Sains Malaysiana 48(8)(2019): 1565–1574

http://dx.doi.org/10.17576/jsm-2019-4808-01

 

Headwater Streams Contain Amounts of Heavy Metal in an Alpine Forest in the Upper Reaches of the Yangtze River

(Aliran Kepala Air Mengandungi Amaun Logam Berat di Hutan Alpin di Bahagian Hulu Sungai Yangtze)

 

ZIYI LIANG, FUZHONG WU*, WANQIN YANG, YU ZHANG, JUNWEI WU & FAN YANG

 

Long-term Research Station of Alpine Forest Ecosystems, Key Laboratory of Ecological Forestry Engineering, Institute of Ecology & Forestry, Sichuan Agricultural University, Chengdu

China

 

Diserahkan: 1 Jun 2017/Diterima: 21 Januari 2018

 

ABSTRACT

Headwater streams are an essential link in the source and sink dynamics of heavy metals between terrestrial and aquatic ecosystems and are also critically important for downstream ecosystem processes and water quality. However, there is little available information about headwater streams. Therefore, the stream storage and distribution patterns of Cd, Pb, Ni, Cr, Cu, Mn and Zn were investigated in ten headwater streams of an Alpine forest located in the upper Yangtze River during the rainy season. The results indicated that the heavy metal storage per unit area of the investigated streams was as follows: 0.95 mg·m-2 for Cd, 8.36 mg m-2 for Pb, 1.98 mg m-2 for Ni, 136.98 mg m-2 for Cr, 9.29 mg m-2 for Cu, 433.39 mg m-2 for Mn and 29.07 mg m-2 for Zn; while the heavy metal storage per unit area of the catchment was as follows: 1.19 mg hm-2 for Cd, 10.47 mg hm-2 for Pb, 2.48 mg hm-2 for Ni, 171.62 mg hm-2 for Cr, 11.64 mg hm-2 for Cu, 542.99 mg hm-2 for Mn and 36.42 mg hm-2 for Zn. Headwater streams present remarkable potential for contamination, and plant debris from riparian forests may be the most important source of heavy metals, while the stream sediment acts as a significant sink for heavy metals. These results provide new perspectives and data for understanding the ecological links between alpine forests and watersheds.

 

Keywords: Headwater streams; heavy metal storage; plant debris; sediment; water conservation land

 

ABSTRAK

Aliran kepala air adalah satu pautan penting dalam dinamik sumber dan sink logam berat antara ekosistem daratan dan akuatik dan juga amat penting bagi proses hiliran ekosistem dan kualiti air. Walau bagaimanapun, terdapat sedikit maklumat tentang aliran kepala air. Oleh yang demikian, aliran penyimpanan dan pengedaran corak Cd, Pb, Ni, Cr, Cu, Mn dan Zn dikaji dalam sepuluh aliran kepala air untuk hutan Alpin yang terletak di bahagian hulu Sungai Yangtze. Hasil menunjukkan bahawa menyimpanan logam berat setiap kawasan unit aliran dikaji adalah seperti berikut: 0.95 mg·m-2 untuk Cd, 8.36 mg m-2 untuk Pb, 1.98 m mg-2 bagi Ni, 136.98 mg m-2 untuk Cr, 9.29 mg m-2 untuk Cu, 433.39 mg m-2 untuk Mn dan 29.07 mg m-2 untuk Zn; sementara penyimpanan logam berat setiap unit luas kawasan tadahan adalah seperti berikut: 1.19 mg hm-2 untuk Cd, 10.47 mg hm-2 untuk Pb, 2.48 mg hm-2 untuk Ni, 171.62 mg hm-2 untuk Cr, 11.64 mg hm-2 untuk Cu, 542.99 mg hm-2 untuk Mn dan 36.42 mg hm-2 untuk Zn. Aliran kepala air menunjukkan potensi yang luar biasa bagi pencemaran dan sisa loji dari hutan riparia mungkin menjadi sumber terpenting logam berat, sementara endapan sungai bertindak sebagai sinki yang ketara bagi logam berat. Keputusan ini memberikan perspektif yang baru dan data untuk memahami hubungan ekologi antara hutan Alpin dan tadahan air.

 

Kata kunci: Aliran kepala air; penyimpanan logam berat; sedimen; sisa loji kawasan pulihara air

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