synchrotron X-ray diffraction and high-resolution electron microscopy, which have made it possible to understand the growth process of superconducting layers and study their structure. “In situ synchrotron measurements, while growth is taking place, have been crucial to understand the process and to see that growth is indeed ultra-fast,” says Puig. Furthermore, “for the first time it has been possible to demonstrate that nanoparticles can be incorporated into the superconductor structure to form superconducting nanocomposites and maintain growth at 100 nm / s” indicates Puig. These nanocomposites are essential for the material to remain superconducting and to carry high current densities in applications that require high magnetic fields, such

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as in the field of renewable energies (wind Albania Phone Number List generators, fusion reactors), transportation (electrical aviation) , or in magnets for high energy physics applications (particle accelerators). Prof. Teresa Puig has recently obtained an ERC Proof-of-Concept project to study the industrial and technological feasibility of this process, which would allow to produce superconducting layers on a large scale of interest for the mentioned applications, in an economically viable way. Researchers from the Andalusian Agricultural and Fisheries Research and Training Institute (IFAPA) of Córdoba, and the Fluvial Dynamics and Hydrology Group of the University of Córdoba , have developed a method to calculate how much grass the dehesas will generate. This system

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means savings for the farmer, because if he needs food, he will adjust the purchase. In addition, the new tool is applicable to the management of an ecosystem that covers more than 1.2 million hectares in Andalusia, according to the Ministry of Agriculture, Fisheries and Sustainable Development . One of the great advantages of this model is its low cost. “Only satellite images and meteorological data are used, which provide good results in estimating pasture production in a complex system, the dehesa,” says IFAPA researcher Pedro Gómez Giráldez, author of the study ‘Remote sensing estimation of net primary production as monitoring indicator of holm oak savanna management ‘ , published in the journal Ecological Indicators . Pedro Gómez Giráldez

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