {
            "baseColorScheme": "default",
            "equalSizeBins": true,
            "binningStrategy": "ckmeans",
            "customNumericColorsActive": false,
            "colorSchemeInvert": false,
            "binningStrategyBinCount": 5
        },
        "timeTolerance": 0,
        "toleranceStrategy": "closest",
        "tooltipUseCustomLabels": false,
        "time": "latest"
    },
    "maxTime": "latest",
    "baseColorScheme": "default",
    "yAxis": {
        "removePointsOutsideDomain": false,
        "scaleType": "linear",
        "canChangeScaleType": false,
        "facetDomain": "shared"
    },
    "tab": "chart",
    "matchingEntitiesOnly": false,
    "hasChartTab": true,
    "hideLegend": false,
    "hideLogo": false,
    "hideTimeline": false,
    "colorScale": {
        "baseColorScheme": "default",
        "equalSizeBins": true,
        "binningStrategy": "ckmeans",
        "customNumericColorsActive": false,
        "colorSchemeInvert": false,
        "binningStrategyBinCount": 5
    },
    "scatterPointLabelStrategy": "year",
    "selectedFacetStrategy": "entity",
    "isPublished": true,
    "invertColorScheme": false,
    "version": 9,
    "logo": "owid",
    "entityType": "region",
    "facettingLabelByYVariables": "metric",
    "addCountryMode": "add-country",
    "compareEndPointsOnly": false,
    "type": "LineChart",
    "hasMapTab": false,
    "stackMode": "absolute",
    "minTime": "earliest",
    "hideAnnotationFieldsInTitle": {
        "entity": false,
        "time": false,
        "changeInPrefix": false
    },
    "xAxis": {
        "removePointsOutsideDomain": false,
        "scaleType": "linear",
        "canChangeScaleType": false,
        "facetDomain": "shared"
    },
    "hideConnectedScatterLines": false,
    "showNoDataArea": true,
    "zoomToSelection": false,
    "showYearLabels": false,
    "hideLinesOutsideTolerance": false,
    "hideTotalValueLabel": false,
    "hideScatterLabels": false,
    "sortBy": "total",
    "sortOrder": "desc",
    "hideFacetControl": true,
    "entityTypePlural": "countries",
    "missingDataStrategy": "auto",
    "id": 5216,
    "slug": "fish-stocks-by-region",
    "title": "Fish stocks and fishing intensity by region",
    "subtitle": "Fish stocks are measured by biomass: the number of individuals multiplied by their mass. Fishing intensity by the fraction of the fish population that is caught in a given year.\n\nBoth are given as a ratio of their levels at the [maximum sustainable yield](#dod:msy) \u2013 the level at which we can catch the maximum amount of fish without a decline in fish populations. A value of one maximises fish catch without decreasing fish populations. This is the target level.",
    "originUrl": "https://ourworldindata.org/fish-and-overfishing",
    "dimensions": [
        {
            "display": {
                "name": "Fish stocks (biomass)",
                "color": "#366388",
                "includeInTable": true
            },
            "property": "y",
            "variableId": 176072
        },
        {
            "display": {
                "name": "Fishing intensity",
                "color": "#c5172f",
                "includeInTable": true
            },
            "property": "y",
            "variableId": 176074
        }
    ],
    "sourceDesc": "RAM Legacy Database; Hilborn,et al. (2020). Effective fisheries management instrumental in improving fish stock status.",
    "comparisonLines": [
        {
            "label": "Biomass or fishing intensity at maximum sustainable yield",
            "yEquals": "1"
        }
    ],
    "selectedEntityNames": [
        "Australia"
    ]
}

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