The Semantics of Morphological Means of Expressing Human Emotions

People face various psychological states, situations, emotions, and conflicts to realise their various desires in life, and they often deliver these situations to others through language means. Hence, there is a need to study various manifestations of the psychological state of a person, the phenomena of internal feelings, not only at the linguistic level, but also at the level of mental consciousness. Therefore, the main purpose of the work is to analyse the semantics of morphological means of expressing human emotions. Consideration of the definitions from various literary texts, explanation through linguistic means of various psychological situations that arose during communication to meet all the needs of humanity, the influence of expressed thoughts from these texts, emotions in various psychological situations, emotional stress, the definition of nature through psychological acceptance, and the interpretation of the expressive semantics in linguistic means contributed to this study. In the work, using the analysis of scientific studies of various scientists, it was determined that emotions play an important role in human communication. Phraseological units that are able to express the concepts of a state were analysed. It has been established that in psychology, the position of word units is used as communicative and significative functions, which makes it possible to outline the position as a means of exchanging opinions

Environmental Dynamics of the Ribbon-Like Pine Forests in the Parklands of North Kazakhstan

The ribbon-like pine forests of North Kazakhstan represent the principal territorial intrazonal and azonal biotopes. Integrated bio-geographic studies of the pine forests’ status were performed in the Beskaragai and Chaldai Nature Reserves in the Pri-Irtysh River basin within, at present, the climate–change most susceptible transitional parkland-steppe zone of Central Asia, adjoining the West Siberian Lowland. The investigations followed the regional topographic gradient with a series of mapped sites characterizing the spatial relief patterns of the pristine forest distribution and the associated phytocenoses. The results revealed marked natural arboreal cover restoration differences between the geographically close upland and lowland forest ecosystems. The regional tree growth dynamics show the varying intensity of the pine seedlings’ succession, the tree stands’ biomass productivity and the environmental stability, weakened by the extreme continentality and progressing aridification along with adverse anthropogenic ecological impacts. The specific geomorphic, soil and hydrological conditions are the principal determining factors. The more vital plain and lowland pine forests host the floristically richer fescue-dominated communities compared to the more fragile and precipitation-poorer upland pine settings. The latter forest ecosystems display a higher vulnerability to the current climate change, generating tree drying, forest fires, and to modern human activities such as logging, herding and recreation. The research conclusions provide new insights on the natural ribbon-like pine forests’ sustainability and adaptation to the ongoing continental warming triggering fundamental environmental transformations in Central Asia’s parklands

Environmental Dynamics of the Ribbon-Like Pine Forests in the Parklands of North Kazakhstan

The ribbon-like pine forests of North Kazakhstan represent the principal territorial intrazonal and azonal biotopes. Integrated bio-geographic studies of the pine forests’ status were performed in the Beskaragai and Chaldai Nature Reserves in the Pri-Irtysh River basin within, at present, the climate–change most susceptible transitional parkland-steppe zone of Central Asia, adjoining the West Siberian Lowland. The investigations followed the regional topographic gradient with a series of mapped sites characterizing the spatial relief patterns of the pristine forest distribution and the associated phytocenoses. The results revealed marked natural arboreal cover restoration differences between the geographically close upland and lowland forest ecosystems. The regional tree growth dynamics show the varying intensity of the pine seedlings’ succession, the tree stands’ biomass productivity and the environmental stability, weakened by the extreme continentality and progressing aridification along with adverse anthropogenic ecological impacts. The specific geomorphic, soil and hydrological conditions are the principal determining factors. The more vital plain and lowland pine forests host the floristically richer fescue-dominated communities compared to the more fragile and precipitation-poorer upland pine settings. The latter forest ecosystems display a higher vulnerability to the current climate change, generating tree drying, forest fires, and to modern human activities such as logging, herding and recreation. The research conclusions provide new insights on the natural ribbon-like pine forests’ sustainability and adaptation to the ongoing continental warming triggering fundamental environmental transformations in Central Asia’s parklands