OXYGEN AND HYDROGEN ISOTOPIC RATIOS AND CHEMISTRY IN SEMIARID LAND RIVER WATER, SOUTHWEST VICTORIA, AUSTRALIA

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  • オーストラリア, ビクトリア州南西部の半乾燥地河川水の酸素・水素同位体比および溶存成分について
  • オーストラリア ビクトリアシュウ ナンセイブ ノ ハンカンソウチ カセンスイ ノ サンソ スイソ ドウイタイヒ オヨビ ヨウゾン セイブン ニ ツイテ

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Salt in a salt lake accumulated as a result of perfect evaporation of inflow water during the dry season. Water in a salt lake had a high salinity and its isotope indicated a little evaporation in the wet season because precipitation replenished the salt lake and there was no residual water during evaporation process in salt lake. In a marsh, both perfect and partial disappearance of water by repeated evaporation and water supply from upstream contributed to high salinity and high isotopic ratios because residual water had high isotopic ratios and dried areas accumulated salt. On the other hand, salinity and isotopic ratios depended on ratio of evaporation and water supply during evaporation excluding perfect disappearance of water.

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