Method for preserving high conservation value forests in the Prichulym taiga of Tomsk region during logging

The paper presents a method to preserve high conservation value forests in accordance with the international certification system of the Forest Stewardship Council (FSC) in the Prichulym taiga of Tomsk region during logging. The taiga landscapes in the area of Prichulym’e are unique due to natural monuments, reserves, and specially protected natural areas with rare species of animals, birds, plants and valuable coniferous stands. These territories included in the forest fund of Tomsk region demand increased attention and systematic control, especially during logging and timber harvesting. At the first stage of the study, forest areas in the operational forests of the Zyryanskiy forestry in Tomsk region, leased by Sibirles OOO for logging and timber harvesting, were investigated. Based on the results of the study, some forest areas were referred to the category of high conservation value forests in accordance with the above-mentioned voluntary international certification system that implies an important function of protecting habitats of rare and endangered species of animals and plants, including those listed in the Red Book and regionally significant species. In such forests, logging and any type of felling are prohibited. Thus, these areas were conditionally excluded from the list of forests allowed for final felling. The results of the independent monitoring performed by the authors allowed the following conclusion: no violations were found in logging activities of Sibirles OOO that leased the parts of the forest in Zyryanskiy district for logging and timber harvesting. On the one hand, such joint activities and monitoring are economically costly; on the other hand, they are important and significant for further identification of the places abundant in unique flora and fauna

Medical technologies, correcting the quality of the life of workers of aluminium manufacture

Three complexes natural and preformed medical factors for correction of indicators of quality of a life of workers of electrolytic manufacture of aluminium are developed and approved. The best results are noted at appointment of mud applications to joints in a combination with halotherapy, as factor of the general influence on an organism, or the DMV-THERAPY strengthening realisation of medical action of mud applications.Разработаны и апробированы три комплекса природных и преформированных лечебных факторов для коррекции показателей качества жизни рабочих электролитического производства алюминия. Лучшие результаты отмечены при назначении грязевых аппликаций на суставы в сочетании с галотерапий, как фактора общего воздействия на организм, или ДМВ-терапии, усиливающей реализацию лечебного действия грязевых аппликаций

Carbonate postsedimentation processes studies by electron paramagnetic resonance

© SGEM2014. All Rights Reserved. The purpose of this study was to show possibilities of the electron paramagnetic resonance (EPR) method on the example of carbonate rocks Lodemskoy area Zimnebrezhnogo diamond district by separating inhomogeneities in them and identifying indicators going changes. In calcite ions Mn2+ replace Ca2+, and in dolomite occupy positions as Ca2+ as well as Mg2+ positions. Although the basic form of the iron presence in carbonates is Fe2+, but with an increase in the medium oxidation potential some part of the impurity iron as Fe3+ is included a Ca2+ position in calcite and position Mg2+ in dolomite. EPR spectrometer X-band PS 100X (ADANI, Minsk) for recording the spectra at room temperature was used with including Al2O3:Cr3+ crystal in the side hole of the cavity as internal standard lines. Postsedimentary processes carbonates may be explained by the fact that in this area developed ultrabasic rocks (kimberlitic), which is a hotbed for ions Cr, Mn, Fe, Mg which migrate as a true solution and diffuse into the structure of the carbonates, the cations occupying the position that resulted in neoplasm of calcite and dolomite

Importance of CLT in teaching vocabulary to adult learners

The communicative idea is highlighted by Communicative Language Teaching (CLT), which began in the 1970s. Communication is frequently hampered by lexical issues; communication fails when people use the wrong words. The ability to communicate is the ultimate goal of language learning. The purpose of this article is to clarify the value and necessity of the CLT application in teaching English vocabulary to adult learners. The goal of this study is to identify how the Communicative Language Teaching approach is employed in English classes as well as the methods and tools that teachers use to help their students develop their vocabulary skills. The participants are 10 pre-intermediate level students. In this investigation, a mixed method approach was used: a questionnaire and class activities were done to gather the data. It is crucial to emphasize that a range of tactics, in addition to those already described, can be used to give students more chances to use the language verbally in class. To help students develop their oral skills, teachers often offer other forms of feedback, such as elicitation and metalinguistic feedback

Thermal annealing derivatives of technogenic gypsum by electron paramagnetic resonance

© SGEM2016.Previously dehydration products EPR spectra of single crystals of gypsum (“Marino glass”) have been studied in the temperature range from 100 to 425 °C [Crystall. Reports, 2014, Vol. 59, No. 3, pp. 399]. In this work, the subject of study was selected technogenic gypsum and its derivatives dehydration [Procedia Earth and Planet Sci. Vol. 15, 2015, P. 579].Temperature region of formation gypsum, alpha and beta phase states of bassanite and gamma-anhydrite, insoluble anhydrite were determined from the EPR spectra of radical ions and the atomic hydrogen. Obtained results may be used for the control in the technological processes of gypsum materials production, and scientific purposes

Vegetative changes in regulation of cardiovascular system at workers criolite of manufacture of manufacture

At workers criolite manufactures with the diagnosed chronic professional intoxication connections of fluorine and being in risk group on its development observe vegetative dysfunction with a primary variant sympathicotonia with prevalence of the central management of warm activity.У рабочих криолитового производства с диагностированной хронической профессиональной интоксикацией соединениями фтора и находящихся в группе риска по ее развитию наблюдается вегетативная дисфункция с преимущественным вариантом симпатикотонии с центральным управлением сердечной деятельности

Vegetative maintenance of warm activity at the workers occupied electrolysis of aluminium

The resume At the workers who are occupied electrolisis of aluminium and being in group of risk on development of a chronic intoxication with fluorine, the raised prevalence of the arterial hypertensia accompanied by vegetative dysfunction by a variant activity of sympathetic part with prevalence of the central management of warm activity is observed.У рабочих, занятых электролизом алюминия и находящихся в группе риска по развитию хронической интоксикации фтором, наблюдается повышенная распространенность артериальной гипертензии, сопровождающейся вегетативной дисфункцией по варианту симпатикотонии с преобладанием центрального управления сердечной деятельности

Insoluble anhydrite as product gypsum dehydration according to electron paramagnetic resonance spectra

© SGEM2015. Electron paramagnetic resonance studies were carried out with two main aims. Firstly, to detect the appearance of an insoluble phase anhydrite formed due to the dehydration of gypsum. Secondly, to study the dynamics of development of insoluble phases in the dehydration sequeonce in natural gypsum. Annealing gypsum products ("Marino steklo") are mineral polyphase system, in which there are co-crystallization and recrystallization processes to form a system of point defects in each f the phase components of the mixture. Found that in the range 25-450 °C temperature annealing products may include gypsum, α and β bassanite, α and β soluble anhydrite, insoluble anhydrite (Crystallography. Reports, vol.59(3), pp.399, 2014). In this paper, we continue the detailed study of the formation of the crystalline structure of the insoluble anhydrite during dehydration. It was found that the lines of the EPR spectra of radical ions that are typical of structure of natural anhydrite, begin to appear with 225 °C. In the temperature range 275-350 °C dehydration formation of an insoluble anhydrite becomes the dominant process. In the temperature range from 225 to 450 °C during the dehydration of gypsum was recorded the birth and formation of the EPR lines, structurally different radical ions SO2 - , SO3 - and atomic ion-radical О-

Contact zone gypsum - Carbonate sediments by electron paramagnetic resonance

© SGEM2014. All Rights Reserved. The purpose of this work is to study geochemical features in the contact zone of gypsum - carbonate deposits by the electron paramagnetic resonance (EPR) method on the example of the typical core samples Syukeevskogo field. Choosing the annealing temperature of 350, 600 and 950 °C is associated with decomposition of organic matter and carbonates. Five different kind contact zones of gypsum-carbonate strata Syukeevskogo field along the borehole were selected. Quantitative changes of the EPR parameters: Mn2+, Fe3+, Cr3+, α and radicals caused by thermochemical effects on the rock and organic matter are presented in the diagram forms. Geochemical features installed in the contact zones such as a manganese increase in the newly formed calcite, a decrease α in sample oil-saturated, a reason of calcium excess or magnesium deficiency at increase alpha are discussed