30:T4c8,{ const data = [ { mode: 'Regular taxi', value: 149}, { mode: 'Black cab', value: 204}, { mode: 'Local bus (not London)', value: 118}, { mode: 'Pedal cycle**', value: 43}, { mode: 'On foot*', value: 260} ] const plot = Plot.plot({ style: {fontSize: "14px", fontFamily: "'Open Sans', sans-serif"}, height: 300, marginLeft: 160, marginRight: 60, marginBottom: 40, x: {ticks: 0, label: "g CO₂e per km", labelOffset: 5}, y: {tickSize: 0, label: null}, marks: [ Plot.barX(data, {x: d => d.value, y: "mode", sort: {y: "x", reverse: true}, fill: "#bdbdbd"}), Plot.text(data, {x: d => d.value, y: "mode", text: d => d.value, textAnchor: "start", dx: -27, fontSize: "14px", fontWeight: 500, fontFamily: "'Open Sans', sans-serif", fill: "#FFFFFF"}), Plot.ruleX([0]) ], caption: html`Source: BEIS GHG conversion factors 2021; Berners-Lee (2020); Mizdrak et al. (2020)` }) return plot }31:[] 2e:{"title":"Travel options","cells":[{"id":65,"value":"# Travel options","pinned":false,"hidden":false,"mode":"md"},{"id":39,"value":"### C0₂e emissions by mode\nCycling is the way to go","pinned":false,"hidden":false,"mode":"md"},{"id":4,"value":"$30","pinned":false,"hidden":false,"mode":"ojs"},{"id":87,"value":"
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** Emissions from walking could range between 50 and 260g CO₂e/km (Mizdrak et al., 2020). The higher figure is estimated for the UK and other economically developed countries.

**The emissions calculated for a pedal cycle assume the rider had a bowl of cereal and some cow's milk for breakfast (Berners-Lee, 2020: 32). If they had eaten bananas it would be 25g CO₂e/km or 2,920g CO₂e/km for airfreighted asparagus.

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