Relief Mtskheta – Mountains region and geodynamic processes

Author: elisabedi avaliani
Annotation:

Annotation Topic’s actuality: In Mtskheta - Mountainous region developed in many species geodynamic processes. The region belongs to the number of Georgia sides of a mountain, the ecological situation is come especially dangerous category. Here developed almost all kinds of dangerous geodynamic processes: landslides, mudslides, snow avalanches, erosion, floods, and more. Intensive development of natural processes, environmental factors, together with (relipis difficulties, geological structure, tectonic movements, precipitation, etc.) caused by human industrial - engineering activities. Periodic activation of the disaster pose a threat to the population, destroying the land plots, cast out roads and Trans-way road. Goals and Objectives. The goal of the field - expeditionary work, in terms of natural processes active in the areas of inspection, data reception, which is to create a map of the distribution of dangerous geodynamic processes, count the number of multi-year rainfall, repeatability was calculated from them multiannual average rainfall shidatsliuri deviation from the norm (200-400 mm), day - night in the number of extreme precipitation in the coming repeatability, the presentation of the results in the form of diagrams and comparison with the trend of development of geodynamic processes. As a result, some predict will be the process of development and application of the recommendations in order to avoid catastrophic situation. The object of the research of Mtskheta - mountainous terrain of the region and geodynamic processes. The study results. The field and desk research as a generalization of the expression of geodynamic processes in terms of active and dangerous areas of assessment, appropriate recommendations. The spread of dangerous geodynamic processes on the map. Multiannual precipitation is counted votes from them multiannual norm was calculated from the average deviation of repeatability shidatsliuri rainfall (200-400 mm), day - night in the number of extreme precipitation in the coming repeatability, he results, presented in the form of diagrams and comparison with the trend of development of geodynamic processes. Evaluation recommendations were issued.

Lecture files:

მცხეთა-მთიანეთის რეგიონის რელიეფი და გეოდინამიკური პროცესები [ka]
მცხეთა-მთიანეთის რეგიონის რელიეფი და გეოდინამიკური პროცესები [ka]
მცხეთა-მთიანეთის რეგიონის რელიეფი და გეოდინამიკური პროცესები [ka]
მცხეთა-მთიანეთის რეგიონის რელიეფი და გეოდინამიკური პროცესები [ka]
მცხეთა-მთიანეთის რეგიონის რელიეფი და გეოდინამიკური პროცესები [ka]
მცხეთა-მთიანეთის რეგიონის რელიეფი და გეოდინამიკური პროცესები [ka]