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Queen

Queen A Day At The Races (180 Gram Vinyl, Halfspeed Mastered) [Import] | Vinyl

Queen A Day At The Races (180 Gram Vinyl, Halfspeed Mastered) [Import] | Vinyl

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Queen: Brian May (vocals, guitar); Freddie Mercury (vocals, piano); Roger Taylor (vocals, percussion); John Deacon (bass).
Recorded in England between July and November 1976.
Queen: Freddie Mercury (vocals, piano); Brian May (guitar, vocals); John Deacon (bass); Roger Taylor (vocals, percussion).
Recorded in England between July and November 1976.
A DAY AT THE RACES appeared almost exactly one year later after 1975's hugely successful A NIGHT AT THE OPERA, proving to be a more-than-deserving follow-up and nearly duplicating its predecessor's success. Queen was now a master of the recording studio, utilizing every piece of technology to its fullest, which helped push such demanding tracks as "Somebody to Love" over the top. But Queen certainly wasn't just about studio tricks; the band had the strong tunes to back up its rich sound.
In addition to aforementioned gospel-tinged hit "Somebody to Love," the album features many other strong tracks--a politically-charged song about the plight of the American Indian ("White Man"), several touching love songs ("Teo Torriate," "You and I," "You Take My Breath Away"), and old-timey tunes ("The Millionaire Waltz"). Freddy Mercury and the boys also include a healthy dose of their trademark Queenly rock on "Tie Your Mother Down" and break out some excellent pop ditties in the form of "Good Old Fashioned Lover Boy" and "Long Away."

  • Genre: Rock
  • Format: Vinyl
  • Released: 9/25/2015

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Please take photos of the damaged packaging/items and email them with a brief explanation of the damaged item to: returns@daredevilecords.com

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This includes funding innovative solutions such as direct air capture and mineralization, and a small portion of nature-based carbon removal.

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Carbon Removal Process

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There is a fast-growing and evolving sector with many carbon removal technologies in different stages of development. These technologies include nature-based solutions, such as reforestation and soil carbon sequestration and more high-tech solutions, such as direct air capture and mineralization.

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Review the following table to learn more about the which data is used to determine shipping emissions:

Factor

Primary value

If primary value isn't available

Weight

Weight of the shipment

An average shipment weight

Distance

Distance traveled according to the tracking data

Straight-line distance between the origin and destination address, multiplied by an uncertainty factor of 1.5

Type of transportation

Truck or plane carbon emissions, determined by speed and distance

Truck emissions

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For example, suppose that you ship a package from Boston to New York. The straight-line distance is 305.94 km, but the shortest road route is around 350 km. If tracking data is available, then the Planet app uses the exact distance traveled.

However, if no tracking data is provided, then 305.94 km is used in the base calculation, and the resulting emissions would be multiplied by 1.5. This calculation accounts for variations in the route, such as distances traveled from post offices and distribution centers, and the route taken by the courier to deliver the package to your customer's door.

Considerations for using the Planet app

Review the following considerations for the Carbon Neutral Shipping Planet app:

  • The models and estimates aren’t exact, but the Planet app overestimates your emissions to make sure that they’re entirely removed. 
  • The Planet app removes only carbon (CO2) emissions that account for 95% of the climate impact from burning fossil fuels for transportation. Other emissions such as CH4, N2O, and GHG aren’t removed.
  • Orders that are shipped by sea transportation (we do not ship any orders by sea) don't generate the data required to accurately calculate emissions. Instead, industry-accepted alternative methods are used to calculate emissions.
  • The Planet app currently focuses on addressing emissions from shipping-related transportation.
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