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Kenichi Ueno

Biographic Data

ID7178351
NAMEKenichi Ueno
GIVEN NAMESKenichi
FAMILY NAMEUeno
SIGNATUREUENO K
AFFILIATIONSUniversity of Tsukuba
ORCID0000-0002-6612-4984
VERIFIEDYes
TOTAL WORKS3
TOTAL CITATIONS0
WORKS AS AUTHOR3
WORKS AS EDITOR0
FIRST PUBLICATION YEAR2020
LATEST PUBLICATION YEAR2025
H-INDEX0
  • Seas of Clouds as a Weatherscape for Low-level Clouds and Fogs

    Open Access•Kenichi Ueno•ARTICLE•Journal of Geography (Chigaku…•2025

    Seas of clouds (SOCs) attract mountain trekkers/photographers and are an important resource for rural tourism. The recognition of SOCs as a weatherscape in relation to low-level cloud/fog formation is described. Much of the information on the Internet explains SOCs as a low-level cloud/fog formation without considering the geographical conditions of observers. SOCs spots do not always represent meteorologically favorable conditions but are artifi…

  • Monitoring Mountain Weather Variabilities Based on Decadal Observations of the Present Weather Sensor in the Highland of Central Japan

    Open Access•Yihui Yang, Kenichi Ueno•ARTICLE•Journal of Geography (Chigaku…•2022

    山岳域の天候変動を特徴付ける雲・霧・強雨や降雪の発現に関する統計的傾向を明らかにした研究例は日本では少ない。本研究では,長野県菅平高原(標高1,320 m)に設置された現在天気計(バイサラ社)で2010年11月から2020年10月にかけ取得したデータを使用し,視程により区分される霧と靄,降水形態,降雨強度の季節変化・日変化の特徴を明らかにした。靄は霧に比べて高頻度で出現し,両者とも夜間に頻度が増加した。霧は春季・秋季に,靄は夏季に頻度が増加した。これに比べて,長野地方気象台(標高418 m)では,靄は寒候期・早朝に増加傾向が見られた。降雪とみぞれは日中に発生頻度が低下した。みぞれの発生はまれで,12月と3月に南岸低気圧・二つ玉低気圧通過時に出現しやすかった。非常にまれであるが,過冷却水滴が集中して観測される期間が存在した。強い降雨の頻度は7-9月,夕方に増加する傾向があり,中程度もしくは弱い降雨の頻度は6月や10月といった梅雨・台風の卓越する時期に増加した。降雪は強度に明瞭な季節・日変化…

  • Education for Sustainable Mountain Development

    Open Access•Kenichi Ueno, Jörg Balsiger et al.•ARTICLE•Mountain Research and Development•2020

    This article provides insights from a survey of education programs for sustainable mountain development (ESMD) and comments on the findings from the perspective of United Nations Educational, Scientific and Cultural Organization's.(UNESCO) Education for Sustainable Development (ESD) for 2030 framework. Twenty-eight programs implemented by universities, research institutes, and nonprofit organizations (NPOs) are analyzed in terms of program struct…

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  • Education for Sustainable Mountain Development

    Open Access•Kenichi Ueno, Jörg Balsiger et al.•ARTICLE•Mountain Research and Development•2020

    This article provides insights from a survey of education programs for sustainable mountain development (ESMD) and comments on the findings from the perspective of United Nations Educational, Scientific and Cultural Organization's.(UNESCO) Education for Sustainable Development (ESD) for 2030 framework. Twenty-eight programs implemented by universities, research institutes, and nonprofit organizations (NPOs) are analyzed in terms of program struct…

  • Monitoring Mountain Weather Variabilities Based on Decadal Observations of the Present Weather Sensor in the Highland of Central Japan

    Open Access•Yihui Yang, Kenichi Ueno•ARTICLE•Journal of Geography (Chigaku…•2022

    山岳域の天候変動を特徴付ける雲・霧・強雨や降雪の発現に関する統計的傾向を明らかにした研究例は日本では少ない。本研究では,長野県菅平高原(標高1,320 m)に設置された現在天気計(バイサラ社)で2010年11月から2020年10月にかけ取得したデータを使用し,視程により区分される霧と靄,降水形態,降雨強度の季節変化・日変化の特徴を明らかにした。靄は霧に比べて高頻度で出現し,両者とも夜間に頻度が増加した。霧は春季・秋季に,靄は夏季に頻度が増加した。これに比べて,長野地方気象台(標高418 m)では,靄は寒候期・早朝に増加傾向が見られた。降雪とみぞれは日中に発生頻度が低下した。みぞれの発生はまれで,12月と3月に南岸低気圧・二つ玉低気圧通過時に出現しやすかった。非常にまれであるが,過冷却水滴が集中して観測される期間が存在した。強い降雨の頻度は7-9月,夕方に増加する傾向があり,中程度もしくは弱い降雨の頻度は6月や10月といった梅雨・台風の卓越する時期に増加した。降雪は強度に明瞭な季節・日変化…

  • Seas of Clouds as a Weatherscape for Low-level Clouds and Fogs

    Open Access•Kenichi Ueno•ARTICLE•Journal of Geography (Chigaku…•2025

    Seas of clouds (SOCs) attract mountain trekkers/photographers and are an important resource for rural tourism. The recognition of SOCs as a weatherscape in relation to low-level cloud/fog formation is described. Much of the information on the Internet explains SOCs as a low-level cloud/fog formation without considering the geographical conditions of observers. SOCs spots do not always represent meteorologically favorable conditions but are artifi…

Geography (2 works) · Meteorological Phenomena and Simulations (2 works) · Atmospheric aerosols and clouds (1 work) · Climate change (1 work) · Climatology (1 work) · Cloud computing (1 work) · Critical reflection (1 work) · Cryospheric studies and observations (1 work) · Curriculum (1 work) · Curriculum development (1 work)

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