Flight Emissions between BOQ and HAB
The total carbon emissions for a flight from Boku Airport to Marion County-Rankin Fite Airport is:
2,996 lbs CO2 / 1,359 kg CO2e
This is equivalent to 1.36 tonnes of carbon dioxide equivalents.
related links
- flight distance from BOQ to HAB
- flight time from BOQ to HAB
- driving distance from BOQ to HAB
- drive time from BOQ to HAB
- fuel cost to drive from BOQ to HAB
- time difference from BOQ to HAB
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Flight path from BOQ to HAB
Carbon emissions between BOQ and HAB
The total carbon emissions for a flight from BOQ to HAB is 2,996 lbs CO2.
This is equivalent to 1,359 kg CO2e or 1.36 tonnes of carbon dioxide equivalents.
With radiative forcing in effect, the carbon emissions may increase by 2.7 times, so the CO2 equivalents would then be 8,089 pounds, equivalent to 3,669 kilograms or 3.67 metric tonnes.
These calculations are based on the distance from BOQ to HAB, which is 7,996 miles or 12,868 kilometers.
Your trip begins at Boku Airport in Boku, Papua New Guinea.
It ends at Marion County-Rankin Fite Airport in Hamilton, Alabama.
This trip is a long haul international flight. The calculation includes an assumption of a 79.7% load factor with 346 seats on the B747-400 and 261 seats on the B767-300ER.
Are you flying the other direction? Check the reverse flight emissions from HAB to BOQ.
Boku Airport
IATA: BOQCity: Boku
Country: Papua New Guinea
Category: airports
Carbon emissions to Marion County-Rankin Fite Airport: 2,996 lbs or 1,359 kg CO2
Marion County-Rankin Fite Airport
IATA: HABICAO: KHAB
City: Hamilton, AL
State: Alabama
Country: United States
Category: airports
Carbon emissions from Boku Airport: 2,996 lbs or 1,359 kg CO2
related links
Carbon dioxide (CO2) emissions
This site provides an online carbon emissions calculator to help you find the CO2 footprint of any flight. You can enter airports, cities, states, countries, or zip codes to compute the CO2 emissions between any two locations. The distance is calculated using a GPS-accurate method and the approximate carbon emissions are shown in pounds, kilograms, and metric tonnes. You can view the effects of radiative forcing and other variables on the measure of carbon dioxide equivalents (CO2e). Formulas are based on the UK DEFRA specifications for domestic, short haul, and long haul international flights. Carbon emissions due to airline travel can impact climate change, so it's important for us to look for eco-friendly ways to help the environment and leave a greener world for the next generation. You can do your part by learning how to go green--through recycling and conserving natural resources, promoting clean air and water, purchasing carbon offsets to reduce your personal footprint, and encouraging your company to take part in corporate sustainability.
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