Nilai Kearifan Rumah Hijau (Greenship Homes) Permukiman Pedesaan Lereng Gunung, kasus Desa Kledung, Temanggung

<p><em>The implementation of greenship homes rating tools on houses in residential areas has been carried out in recent times. On the other hand, in mountain settlements have the value of local wisdom considers the environment as the basis of settlement management. The purpose of this study found the value of green buildings mountain settlements, the case of Kledung Village, Wonosobo, using the analysis of greenship homes rating tools. Qualitative research is conducted by physical mapping methods and interviews to homeowner informants. The study used 12 purposive samples, which were defined based on four character locations. The results of the study, based on 4 character location of the case, greenship homes value is relatively similar / its same. There is no difference in value between one case than another, so that analysis is done at once. Overall, the results of the study explained that the greenship homes rating tool can be applied in kledung village. The result is 1) all buildings are larger than the ratio of greenship rating tools, 2) all houses have electricity meters and monitoring; 3) sorting of organic and inorganic waste; 4) pest management; 5) some houses use recicled, reuse, and local materials, 6) sunny utilization and solar entry into homes and cross-circulation wind management in houses. Uniquenesse's finding are 1) there is a minimum large tree in Kledung village, because the village has cold temperatures, high humidity and little daily sunlight time. In addition, the people in Kledung Village do not regulate clean water, because it is abundant in this village</em><em></em></p>

Assessment of the extent of possible damage by mudfl ows to the Verkhne-Chegemskoye rural settlement (Chegem River basin, Central Caucasus)

Рассматриваются вопросы обеспечения безопасности территорий горных поселений и объектов инфраструктуры в условиях изменения в результате потепления климата гляциальной обстановки в верховьях селеносных рек. Представлены результаты проведенного исследования, которые показывают, что селевые риски и опасности в сложившейся обстановке не только останутся актуальными в обозримом будущем, но и, по всей вероятности, возрастут. The issues of ensuring the security of the territories of mountain settlements and infrastructure facilities, in the conditions of changes, as a result of climate warming, of the glacial situation in the upper reaches of mudfl ow rivers are considered. The results of the conducted research are presented, which show that mudfl ow risks and dangers in the current situation will not only remain relevant in the foreseeable future, but also, in all probability, will increase.

ԼԵՌՆԱՅԻՆ ԳՅՈՒՂԱԿԱՆ ԲՆԱԿԱՎԱՅՐԵՐԻ ԵՎ ՏՆՏԵՍՈՒԹՅԱՆ ՄԱՍՆԱԳԻՏԱՑՄԱՆ ՓՈԽՊԱՅՄԱՆԱՎՈՐՎԱԾՈՒԹՅՈՒՆԸ / THE CONDITIONALITY OF MOUNTAIN RURAL SETTLEMENTS AND THE SPECIALIZATION OF THE ECONOMY

Աշխատանքում ուսումնասիրվել է Հայաստանի Հանրապետության լեռնային գյուղական բնակավայրերի բնակչության շարժի գործընթացները՝ պայմանավորված տասնամյակներ շարունակ գյուղատնտեսության մասնագիտացման փոփոխություններով: Դա հանգեցրել է գյուղական բնակավայրերի բնակչության նվազեցմանը, երբեմն էլ՝ ապաբնակեցմանը: Փորձ է արվել վերլուծել լեռնային բնակավայրերի բնակչության շարժի և դրանցում գյուղատնտեսության մասնագիտացման փոխկապակցվածությունը, որը կարող է հիմք հանդիսանալ բնակավայրերի կայունացմանը: / The paper examines the processes of population movement in mountainous rural settlements of the Republic of Armenia, caused by decades of changes in the specialization of agriculture. This stimulated a decline in the population of rural localities, and sometimes settlement. An attempt was made to analyze the relationship between the movement of the population of mountain settlements and the specialization of agriculture in them, which can become the basis for the stabilization of settlements.

Water-Facing Distribution and Suitability Space for Rural Mountain Settlements Based on Fractal Theory, South-Western China

The establishment of rural settlements in the topographically complex mountainous area of South-Western China is restricted by various geographical features. The fractal characteristics and water-facing distribution of rural mountain settlements and the suitability of spaces for rural mountain settlements were analyzed for a greater scientific understanding of what factors would facilitate a more appropriate selection of residential sites. The results showed that: (1) Rural mountain settlements have significant fractal characteristics—the fractal dimension values of rural mountain settlements in terms of elevation, slope, disaster risk, and water-facing level ranged from 0.853 to 1.071, 0.716 to 0.997, 0.134 to 0.243, and 0.940 to 1.110, respectively. (2) The fractal dimension value of rural mountain settlements initially increased and subsequently decreased with increasing elevation, and gradually decreased with increases in slope and disaster risk, but with wave-curve increases in water-facing levels. (3) The suitable spaces for rural mountain settlements were those with a low disaster risk and with slopes less of than 5° under a water-facing level of 0 ~ 500 m in the elevation range of 1500–2000 m. Currently, 8.77% of rural mountain settlements are situated in high-risk and sub-high-risk areas. The spatial planning of national land in China may enhance the land consolidation of rural mountain settlements and plan for the placement of settlements in suitable spaces while avoiding high-risk areas and sub-high-risk areas to ensure the safety of lives and property. The results from this study could be used as a reference for future revitalization activities and the site selection of rural mountain settlements.

MUDFLOW HAZARDOUS AREAS OF THE RURAL SETTLEMENT VERHNE-CHEGEMSKOE (CHEGEM RIVER BASIN, CENTRAL CAUCASUS)

Changes in the glacial situation in the upper reaches of mudflow rivers that flow through the territory of mountain rural settlements as a result of climate warming contribute to an increase in mudflow risk factors. The current situation requires a review of the issues of ensuring the security of the territories of mountain settlements and infrastructure facilities. An important aspect of solving this problem is to identify areas of residential areas that are under threat of possible negative impact of dangerous slope and riverbed processes. The purpose of the presented study was to establish zones of possible damage by mudflow outflows on the territory of two mountain settlements in the Chegemsky district of Kabardino-Balkaria. The areas of possible damage were determined based on the analysis of the previous mudflow events by comparing the calculated critical volumes of mudflow outflows with morphometric parameters of the territory relief adjacent to the transit sections of mudflow channels, bridge crossings, water and mudflow structures. The results of the performed investigation show that the state and current situation of transit riverbed tracts on the territory of the villages may be inadequate for real mudflow energy. Mudslide risks and hazards in this region will not only remain relevant in the foreseeable future, but are likely to increase, they should be taken into account and it is necessary to be protected from them.

Dynamic Vulnerability Analysis of Mountain Settlements Exposed to Geological Hazards: A Case Study of the Upper Min River, China

The upper reaches of Min River (The upper Min River) is located in Southwest China with significant mountain settlements, which are vulnerable to frequent geological hazards. Based on a field investigation, collation of yearbook data, and analysis through the use of SPSS statistical software, a vulnerability evaluation index system of geological hazards was devised. According to the actual field situation and the acquired data of the study area in 2006, 2009, and 2015, 16 indicators were selected as settlement vulnerability evaluation indexes of geological hazards. The indexes included population density, building coverage, and economic density. Based on the comprehensive evaluation model of entropy value, the dynamic change in the settlement vulnerability of geological hazards was analyzed. The results showed that population density, building coverage, economic density, and road density were the factors that affected the settlement vulnerability of geological hazards the most—Wenchuan earthquake caused considerable damage to the upper Min River, making the area the most vulnerable in 2009. However, its vulnerability decreased in 2015, which indicated that postearthquake reconstruction achieved significant results. Thus, the vulnerability has emerged as an important indicator reflecting the safety and healthy development of mountain settlements.