干旱气候条件下景观的人为变化及其风险

IF 0.4 Q4 GEOSCIENCES, MULTIDISCIPLINARY Journal of Geology Geography and Geoecology Pub Date : 2023-01-09 DOI:10.15421/112261
M. Ismayilov
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引用次数: 0

摘要

本文介绍了基于科学方法的景观技术转化分支研究材料的成果。我们分析了地形、气候、植被、森林动态、降水等景观要素。对研究区内的人为活动进行了分类。因此,我们确定了里海沿岸地区因人类影响而存在的风险和问题。本文研究了谢万平原东南部萨利安和兰卡兰地区在人为影响下的变化特征。对新旧地形图、卫星图像、老年人调查等进行动态分析,确定自然景观和自然人为景观的改造程度和发展水平。采用类比法,将保护区的生态系统与受人为影响的景观进行了比较。NDVI,技术景观的动态,森林生态系统地图允许创建研究区域的人为转换地图。我们根据改造程度将调查分为5个部分:保留自然结构的未改变景观、改造程度较差的景观、改造程度中等的景观、改造程度较强的景观、自然-技术景观。然后评估风险和危害。我们制定了应对环境风险和危害的措施体系。
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Anthropogenic transformation of landscapes in arid climate conditions and their risks
The article represents the outcomes of our study materials on the branch of technogenic transformation of landscapes based on scientific methods. We have analyzed landscape ele- ments, such as relief, climate, vegetation, dynamics of forests, precipitations and etc. We classify the anthropogenic activities in the study area. Consequently, we have determined risks and problems in the landscapes of the coastal zone of the Caspian Sea due to human impact. Transformation characterizes of Salyan and Lankaran, South-eastern Shirvan plains due to anthropogenic effects have been researched in the article. Dynamic analyzes of old and modern topo maps, satellite images, surveys of older people let to determine transformation degrees and development levels of natural and natural-an- thropogenic landscapes. Ecosystems of the protected areas are compared with landscapes undergoing anthropogenic impacts based on the analogy method. NDVI, dynamic of technogenic landscapes, forest ecosystem maps allow the creation of an anthropogenic transformation map of the study area. We divided the investigation into 5 parts due to the transformation degrees: unchanged landscapes that retain their natural structure, poorly transformed landscapes, medium transformed landscapes, strongly transformed landscapes, natural-technogenic landscapes. Risks and hazards are then assessed. We have prepared a system of measures to overcome environmental risks and hazards.
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来源期刊
Journal of Geology Geography and Geoecology
Journal of Geology Geography and Geoecology GEOSCIENCES, MULTIDISCIPLINARY-
自引率
40.00%
发文量
57
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