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Q3 Environmental Science
J. Barańczuk
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引用次数: 2

摘要

摘要:选择用于分析的湖泊位于卡舒边湖区,这是一个合适的研究区域,因为该区域内有一个具有长数据序列的基准湖泊。该湖位于湖区的中部,位于拉杜尼亚上游集水区,而未受水文监测的湖泊构成了埃巴上游集水区的一部分。本研究的主要目的是确定接受持续水文监测的流通湖和一些未被监测的选定流通湖的冰盖厚度之间的关系。选择了以下湖泊进行研究:拉杜斯基湖(基准湖)和四个未经水文监测的湖泊:Długie、Wielkie、Reskowskie和Łapalickie。实地调查是在2003年至2008年期间进行的。此外,为了评估使用经验公式计算的数据,2016年进行了额外的实地调查。该分析使我们有可能开发出公式,使覆盖上埃巴集水区选定流通湖泊的冰的厚度能够得到相当准确的评估。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Ice cover thickness formulas for selected flow-through lakes of the upper Łeba River (Kashubian Lakeland, northern Poland) and an overview of GIS methods, models for determining the thickness of ice cover on the selected examples
Abstract The lakes selected for the analysis are situated in the Kashubian Lakeland which is a proper research area as there is a benchmark lake with a long data series within the region. This lake is located in the central part of the lakeland, in the upper Radunia water catchment area, while the lakes not being hydrometrically supervised constitute part of the upper Łeba water catchment area. The main objective of this study is to determine the relationship between ice cover thickness on the flow-through lake undergoing constant hydrometric supervision and some selected flow-through lakes not being monitored. The following lakes were selected for the study: Lake Raduńskie Górne (the benchmark lake) and four hydrometrically unmonitored lakes: Długie, Wielkie, Reskowskie and Łapalickie. The fieldwork research was done in the period of 2003–2008. Moreover, in order to evaluate the data calculated with the use of empirical formulas, additional fieldwork research was carried out in 2016. The analysis made it possible to develop formulas that allowed the thickness of the ice covering the selected flow-through lakes of the upper Łeba water catchment area to be assessed with decent accuracy.
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来源期刊
Limnological Review
Limnological Review Environmental Science-Ecology
CiteScore
1.60
自引率
0.00%
发文量
0
审稿时长
16 weeks
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