Temporal and spatial changes of incoming solar short-wave wavelength and long-wave wavelength in the region of Iran

The smallest change in energy exchange of Earth System Shifts the balance of life. In order to be aware of the solar radiation Balance, Recognition of the measure of Balance level of the input and output components of radiation of input Short wavelength to the surface of the earth and Long Output Wa...

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Main Authors: faryad shayesteh, mohammad saligheh, bohloul alijani, amanollah fathnia
Format: Article
Language:fas
Published: Kharazmi University 2023-09-01
Series:تحقیقات کاربردی علوم جغرافیایی
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Online Access:http://jgs.khu.ac.ir/article-1-3177-en.pdf
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author faryad shayesteh
mohammad saligheh
bohloul alijani
amanollah fathnia
author_facet faryad shayesteh
mohammad saligheh
bohloul alijani
amanollah fathnia
author_sort faryad shayesteh
collection DOAJ
description The smallest change in energy exchange of Earth System Shifts the balance of life. In order to be aware of the solar radiation Balance, Recognition of the measure of Balance level of the input and output components of radiation of input Short wavelength to the surface of the earth and Long Output Wavelength, it is necessary from the earth. To study the energy balance of input and output in Iranian plateau, the input and output radiation data of NCEP / NCAR site was used With a resolution of 2.5 * 2.5 *, including 46 cells in Iran,. For each season, a representative month was considered And correlation, confidence level, coefficient of determination and amount of oscillation of input and output radiation were calculated in different regions of Iran. Finally, some calculations were presented spatially with the IDW method. The results showed that the maximum short-wave wavelength was 230 watts per square meter in August and the lowest was 52 watts per square meter in November. The highest long-wavelength output in August was 65 watts per square meter, and the lowest amount was January and November with 20 watts per square meter. The highest the amount of output increase has been occurred in August in the east of province South Khorasan with a correlation of 0.59 to 112 watts per square meter in 2001. In decreasing output changes, except for May, there was a decrease in the rest of the months. The highest long-wavelength output was in the northwest and in the provinces of Ardabil and Guilan.
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2588-5138
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publishDate 2023-09-01
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series تحقیقات کاربردی علوم جغرافیایی
spelling doaj-art-582cf1b6a8814d30bebc45f9ac11ed3c2025-01-31T17:30:18ZfasKharazmi Universityتحقیقات کاربردی علوم جغرافیایی2228-77362588-51382023-09-012370120Temporal and spatial changes of incoming solar short-wave wavelength and long-wave wavelength in the region of Iranfaryad shayesteh0mohammad saligheh1bohloul alijani2amanollah fathnia3 PhD Student of Climatology, Faculty of Geography, Kharazmi University, Tehran, Iran. Professor of Climatology, Faculty of Geography, Kharazmi University, Tehran, Iran. Professor of Climatology, Faculty of Geography, Kharazmi University, Tehran, Iran. Assistant Professor of Geography, Faculty of Literature and Humanities, Razi University, Kermanshah, Iran. The smallest change in energy exchange of Earth System Shifts the balance of life. In order to be aware of the solar radiation Balance, Recognition of the measure of Balance level of the input and output components of radiation of input Short wavelength to the surface of the earth and Long Output Wavelength, it is necessary from the earth. To study the energy balance of input and output in Iranian plateau, the input and output radiation data of NCEP / NCAR site was used With a resolution of 2.5 * 2.5 *, including 46 cells in Iran,. For each season, a representative month was considered And correlation, confidence level, coefficient of determination and amount of oscillation of input and output radiation were calculated in different regions of Iran. Finally, some calculations were presented spatially with the IDW method. The results showed that the maximum short-wave wavelength was 230 watts per square meter in August and the lowest was 52 watts per square meter in November. The highest long-wavelength output in August was 65 watts per square meter, and the lowest amount was January and November with 20 watts per square meter. The highest the amount of output increase has been occurred in August in the east of province South Khorasan with a correlation of 0.59 to 112 watts per square meter in 2001. In decreasing output changes, except for May, there was a decrease in the rest of the months. The highest long-wavelength output was in the northwest and in the provinces of Ardabil and Guilan.http://jgs.khu.ac.ir/article-1-3177-en.pdfradiation balancere-radiation changeiran
spellingShingle faryad shayesteh
mohammad saligheh
bohloul alijani
amanollah fathnia
Temporal and spatial changes of incoming solar short-wave wavelength and long-wave wavelength in the region of Iran
تحقیقات کاربردی علوم جغرافیایی
radiation balance
re-radiation change
iran
title Temporal and spatial changes of incoming solar short-wave wavelength and long-wave wavelength in the region of Iran
title_full Temporal and spatial changes of incoming solar short-wave wavelength and long-wave wavelength in the region of Iran
title_fullStr Temporal and spatial changes of incoming solar short-wave wavelength and long-wave wavelength in the region of Iran
title_full_unstemmed Temporal and spatial changes of incoming solar short-wave wavelength and long-wave wavelength in the region of Iran
title_short Temporal and spatial changes of incoming solar short-wave wavelength and long-wave wavelength in the region of Iran
title_sort temporal and spatial changes of incoming solar short wave wavelength and long wave wavelength in the region of iran
topic radiation balance
re-radiation change
iran
url http://jgs.khu.ac.ir/article-1-3177-en.pdf
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AT bohloulalijani temporalandspatialchangesofincomingsolarshortwavewavelengthandlongwavewavelengthintheregionofiran
AT amanollahfathnia temporalandspatialchangesofincomingsolarshortwavewavelengthandlongwavewavelengthintheregionofiran