Ozone and solar UV-B radiation: monitoring of the vitamin D synthetic capacity of sunlight in Kiev and Antarctica

I. GVOZDOVSKYY; T. ORLOVA; E. SALKOVA; I. TERENETSKAYA; G. MILINEVSKY

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Ozone and solar UV-B radiation: monitoring of the vitamin D synthetic capacity of sunlight in Kiev and Antarctica

机译：臭氧和太阳紫外线B辐射：监测基辅和南极洲日光中维生素D的合成能力

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Vitamin D synthesis is a well-known beneficial effect of solar UV-B radiation. Theoretical calculations showed the significant effect of the stratospheric ozone layer thickness on the vitamin D synthetic capacity of sunlight. During 2003-2004 permanent monitoring of solar UV radiation, using an in vitro model of vitamin D synthesis, was carried out in Kiev (50°23′N, 30°32′E) and in the Antarctic at the Vernadsky station (65°15′S, 64°16′W). Simultaneously, ozone layer thickness in the Antarctic was measured with a Dobson spectrometer. The results obtained confirm the known dramatic seasonal effect on the vitamin D synthetic capacity of sunlight. In addition, for the first time, a significant increase in the efficiency of vitamin D synthesis was revealed at the Vernadsky station in October under low ozone conditions.

机译：维生素D合成是太阳UV-B辐射的众所周知的有益作用。理论计算表明，平流层臭氧层厚度对阳光中维生素D合成能力的影响很大。在2003-2004年期间，在基辅（北纬50°23′，东经30°32′）和南极Vernadsky站（65°）使用维生素D合成的体外模型对太阳紫外线辐射进行了永久监测。 15'S，64°16'W）。同时，用Dobson光谱仪测量了南极臭氧层的厚度。获得的结果证实了已知的对阳光中维生素D合成能力的显着季节性影响。此外，10月在低臭氧条件下的韦尔纳斯基站首次发现维生素D的合成效率显着提高。

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来源
《International journal of remote sensing》 |2005年第16期|p.3555-3559|共5页
作者
I. GVOZDOVSKYY; T. ORLOVA; E. SALKOVA; I. TERENETSKAYA; G. MILINEVSKY;
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作者单位

Institute of Physics, National Academy of Sciences of Ukraine, Prospekt Nauki, 46 03028 Kyiv-28, Ukraine;

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收录信息美国《科学引文索引》(SCI);美国《工程索引》(EI);
原文格式 PDF
正文语种 eng
中图分类遥感技术;
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2. Ground-based measurements of column abundance of ozone and UV-B radiation over Zhongshan Station, Antarctica in the 1993 'Ozone Hole' [J] . Zhou Xiuji, Zheng Xiangdong, Lu Longhua, Antarctic Research . 1995,第1期

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3. Consequences of depletion of stratospheric ozone for terrestrial Antarctic ecosystems: the response of Deschampsia antarctica to enhanced UV-B radiation in a controlled environment [J] . Rozema J, Broekman R, Lud D, Plant Ecology . 2001,第1a2期

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4. An in situ monitoring of biologically active solar UV-B radiation: A new biosensor of vitamin D synthetic capacity [C] . I. P. Terenetskaya, I. A. Gvozdovskyy International conference on optoelectronic information technologies . 2001

机译：生物活性太阳能UV-B辐射的原位监测：一种维生素D合成能力的新生物传感器
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Ozone and solar UV-B radiation: monitoring of the vitamin D synthetic capacity of sunlight in Kiev and Antarctica

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