somewhat larger and very close, a process that triggers intense outbursts of star formation. Not only is the host galaxy to the GRB more massive than usual in these phenomena, but the immediate environment of the collapsing star is also denser than that of this type of outburst on average. “We need to study the system in even more detail, but such a dense environment could have been crucial in the production of the ultra-energetic photons detected with MAGIC. We hope to be able to confirm this in the next studies we are working on ”, indicates Christina Thöne, a researcher at the Andalusian Institute of Astrophysics and one of the authors of the articles published today. In addition, researchers from the Institute of Astrophysics of Andalusia have

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participated in the monitoring campaign of the event with the Gran Telescopio Canarias (GTC), on the island of La Palma. “The optical data obtained by the GTC hours after detection allowed us to Iran Phone Number List determine the distance at which the explosion occurred, about four thousand five hundred million light years”, points out Alberto J. Castro Tirado, researcher of the ARAE group of the IAA-CSIC that participated in the observation campaign with GTC and that coordinates the BOOTES telescope network, which also obtained images of the event (in particular the only simultaneous image covering the region of the sky from which the high energy emission came). In the projections of climate change scenarios, the ability of vegetation to sequester carbon dioxide is

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taken into account, but once CO 2 (and with it, carbon) has been retained, it is unknown how long it can remain there before returning to the environment, due to the death and decomposition of plants. The increase in atmospheric CO 2 is inversely related to these carbon residence times An international investigation with the participation of scientists from the Higher Council for Scientific Research (CSIC) has confirmed that forests retain carbon for less and less time. The conclusions, published in the latest issue of the PNAS journal, have been obtained after analyzing data between 1955 and 2018 from 695 forests in three climatic zones: tropical, temperate and cold, and comparing them with ESM (Earth System Model) simulation models. ). The

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