RELATED ANALYSIS BETWEEN LAND COVER AND TEMPERATURE GRADIENT IN WEATHER OBSERVATION POINTS

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  • IDE Emi
    Dept. of Architecture, Faculty of Eng., Shinshu Univ.
  • TAKAGI Naoki
    Dept. of Architecture, Faculty of Eng., Shinshu Univ.
  • IWAI Kazuhiro
    Dept. of Architecture, Faculty of Eng., Shinshu Univ.

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Other Title
  • 気象観測点における土地被覆状況と気温勾配の関連分析
  • 気象観測点における土地被覆状況と気温勾配の関連分析 : ASTER GDEMから推定した建物高さ情報を活用した分析
  • キショウ カンソクテン ニ オケル トチ ヒフク ジョウキョウ ト キオン コウバイ ノ カンレン ブンセキ : ASTER GDEM カラ スイテイ シタ タテモノ タカサ ジョウホウ オ カツヨウ シタ ブンセキ
  • −ASTER GDEMから推定した建物高さ情報を活用した分析−
  • −Analysis utilizing building height information that was estimated from ASTER GDEM−

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The purpose of this study is to get the height information using the ASTER GDEM, and grasp the relationship between climate change and land cover including the height information. Also, verify the usability of ASTER GDEM in urban environmental field.<br>By including the height on land cover information, enables classification in the height direction, for example, are “forest and grassland,” “low-rise cities and high-rise city”. In climate change, shows the highest figure, about 0.06 (°C/year) at the urban classes. Also, confirmed tendency to “Hidamari effect” at the forest class.

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