「大漢溪人工濕地我最大！」
我是大漢溪人工濕地海綿家族中最大的！
坐落於浮洲橋北邊，占地面積約40公頃，
每天可處理30,000噸污水，是不是很厲害呢！
同時我保留了大漢溪高灘地上的次生林，
讓原本的林木繼續成為植物及動物棲息的家，
營造不同的棲地環境。
在污水通過濕地淨化的過程中，也具有多樣的棲地環境，
增加生物多樣性，並減少對河岸生態系統的干擾，
達成生態保育與削減污染物雙贏的目標。
🔔更多詳細資訊歡迎追蹤＠大漢溪濕地生態廊道服務中心
✨濕地小教室 - 濕地的碳匯功能✨
濕地能從大氣中吸收二氧化碳，
並轉換為有機碳儲存於濕地土壤、植物或碎屑之中，
這個過程稱為碳匯。
碳匯功能主要來自於濕地的生產者快速生長的特性，如植物或藻類，
讓濕地吸收二氧化碳的效率高。
除此之外，濕地富含水分的特性，形成缺氧環境，
讓有機質不易分解成二氧化碳回到大氣中，
成為儲存大量有機碳的碳匯場所。
#海綿家族 # 浮洲人工濕地
📗參考資料
1. 林幸助、楊盛行、呂易哲、黃筱芬(2012)大漢溪人工濕地藻類初級生產力與溫室氣體釋放。
濕地學刊，1(1)，33 - 46。
2. 新北市政府高灘地工程管理處(https://www.hrcm.ntpc.gov.tw/Home/Page?page_id=414)。
3. 藍詠耀、張詠翔、莊秉潔、林煜棋、陳思為、陳勇達、王奕智、杜佳穎(2012)。打鳥埤人工濕地
CO2通量推估及四季變化趨勢。濕地學刊，1(1)，21 - 31。
【 Sponge Family | Fuzhou Constructed Wetland 】
: "I am the biggest in Dahan River Wetland! "
I am the biggest in the Dahan River Constructed Wetland Sponge Family!
Fuzhou Constructed Wetland located on the north side of Fuzhou Bridge spans 40 hectares.
It can process 30,000 tons of sewage every day, isn't it amazing!
At the same time, I kept the secondary forest on the high riverbank construction of Dahan
River,
Let the original forest continue to be the home of plants and animals and create different
habitats.
In the process of sewage purification through wetlands, it also has a variety of habitats
which increase biodiversity and reduce disturbance to riparian ecosystems,and achieve a
win-win goal of ecological conservation and reducing pollutants.
🔔For more details, welcome to follow ＠Dahan River Wetland Tourism Center
✨Wetland Classroom - Carbon Sink Function of Wetlands✨
Wetlands absorb carbon dioxide from the atmosphere, and convert it to organic carbon for
storage in wetland soils, plants or detritus, which process is called carbon sink.
The carbon sink function mainly comes from the fast-growing properties of wetland
producers, such as plants or algae, that make wetlands absorb carbon dioxide efficiently.
In addition, wetlands are rich in moisture and form an oxygen-deficient environment, so that
organic matter is not easily decomposed into carbon dioxide and returned to the
atmosphere,and become a carbon sink for storing a large amount of organic carbon.
📗References
1. Hsing-Juh Lin, Shang-Shyng Yang, Yi-Che Lu, & Xiao-Fen Huang(2012). Algal Primary Productivity
and Greenhouse Gases Emission in the Constructed Wetland of Dahan River, 1(1), 33 - 46.
2. New Taipei City Government High Riverbank Construction Management
Office(https://www.hrcm.ntpc.gov.tw/Page/413)
3. Yung-Yao Lan, Yung-Hsiang Chang, Ben-Jei Tsuang, Yu-Chi Li, Sih-Wei Chen, Yung-Da Chen, Yi-Chih
Wang, &Chia-Ying Tu(2012). To Evaluate CO_2 Flux and Its Seasonal Tendency on Daniaopi
Constructed Wetland，1(1)，21 - 31。
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