タイ国南部ソンクラー湖における海面上昇の影響予測評価

Laguna : 汽水域研究 Volume 7 Page 1-14 published_at 2000-03
アクセス数 : 1054
ダウンロード数 : 123

今月のアクセス数 : 58
今月のダウンロード数 : 4
File
d0070007l001.pdf 663 KB エンバーゴ : 2001-10-08
Title
タイ国南部ソンクラー湖における海面上昇の影響予測評価
Title
Asessment of Impacts of Sea Level Rise on the Songkhla Lake in South Thailand
Title Transcription
タイコク ナンブ ソンクラーコ ニオケル カイメン ジョウショウ ノ エイキョウ ヨソク ヒョウカ
Creator
Hirai Yukihiro
Source Title
Laguna : 汽水域研究
Volume 7
Start Page 1
End Page 14
Journal Identifire
ISSN 21852995
Descriptions
In this paper the author first presents an original procedure to assess the impact of sea level rise. Following this procedure the natural and socioeconomic characteristics of the Songkhla Lake are described. Then the lacustrine lowland of Thale Sap Songkhla is divided into three distinctive geographical zones, and major factors that control the development of each littoral zone are identified. Based on those development factors, some serious impacts of sea level rise on the lake were assessed as follows ;
(1) In the beach ridge plain, coastal erosion will become more severely, especially where large-scale shrimp farming developed will affected critically by the retreat of the shoreline along the present coast.
(2) The area of Songkhla City should be protected by higher or stronger seawall if the coastal erosion would become more severe.
(3) The channel linked the lake and the Gulf of Thailand will become twice or three times as wide as present one, because of the erosion of the north end of the spit. Then the groundwater in the littoral lowlands will be affected by the increase in salinity of the lake water.
(4) In the deltaic lowland of Thale Sap Songkhla, wide littoral area will be inundated with lake water about 1 to 3 km in width from the present lake shoreline. Lacustrine lowlands newly covered with urban facilities, should be protected from severe floods or long-term inundation.
Subjects
assessment of impacts ( Other)
beach ridge plain ( Other)
deltaic lowland ( Other)
sea level rise ( Other)
Songkhla Lake ( Other)
Language
jpn
Resource Type departmental bulletin paper
Publisher
島根大学汽水域研究センター
Date of Issued 2000-03
Publish Type Version of Record
Access Rights open access
Relation
[NCID] AN10439529