Gol is Brazil’s largest airline with 20 milion passengers per year and has the world’s fifth largest Boeing fleet.
Now Gol passengers can offset their flight carbon emissions with Moss!
Celo has partnered with Moss in three ways:
One River has offset its NYSE-listed Bitcoin fund emissions with Moss.
Our routine impacts the planet daily. Our transportation, food, consumption, and energy use all emit greenhouse gases and contribute to global warming. Do your part by offsetting your carbon footprint.
Sustainability and climate issues are no longer just an abstract, future concern. Consumers are demanding that their favorite brands act on climate change.
We have tokenized governance and economic rights to small forest areas into NFTs. You can now buy an Amazon NFT through Moss and protect your own piece of the forest.
We have incorporated carbon credits into the MCO2 token, listed on some of the largest global exchanges: Coinbase, Gemini, and Uniswap.
These are projects that reduce greenhouse gas emissions by conserving large areas of forested land and preventing forest degradation. These projects also help to preserve local fauna, flora, and water resources. They generate jobs for local communities through monitoring, patrolling, and sustainable forest management.
Projects that sequester greenhouse gases from the atmosphere through reforestation with native species. In addition, they help rebuild local biodiversity, increase green areas and create ecological corridors, help to maintain water resources, and generate jobs for the local community.
Sustainable agriculture captures significant amounts of carbon from the atmosphere into the soil. We work with projects that promote sustainable agriculture via agroforestry systems or reduced use of chemical fertilization, thus reducing greenhouse gas emissions.
This project aims to preserve the native forest and its biodiversity, in addition to providing social development around the property.
It started in 2009 and intends to reduce greenhouse gas emissions equaling 26,489,628 tCO2e over 30 years.
| 7171 hectares | Colniza, northern Mato Grosso | |||
| Certifications: VCS + SOCIALCARBON |
This project seeks to develop sustainable management practices and avoid deforestation, boosting the capacity of the local community that depends on the forest through the cultivation of açaí and nuts.
| 46592 hectares | Lábrea City, in the state of Amazonas, one of the places with the highest documented deforestation rates in Brazil | |||
| Certifications: VCS |
The project unites environmental conservation through forest management in the Amazon with social responsibility and economic development in the region. Duration: 30 years (2014 – 2044). Objective: Reduce emissions of 14,507,808 tons of CO2e.
| 186067 hectares | Manuel Urbano, Pauini, and Boca do Acre, between the states of Acre and Amazonas | |||
| Certifications: VCS, SocialCarbon and FSC®. 100% of carbon credit sales are reinvested in the project | ||||
This project aims to preserve the native forest and its biodiversity, in addition to providing social development around the property. It started in 2009 and intends to reduce greenhouse gas emissions equaling 26,489,628 tCO2e over 30 years.
7171 hectares
Colniza, northern Mato Grosso
Certifications: VCS + SOCIALCARBON
This project’s main advantage is its support of local indigenous communities. The objective is to empower them and improve their income through sustainable activities. It started in 2009 and aims to reduce greenhouse gas emissions equaling 25,072,135 tCO2e over 38 years (2009-2046).
99906 hectares
Tahuamanu, Peru
Certifications: VCS + CCB Gold
The project unites environmental conservation through forest management in the Amazon with social responsibility and economic development in the region. Duration: 30 years (2014 – 2044). Objective: Reduce emissions of 14,507,808 tons of CO2e.
186067 hectares
Manuel Urbano, Pauini, and Boca do Acre, between the states of Acre and Amazonas
Certifications: VCS, SocialCarbon and FSC®. 100% of carbon credit sales are reinvested in the project
This project seeks to develop sustainable management practices and avoid deforestation, boosting the capacity of the local community that depends on the forest through the cultivation of açaí and nuts. Started in 2013, with an estimated duration of 30 years. In 2015, a reduction of 1,181,732 tCO2 of greenhouse gas emissions was estimated.
46592 hectares
Lábrea City, in the state of Amazonas, one of the places with the highest documented deforestation rates in Brazil
Certifications: VCS
