The use of automatic weather stations to measure the soil temperature in the Mordovia State Nature Reserve (Russia) in 2016

The article presents the soil temperature data obtained using two automatic weather stations located in the Mordovia State Nature Reserve (Russia). Measurements were carried out at the soil surface and at depths of 20 cm, 40 cm and 60 cm. The meteorological stations are located 15 km apart, in gener...

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Main Author: Oleg G. Grishutkin
Format: Article
Language:English
Published: Fund for Support and Development of Protected Areas 2017-10-01
Series:Nature Conservation Research: Zapovednaâ Nauka
Subjects:
Online Access:http://ncr-journal.bear-land.org/article/102
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spelling doaj-10cb7e19d81c4443811a4bf265ce3e1a2020-11-25T00:19:44ZengFund for Support and Development of Protected AreasNature Conservation Research: Zapovednaâ Nauka2500-008X2500-008X2017-10-0123808710.24189/ncr.2017.049The use of automatic weather stations to measure the soil temperature in the Mordovia State Nature Reserve (Russia) in 2016Oleg G. Grishutkin0Mordovia State Pedagogical Institute (Russia); Joint Directorate of the Mordovia State Nature Reserve and National Park «Smolny» (Russia)The article presents the soil temperature data obtained using two automatic weather stations located in the Mordovia State Nature Reserve (Russia). Measurements were carried out at the soil surface and at depths of 20 cm, 40 cm and 60 cm. The meteorological stations are located 15 km apart, in general, in similar landscapes. This caused similar results of meteorological measurements. Differences in the average of the daily temperature at corresponding depths are less than 2°C. The average annual temperature differs less than 0.5°C, i.е. within a sensor's error. The annual temperature trend is typical for Central Russia. And it is characterised by well warming in summer and stagnation in winter. The diurnal amplitudes are small. This can be explained by the location of both weather stations under the forest canopy and a well-developed ground vegetation cover.http://ncr-journal.bear-land.org/article/102annual temperature trendautomatic weather stationdaily temperature trendsoil temperature
collection DOAJ
language English
format Article
sources DOAJ
author Oleg G. Grishutkin
spellingShingle Oleg G. Grishutkin
The use of automatic weather stations to measure the soil temperature in the Mordovia State Nature Reserve (Russia) in 2016
Nature Conservation Research: Zapovednaâ Nauka
annual temperature trend
automatic weather station
daily temperature trend
soil temperature
author_facet Oleg G. Grishutkin
author_sort Oleg G. Grishutkin
title The use of automatic weather stations to measure the soil temperature in the Mordovia State Nature Reserve (Russia) in 2016
title_short The use of automatic weather stations to measure the soil temperature in the Mordovia State Nature Reserve (Russia) in 2016
title_full The use of automatic weather stations to measure the soil temperature in the Mordovia State Nature Reserve (Russia) in 2016
title_fullStr The use of automatic weather stations to measure the soil temperature in the Mordovia State Nature Reserve (Russia) in 2016
title_full_unstemmed The use of automatic weather stations to measure the soil temperature in the Mordovia State Nature Reserve (Russia) in 2016
title_sort use of automatic weather stations to measure the soil temperature in the mordovia state nature reserve (russia) in 2016
publisher Fund for Support and Development of Protected Areas
series Nature Conservation Research: Zapovednaâ Nauka
issn 2500-008X
2500-008X
publishDate 2017-10-01
description The article presents the soil temperature data obtained using two automatic weather stations located in the Mordovia State Nature Reserve (Russia). Measurements were carried out at the soil surface and at depths of 20 cm, 40 cm and 60 cm. The meteorological stations are located 15 km apart, in general, in similar landscapes. This caused similar results of meteorological measurements. Differences in the average of the daily temperature at corresponding depths are less than 2°C. The average annual temperature differs less than 0.5°C, i.е. within a sensor's error. The annual temperature trend is typical for Central Russia. And it is characterised by well warming in summer and stagnation in winter. The diurnal amplitudes are small. This can be explained by the location of both weather stations under the forest canopy and a well-developed ground vegetation cover.
topic annual temperature trend
automatic weather station
daily temperature trend
soil temperature
url http://ncr-journal.bear-land.org/article/102
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