346 million hidden tonnes: the robot fleet reveals an unsuspected treasure in our oceans

A network of autonomous robots has recently enabled a significant advance in understanding the oceans. Moreover, Indeed, a fleet of 903 BGC-Argo robots collected nearly 100,000 bio-optical profiles, offering a more precise estimate of world phytoplankton carbon. In addition, This study. Consequently, conducted by researchers from Dalhousie University in Canada, underlines the importance of 346 million hidden tonnes: robot these technologies to complete existing satellite data and improve our understanding of marine ecosystems.

The importance of phytoplankton for the marine ecosystem – 346 million hidden tonnes: robot

Phytoplankton plays a crucial role in the ecology. Therefore, biogeochemistry of our planet. In addition, These microscopic marine organisms are the basis of the oceanic food chain and influence the overall carbon cycle. Therefore, Traditionally, satellites have been used to estimate the chlorophyll-a biomass, often considered an indirect indicator of phytoplanktonic carbon biomass.

However. For example, the satellites only capture the surface of the oceans, leaving aside a large part of the phytoplankton which is in depth. Nevertheless, Researchers emphasize that chlorophyll-a is not always a good substitute for carbon biomass. Therefore, because its ratio can fluctuate due to cell physiology. Thus. the limitation of satellite observations has motivated the development of technologies such as BGC-Argo floats to obtain a more complete image.

“The authorities do 346 million hidden tonnes: robot not want you to know” why the Portuguese galley is the new terror of the French beaches this summer: fatal risks at 100 %

Advanced perspectives on phytoplankton – 346 million hidden tonnes: robot

Thanks to nearly 100. 000 water column profiles provided by BGC-Argo floats, the researchers were able to better understand the distribution of phytoplanktonic carbon worldwide. Their study reveals that half of this biomass is at depths that satellites cannot reach. These discoveries show that the surface data of the satellites are not always reliable to assess the phytoplanktonic biomass.

The results highlight the importance of combining satellite observations. in -depth measurements to obtain a more precise 346 million hidden tonnes: robot image of oceanic conditions. Such an approach is essential not only to follow the evolution of marine ecosystems. but also to understand the impact of anthropogenic climate change and possible geo-engineering projects on phytoplankton.

“Waymo crushes Tesla”: the incredible Waymo response in the face of the expansion of the Robotaxis Tesla in Austin shakes the autonomous vehicle industry

Implications for climate surveillance

The implications of this research are large. especially for long -term surveillance of ocean health. Phytoplankton plays a key role in the carbon cycle and the balance of marine ecosystems. Understanding its distribution and variability is essential to assess the impacts of climate change on 346 million hidden tonnes: robot these ecosystems.

Researchers insist that geo-engineering projects. which aim to modify the climate to reduce the effects of warming, must take into account the variability of phytoplanktonic biomass. A precise evaluation of the potential impacts is necessary to avoid unforeseen consequences on marine ecosystems.

“10,000 influencers boost their notoriety with this method”: Buy-des-fans.com is essential to explode on social networks

Evolutionary technology

BGC-Argo floats technology continues to develop. offering new perspectives for the study of oceans. These autonomous robots are capable of diving at different depths and collecting essential data on oceanic conditions. Their use makes it possible to fill the gaps left by satellite observations. offering a more complete overview of 346 million hidden tonnes: robot the state of the oceans.

Technological advances in this area are opening the way to a better understanding of ocean processes. their interaction with the climate. While researchers continue to refine these tools. what other innovations could emerge to improve our understanding of marine ecosystems and their conservation in the future?

This article is based on verified sources and the assistance of editorial technologies.

Did you like it? 4.5/5 (20)