Icings of the Indigirka river basin according to the recent Landsat satellite images and historical data

IF 0.7 Q4 GEOSCIENCES, MULTIDISCIPLINARY Led i Sneg-Ice and Snow Pub Date : 2019-06-11 DOI:10.15356/2076-6734-2019-2-388
О. M. Makarieva, A. Shikhov, A. Ostashov, N. Nesterova
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引用次数: 4

Abstract

The paper presents methods and results of creation of the digital catalogue of aufeises for the Indigirka river basin made on the basis of Landsat images and historical data. The region under study is the basin before the hydrometric section of GMS Vorontsovo, its area is about 305 000 km2. Historical data were taken from the Inventory of naleds of the North-East of the USSR territory published in 1958 and topographic maps. It includes the estimated coordinates and characteristics of 897 aufeises with total area of 2064 km2. The Landsatbased identification of aufeises for 2013–2017 allowed making description of 1213 aufeises over a total area of 1287 km2. The integrated digital catalogue of the aufeises for the Indigirka river basin based on combination of the above two sources is available at https://issues.pangaea.de/browse/PDI-17699. 10% of the largest aufeises make up about 60% of the total area of all aufeises according to both sources. The largest number of aufeises is at altitudes of 900–1300 m. The interannual variability of area of the aufeises for the period 2001-2016 was estimated by the example of the Bolshaya Momskaya naled and the group of large aufeises in the basin of the Syuryukty River which is the left tributary of the Indigirka. The conclusions cannot be considered unambiguous due to certain limitations of the imagery data but the results of the analysis is indicative of a tendency to decreasing in the area of the Bolshaya Momskaya naled in recent years, while no reduction in the aufeis area is noted in the basin of the Syuryukty River. The main results of this work are the new geodatabase of the aufeises in the Indigirka river basin, and also the comparison of the satellite observations with historical data performed for two major naleds. It is established that the satellite-estimated total area of aufeises is 1.6 times less than in the Cadastre (1958). At the same time, it was found that more than 600 aufeises recognized by the Landsat images were absent in the Cadastre of 1958. This may suggest that either the Cadastre data is incomplete or that conditions of the aufeis can be significantly changed over the past 50 years.
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根据最近的地球资源卫星图像和历史数据,英迪吉卡河流域的冰川
本文介绍了基于陆地卫星影像和历史资料建立英迪吉卡河流域地貌数字目录的方法和结果。研究区域为沃龙佐夫河流域水文剖面前的盆地,面积约为305000 km2。历史数据取自1958年出版的苏联东北部地区地名目录和地形图。它包括总面积为2064平方公里的897个城市的估计坐标和特征。2013-2017年基于陆地卫星的地块识别允许对总面积1287平方公里的1213个地块进行描述。基于上述两个来源的英迪吉卡河流域的综合数字资源目录可在https://issues.pangaea.de/browse/PDI-17699上获得。根据两种来源,10%的最大岛屿占所有岛屿总面积的60%左右。在海拔900-1300米的地方有最多的山峰。以Bolshaya Momskaya河为例,分析了2001-2016年各河流面积的年际变化,并对印第吉尔卡河左支流叙留克蒂河流域的大型河流群进行了估算。由于图像数据的某些限制,这些结论不能被认为是明确的,但分析结果表明,近年来在Bolshaya Momskaya地区有减少的趋势,而在Syuryukty河流域没有注意到aufeis地区的减少。本工作的主要成果是建立了新的英迪吉卡河流域植被地理数据库,并将卫星观测数据与两个主要年份的历史数据进行了比较。结果表明,卫星估算的土地总面积比1958年地籍图的面积少1.6倍。同时发现,在1958年的地籍中,有600多个Landsat图像识别的区域缺失。这可能表明,要么地籍数据是不完整的,要么地籍的条件在过去50年里发生了重大变化。
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来源期刊
Led i Sneg-Ice and Snow
Led i Sneg-Ice and Snow GEOSCIENCES, MULTIDISCIPLINARY-
CiteScore
1.50
自引率
42.90%
发文量
11
审稿时长
8 weeks
期刊介绍: The journal was established with the aim of publishing new research results of the Earth cryosphere. Results of works in physics, mechanics, geophysics, and geochemistry of snow and ice are published here together with geographical aspects of the snow-ice phenomena occurrence in their interaction with other components of the environment. The challenge was to discuss the latest results of investigations carried out on Russia’s territory and works performed by Russian investigators together with foreign colleagues. Editorial board works in collaboration with Glaciological Association that is professional community of specialists in glaciology from all republics of the Former Soviet Union which are now new independent states. The journal serves as a platform for the presentation and discussion of new discoveries and results which help to elucidate the state of the Earth’s cryosphere and the characteristics of the evolution of the snow-ice processes and phenomena under the current conditions of rapid climate change.
期刊最新文献
СТОХАСТИЧЕСКОЕ МОДЕЛИРОВАНИЕ ПОЛЕЙ СПЛОЧЁННОСТИ ЛЕДЯНОГО ПОКРОВА ДЛЯ ОЦЕНКИ УСЛОВИЙ ПЛАВАНИЯ ПО ТРАССЕ СЕВЕРНОГО МОРСКОГО ПУТИ ЭВОЛЮЦИЯ ОЗЁР У ЛЕДНИКА ДЖИКИУГАНКЕЗ (СЕВЕРНОЕ ПРИЭЛЬБРУСЬЕ) В 1957-2020 ГГ. С УЧЁТОМ ПОДЗЕМНЫХ КАНАЛОВ СТОКА ВЛИЯНИЕ РЕЖИМА СНЕЖНОГО ПОКРОВА НА АГРОНОМИЧЕСКИЕ РИСКИ РАЗВИТИЯ РОЗОВОЙ СНЕЖНОЙ ПЛЕСЕНИ ВЛИЯНИЕ ЗЕМЛЕТРЯСЕНИЯ 1988 Г. НА ОЛЕДЕНЕНИЕ И РЕЛЬЕФ МАССИВА ЦАМБАГАРАВ (ЗАПАДНАЯ МОНГОЛИЯ) БАЛАНС ЛЬДА В СЕВЕРНОМ ЛЕДОВИТОМ ОКЕАНЕ В 1979-2019 ГГ. (ПО ДАННЫМ МОДЕЛИРОВАНИЯ)
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