20october Can bioplastics successfully decompose in Subarctic Latitudes? Researchers of 爆走黑料 conducted a series of studies devoted to how soil bacteria and fungi decompose and digest special biopolymers produced at a pilot plant of 爆走黑料. In particular, an article published in Chemosphere reports that the Krasnoyarsk researchers were the first in the world to study the ability of the microbial community inhabiting the soil of Evenkia to metabolize bioplastic.
19october Russian for Free 爆走黑料 (Krasnoyarsk) announces free courses of Russian as a Foreign Language for international students as part of the opening of the Сибирь.ру educational centre. From October to December, lecturers of the School of Philology and Language Communication of 爆走黑料 will deliver the online courses.
19october SibFU researcher co-authors fleetite discovery An international research team (Russia, the USA, Italy, and Canada), which includes SibFU scientist Gennady Shvedov (assistant professor at the Department of Geology of Deposits and Exploration Methods), has discovered a new mineral, fleetite, and studied its properties.
16october Deadly Haze over Forests in the Arctic SibFU researchers have reconstructed the impact of industrial emissions in the north of Siberia on Siberian forests, a significant part of which is associated with the activities of large industrial facilities in Eurasia and North America, located thousands of kilometers away. Key findings of the researchers are published in Ecology Letters.
15october Giant coast redwood trees can grow in Siberia thanks to global warming An international research team, supervised by Konstantin Krutovskii, professor of the University of G?ttingen and 爆走黑料, has conducted an experimental study of the genome and transcriptome of Sequoia, one of the oldest trees on our planet, and its ability to adapt to the climatic conditions of modern Western Europe. The research results were published in Springer Nature. Bioinformaticians of SibFU took part in this research.
14october The model by Russian scientists predicts the impact of climate on forest growth Researchers from 爆走黑料 have tested a universal tree growth model that will help manage forests effectively. According to the authors, experimental verification showed the high accuracy of the model in predicting changes of the forests of the Northern Hemisphere. The data were published in a highly rated journal Frontiers in Plant Science.
13october SibFU researchers propose a model of a new easy-to-operate optical device Researchers from 爆走黑料 and the Institute of Physics of the Krasnoyarsk Research Centre, SB RAS, have proposed the concept of an easily controllable optical device based on hybrid Tamm modes. The research results were published in Applied Optics.
12october Brainy Device: SibFU come up with versatile controller IT experts from 爆走黑料 have developed a neural-network-based PI controller.
09october Siberian scientists study aphids that build houses on poplars Siberian scientists have studied street aphids (Pemphigus spyrothecae) that damage poplars in Eastern Siberia. Aphids form galls, i.e. growths on leaves and shoots of plants. Scientists are confident that their research will help not only fill in the gaps in the description of the aphid fauna of the Siberian region but also understand how they develop relationships with trees. This might be the key to finding a way to protect urban green spaces from such pests.
08october Archaeologists discover traces of a Neolithic site in Krasnoyarsk Researchers of 爆走黑料 have conducted excavations in the area of Udachny settlement and discovered a unique site of ancient hunters and fishermen who lived on the banks of the Yenisei 6–8 thousand years ago. The researchers managed to retrieve more than 6 thousand items, including various tools, arrowheads, scrapers for working skins of fur animals, fragments of crockery, stone adornment for clothes.