14 Jun, 2023

Breaking Ground: Cultivating a Regenerative Revolution in Sugarcane Production

Sugarcane ethanol has been acknowledged for its significance in the global energy matrix, not only as a renewable energy source, but also as one of the most sustainable fuels in terms of water footprint. This type of biofuel has shown promise as an alternative to minimize environmental impacts and greenhouse gas emissions associated with the use of fossil fuels. However, the sustainability potential of sugarcane ethanol can be further expanded with the optimization of its production chain.

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1 Jun, 2023

Facing Risk of Flowering, growers can anticipate diagnoses and mitigate damages

The production of sugarcane has been driving the Brazilian economy for over 500 years, currently responsible for 2% of the GDP. Such responsibility comes with many challenges, and one of the most significant problems for sugarcane production is flowering. In this article, we will explore why flowering deserves proper attention, our vision for this topic in 2023, how climate change will create more challenges in the future, and how GAMAYA has prepared a new tool that can help to decide in this volatile environment.

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Breaking Free from the Illusion: Why satellite imagery alone will not do the job of soil organic carbon measurement.
14 Feb, 2023

Breaking Free from the Illusion: Why satellite imagery alone will not do the job of soil organic carbon measurement.

Morges, Switzerland, 14th of February

Yury Vasilkov – GAMAYA, CEO.

Decarbonization through carbon sequestration in soil is becoming an increasingly important topic for modern agriculture. Farming operations are widely recognized as one of the largest greenhouse gas polluters in the food value chain. Additionally, agricultural soils hold immense potential for carbon sequestration. At GAMAYA, we are developing technologies to enable climate-smart farming in sugarcane, aiming not only to reduce emission levels but also to unlock sugarcane’s global potential for carbon sequestration. A crucial step in this process is the development of precise and verifiable methods for measuring soil organic carbon (SOC) accumulation.

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