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Fracking well towering over the landscape beneath blue sky in Vaca Muerta region of Argentina
Project

OBSERV.EARTH: tracking the fracking in Vaca Muerta, Argentina

Experts at SEI and Argentina’s National University of Comahue developed an online platform, OBSERV.EARTH, identifying the fracking wells in Argentina’s Vaca Muerta region that could pose threats to population centers, water sources and farms.

Image: Marina Mautner / SEI

Active project

2022–2025

Project contact

Laura Forni / laura.forni@sei.org

Non-conventional fossil fuel production, known as “fracking”, has expanded rapidly in Argentina since 2013, with plans to expand output to 1 million barrels daily by 2030 over the 2024 rate of 400 000 barrels per day.

While this production is intended to benefit Argentina’s national economy, it comes at a cost to environmental and community health locally.

Fracking expansion has come with piecemeal regulation at municipal and provincial levels, as well as a lack of data on how this fracking affects local communities and natural resources.

A view of the OBSERVAR platform, which identifies the locations of fracking and conventional oil wells in the Vaca Muerta region of Argentina with red and yellow dots laid over a satellite map. Gray dots denote wells without a classification. Black diamond shapes denote wells detected with artificial intelligence.

A view of the OBSERVAR platform, which identifies the locations of fracking and conventional oil wells in the Vaca Muerta region of Argentina.

Image: OBSERVAR

SEI and the National University of Comahue sought to fill this data gap with OBSERV.EARTH, a publicly available Spanish-language platform developed with the help of remote sensing data. It identifies the locations of not only fracking wells, but also conventional oil wells, which can leak into soil and groundwater due to the seismic activity from fracking. This platform not only educates users, but provides a foundation to inform future regulation and encourages transparency from governments and fossil fuel companies.

As of 2024, researchers identified more than 3000 fracking wells that pose a high contamination risk to local water sources, farms and population centers, threatening public health and livelihoods. These wells are located within 1 km of rivers, communities, schools and agricultural irrigation canals.

 

Map of proximities of fracking wells to a) the Neuquén River in the Sauzal Bonito region (top), and b) to populations in the localities of Barrio Isla 10, Barrio Emergente, Barrio Costa Oeste and Barrio Calle Ciega No. 10 (bottom).

Image: OBSERVAR

The research team also developed a virtual reality exhibit intended to educate the public about fracking’s impact on local populations and ecosystems

Laura Forni

Water Program Director

SEI US

Romina Díaz-Gómez

Scientist

SEI US

Marina Mautner

Senior Scientist

SEI US

Andrea Carlos-Carlos

Associate Scientist

SEI US