Google and McKinsey Fund Amazonian Silvopasture to Offset AI Emissions
Google and McKinsey & Company have agreed to purchase 320,000 metric tons of carbon removal credits over a ten-year period through a silvopasture project in Brazil, boursorama.com reported. The long-term purchase contracts, announced on Monday, support an initiative by climate technology firm Working Trees to transform degraded cattle pastures into mixed-species tree and grass systems in the southeastern Amazon and Cerrado regions.
The deal aims to restore 8,700 hectares (21,500 acres) of degraded and semi-degaded pastureland as part of a broader 50,000-hectare undertaking; it is one of the first attempts at large-scale deployment of silvopasture financed by the carbon market. Silvopasture integrates trees directly into livestock grazing areas, a method designed to maintain cattle production while simultaneously boosting carbon sequestration and easing pressure on native forests.
Symbiosis Coalition Drives Corporate Offsets
The purchase agreements fall under the commitments made by the Symbiosis Coalition, an organization focused on long-term carbon compensation contracts. The coalition aims to contract more than 20 million tons of carbon credits by 2030, according to boursorama.com.
Google and McKinsey "buying carbon credits" in Brazil is so stupid that it can only be part of some sort of corruption:"Google and McKinsey have agreed to buy 320,000 metric tons of carbon removal credits over 10 years in its first-ever silvopasture project, as part of its… pic.twitter.com/rc9l01pDjt”
Working Trees plants rows of commercial timber and native tree species directly into existing pastures while preserving open lanes for livestock. The company states that this model improves livestock productivity while generating future timber revenues, which encourages landowners to maintain these systems even after carbon credit revenues decline. Leif Gonzales-Kramer, managing director of Working Trees, stated that long-term purchase commitments are essential to unlock financing for such projects. If one assumes that the world will continue to consume beef and that it will take the fight against climate change seriously, silvopasture is the only way to reconcile these two objectives,
Gonzales-Kramer said.
Scaling Natural Carbon Removal in Brazil
Julia Strong, executive director of the Symbiosis Coalition, described silvopasture as one of the most promising pathways for large-scale natural carbon sequestration. This project and its potential to expand to millions of hectares in this region of Brazil represent a truly exciting opportunity to show what good practice looks like,
Strong told Reuters, noting that Working Trees previously validated the model via a pilot project.
Technology companies face mounting pressure to offset carbon footprints generated by the rapid expansion of energy-intensive artificial intelligence infrastructure. However, critics argue that carbon offset mechanisms allow major polluters to bypass direct emissions reductions. Meanwhile, Brazil’s nascent carbon market is attracting growing interest from investors and lenders as companies seek high-quality carbon sequestration projects to meet climate goals.
Frequently Asked Questions
How many hectares will the Google and McKinsey-backed project restore?
The initial agreements will finance the restoration of 8,700 hectares (21,500 acres), which forms part of a larger 50,000-hectare target in Brazil’s southeastern Amazon and Cerrado regions.
What is the duration of the carbon credit purchase agreements?
The purchase contracts span a ten-year period, aligning with the Symbiosis Coalition’s broader goal to contract over 20 million tons of carbon credits by 2030.
Which companies belong to the Symbiosis Coalition?
The coalition includes Alphabet subsidiary Google, Microsoft, Meta, and Salesforce.
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