A new method based on artificial intelligence and satellite data enables highly detailed tracking of ocean currents, including the complex structures of the Gulf Stream. The GOFLOW technology opens up new possibilities for monitoring climate and ecosystems without the need to launch additional satellites.
A new study has shown that plants are capable of absorbing minerals directly from atmospheric dust through their leaves, which is especially important for ecosystems with nutrient-poor soils. In some regions, this aerial pathway provides up to 17% of the nutrients that plants need.
Scientists have combined several climate models with isotope support to more accurately track the movement of water across the planet and better predict the impact of global warming on the water cycle.
Calcifying plankton play a crucial role in regulating the climate, yet their impact is often underestimated in current climate models. A new study urges that the diversity and vulnerability of these organisms should be taken into account to improve the accuracy of climate change predictions.
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