题名

應用衛星影像判釋桃園地區埤塘變遷對於生態系統服務之影響

并列篇名

Remote Sensing Images to Interpret the Effects of Land Use Changes on Ecosystem Services of Pond in Taoyuan Area

DOI

10.6161/jgs.202112_(100).0004

作者

陳姿伶(Tzu-Ling Chen);賴泓錥(Hong-Yu Lai);邱英浩(Yin-Hao Chiu)

关键词

Landsat 7 ETM+ ; InVEST ; 生態系統服務 ; 埤塘 ; 土地利用變遷 ; ecosystem services ; InVEST ; Landsat 7 ETM+ ; land use change ; ponds

期刊名称

地理學報

卷期/出版年月

100期(2021 / 12 / 01)

页次

71 - 100

内容语文

繁體中文

中文摘要

根據2011年之國家重要濕地彙編指出,桃園埤圳為國家重要濕地之一。近年桃園地區因都市發展造成埤塘面積縮減,影響周邊生態系統服務之供給,然受限於各埤塘間服務功能之差異性,尚未有學者針對桃園埤塘進行全面性生態系統服務之研究。埤塘於我國實具有重要價值,除提供地區性用水外,亦提供多種服務。本研究透過Landsat7衛星影像判釋自1999年至2018年之土地利用現況,探討埤塘周遭土地利用變遷情況,並利用InVEST進行生態系統服務評估,以期在維持經濟發展水準之前提下,達到生態系統服務之永續發展目標。本研究於判釋後發現20年間建成環境比例顯著上升,整體呈擴散趨勢,且部分零碎水體出現面積縮減。研究顯示棲地品質、產水量及土地流失三項生態系統服務中,20年間各行政區之埤塘生態系統服務各有其變化,變動因素受用地改變為植生及建成地區影響,影響程度因發展模式及程度存在差異性。研究發現土地利用變遷將影響生態系統服務,考量一地之生態系統服務變化時,除環境改變地區外,應將環境改變地區之周邊環境一併納入評估,以針對地區環境特性規劃相對應之空間策略。

英文摘要

According to the 2011 Taiwan's Wetland of Importance, ponds in Taoyuan are among the important wetlands in the country. Due to recent industrial transformation, the Taoyuan area urgently needs a lot of prepared land, (reducing OR decreasing OR lowering) the pond area and thus affecting the supply of surrounding ecosystem services. This (study OR work OR investigation) analyzes the current land use around the pond from 1999 to 2018 using Landsat 7 satellite imagery; discusses the dynamic changes in land use around the pond, and conducts a comprehensive ecosystem service assessment using InVEST. Analytical results (indicate OR reveal OR show OR demonstrate) that the pond ecosystem services of each region have affected the three ecosystem services of habitat quality, water production and land loss differently over the past 20 years, depending on the change of land use, whether to planting and built-up areas. [OK? Check meaning] The mode and degree of development also vary.

主题分类 人文學 > 地理及區域研究
参考文献
  1. Ali, S. M.,Salman, S. S.(2015).Chronological calibration methods for landsat satellite images.IOSR Journal of Applied Physics,7(6),107-15.
  2. Aneseyee, A. B.,Noszczyk, T.,Soromessa, T.,Elias, E.(2020).The InVEST Habitat Quality Model associated with land use/cover changes: A qualitative case study of the Winike Watershed in the Omo-Gibe Basin, Southwest Ethiopia.Remote Sensing,12(7),1103.
  3. Bekefi, E.,Varadi, L.(2007).Multifunctional pond fish farms in Hungary.Aquaculture international,15(3),227-233.
  4. Bouguerra, S.,Jebari, S.,Tarhouni, J.(2019).An analysis of sediment production and control in Rmel river basin using InVEST sediment retention model.Journal of New Sciences,66,4170-4181.
  5. Canqiang, Z.,Wenhua, L.,Biao, Z.,Moucheng, L.(2012).Water yield of Xitiaoxi river basin based on InVEST modeling.Journal of Resources and Ecology,3(1),50-54.
  6. CBD(2006).Global biodiversity outlook 2 secretariat of the convention on biological diversity.Montreal:CBD.
  7. Céréghino, R.,Boix, D.,Cauchie, H. M.,Martens, K.,Oertli, B.(2014).The ecological role of ponds in a changing world.Hydrobiologia,723(1),1-6.
  8. Daily, G.,Myers, J. P.,Peterson, C. H.(1997).Nature's services : Societal dependence on natural ecosystems.Washington, DC:Island Press.
  9. Davidson, N. C.(2014).How much wetland has the world lost? Long-term and recent trends in global wetland area.Marine and Freshwater Research,65(10),936-941.
  10. Downing, J. A.(2010).Emerging global role of small lakes and ponds: little things mean a lot.Limnetica,29(1),9-24.
  11. Egoh, B.,Reyers, B.,Rouget, M.,Richardson, D. M.,Le Maitre, D. C.,van Jaarsvel, A. S.(2008).Mapping ecosystem services for planning and management.Agriculture, Ecosystems & Environment,127(1-2),135-140.
  12. Ehrlich, P,Mooney, H.(1983).Extinction, substitution, and ecosystem services.Bioscience,33(4),248-254.
  13. Ennaanay, D.(2006).Faculty of the graduate School, University of Minnesota.
  14. EPCN, T.(2007).Developing the pond Manifesto.Annales de Limnologie-International Journal of Limnology,43(4),221-232.
  15. Fang, W. T.,Chou, J. Y.,Lu, S. Y.(2014).Simple patchy-based simulators used to explore pondscape systematic dynamics.PLoS ONE,9(1),e86888.
  16. Forman, R.(2003).Road ecology: Science and solutions.New York:Island Press.
  17. Fu, B.,Xu, P.,Wang, Y.,Yan, K.,Chaudhary, S.(2018).Assessment of the ecosystem services provided by ponds in hilly areas.Science of the total environment,642,979-987.
  18. Goldstein, J. H.,Caldarone, G.,Duarte, T. K.,Ennaanay, D.,Hannahs, N.,Mendoza, G.,Polasky, S.,Wolny, S.,Daily, G. C.(2012).Integrating ecosystem-service tradeoffs into land-use decisions.Proceedings of the National Academy of Sciences,109(19),7565-7570.
  19. Gong, J.,Xie, Y.,Cao, E.,Huang, Q.,Li, H.(2019).Integration of InVEST-habitat quality model with landscape pattern indexes to assess mountain plant biodiversity change: A case study of Bailongjiang watershed in Gansu Province.Journal of Geographical Sciences,29(7),1193-1210.
  20. Hamel, P.,Guswa, A. J.(2015).Uncertainty analysis of a spatially explicit annual water-balance model: Case study of the Cape Fear basin, North Carolina.Hydrology and Earth System Sciences,19(2),839-853.
  21. Hill, M. J.,Hassall, C.,Oertli, B.,Fahrig, L.,Robson, B. J.,Biggs, J.,Samways, M. J.,Usio, N.,Takamura, N.,Krishnaswamy, J.,Wood, P. J.(2018).New policy directions for global pond conservation.Conservation Letters,11(5),e12447.
  22. Hu, W.,Li, G.,Gao, Z.,Jia, G.,Wang, Z.,Li, Y.(2020).Assessment of the impact of the Poplar Ecological Retreat Project on water conservation in the Dongting Lake wetland region using the InVEST model.Science of the Total Environment,733,139423.
  23. Jayasekara, M. J. P. T. M.,Kadupitiya, H. K.(2018).Mapping of soil erosion hazard zones of Sri Lanka.Tropical Agriculture Research,29(2),135-146.
  24. Kuhnert, P. M.,Martin, T. G.,Griffiths, S. P.(2010).A guide to eliciting and using expert knowledge in Bayesian ecological models.Ecology Letters,3(7),900-914.
  25. Lautenbach, S.,Maes, J.,Kattwinkel, M.,Seppelt, R.,Strauch, M.,Scholz, M.,Schulz-Zunkel, C.,Volk, M.,Weinert, J.,Dormann, C. F.(2012).Mapping water quality-related ecosystem services: Concepts and applications for nitrogen retention and pesticide risk reduction.International Journal of Biodiversity Science,8(1-2),35-49.
  26. Leopold, A. 1949. A sand county almanac and sketches from here and there. New York: Oxford University Press..
  27. Liu, X.,Wang, S.,Wu, P.,Feng, K.,Hubacek, K.,Li, X.,Sun, L.(2019).Impacts of urban expansion on terrestrial carbon storage in China.Environmental Science & Technology,53(12),6834-6844.
  28. Millennium Ecosystem Assessment (Program)(2005).Ecosystems and human well-being.Washington, D.C:Island Press.
  29. Moore, T. L.,Hunt, W. F.(2012).Ecosystem service provision by stormwater wetlands and ponds–A means for evaluation?.Water research,46(20),6811-6823.
  30. Mushet, D. M.,Calhoun, A. J.,Alexander, L. C.,Cohen, M. J.,DeKeyser, E. S.,Fowler, L.,Lane, C. R.,Lang, M. W.,Rains, M. C.,Walls, S. C.(2015).Geographically isolated wetlands: rethinking a misnomer.Wetlands,35(3),423-431.
  31. Nebel, B. J.,Wright, R. T.(1998).Environmental science: The way the world works.Upper Saddle River. NJ:Prentice Hall.
  32. Nelleman C.,Kullered, L.,Vistnes, I.,Forbes, B.,Foresman, T.,Husby, E.,Kofinas, G.,Kaltenborn, B.,Rouaud, J.,Magomedova, M.,Bobiwash, R.,Lambrechts, C.,Schei, P.,Tveitdal, S.,Gron, O.,Larsen, T.(2001).Global methodology for mapping human impacts on the biosphere.Kenya:UNEP.
  33. Nelson, E.,Mendoza, G.,Regetz, J.,Polasky, S.,Tallis, H.,Cameron, D.,Chan, K. M.,Daily, G. C.,Goldstein, J.,Kareiva, P. M.,Lonsdorf, E.,Naidoo, R.,Ricketts, T. H.,Shaw, M.(2009).Modeling multiple ecosystem services, biodiversity conservation, commodity production, and tradeoffs at landscape scales.Frontiers in Ecology and the Environment,7(1),4-11.
  34. Osborn, F. 1948. Our plundered planet. Boston: Little, Brown and Company .
  35. Polasky, S.,Nelson, E.,Pennington, D.,Johnson, K. A.(2011).The impact of land-use change on ecosystem services, biodiversity and returns to landowners: A case study in the state of Minnesota.Environmental and Resource Economics,48(2),219-242.
  36. Renard, K.,Foster, G.,Weesies, G.,McCool, D.,Yoder, D.(1997).Predicting soil erosion by water: A guide to conservation planning with the Revised Universal Soil Loss Equation (RUSLE).Agriculture handbook,703,25-28.
  37. Sharp, R.,Douglass, J.,Wolny, S.,Arkema, K.,Bernhardt, J.,Bierbower, W.,Chaumont, N.,Denu, D.,Fisher, D.,Glowinski, K.,Griffin, R.,Guannel, G.,Guerry, A.,Johnson, J.,Hamel, P.,Kennedy, C.,Kim, C. K.,Lacayo, M.,Lonsdorf, E.,Mandle, L.,Rogers, L.,Silver, J.,Toft, J.,Verutes, G.,Vogl, A. L.,Wood, S.,Wyatt, K.(2020).Sharp, R., J. Douglass, S. Wolny, K. Arkema, J. Bernhardt, W. Bierbower, N. Chaumont, D. Denu, D. Fisher, K. Glowinski, R. Griffin, G. Guannel, A. Guerry, J. Johnson, P. Hamel, C. Kennedy, C. K. Kim, M. Lacayo, E. Lonsdorf, L. Mandle, L. Rogers, J. Silver, J. Toft, G. Verutes, A. L. Vogl, S. Wood, and K. Wyatt 2020. In VEST 3.9.2.post13+ug.g80fc42d.d20211201 User’s Guide. The Natural Capital Project, Stanford University, University of Minnesota, The Nature Conservancy, and World Wildlife Fund, San Francisco..
  38. Shoyama, K.,Yamagata, Y.(2014).Predicting land-use change for biodiversity conservation and climatechange mitigation and its effect on ecosystem services in a watershed in Japan.Ecosystem Services,8,25-34.
  39. Shukla, P.R.(ed.),Skea, J.(ed.),Calvo Buendia, E.(ed.),Masson-Delmotte, V.(ed.),Pörtner, H.-O.(ed.),Roberts, D. C.(ed.),Zhai, P.(ed.),Slade, R.(ed.),Connors, S.(ed.),van Diemen, R.(ed.),Ferrat, M.(ed.),Haughey, E.(ed.),Luz, S.(ed.),Neogi, S.(ed.),Pathak, M.(ed.),Petzold, J.(ed.),Portugal Pereira, J.(ed.),Vyas, P.(ed.),Huntley, E.(ed.),Kissick, K.(ed.),Belkacemi, M.(ed.),Malley, J.(ed.)(2019).Climate Change and Land: an IPCC special report on climate change, desertification, land degradation, sustainable land management, food security, and greenhouse gas fluxes in terrestrial ecosystems.
  40. Stewart, R. I.,Andersson, G. K.,Brönmark, C.,Klatt, B. K.,Hansson, L. A.,Zülsdorff, V.,Smith, H. G.(2017).Ecosystem services across the aquatic–terrestrial boundary: Linking ponds to pollination.Basic and Applied Ecology,18,13-20.
  41. Tansley, A. G. 1935. The use and abuse of vegetational terms and concepts. Ecology 16 (3): 284-307, doi: 10.1177/0309133307083297
  42. Terrado, M.,Sabater, S.,Chaplin-Kramer, B.,Mandle, L.,Ziv, G.,Acuña, V.(2016).Model development for the assessment of terrestrial and aquatic habitat quality in conservation planning.Science of the Total Environment,540,63-70.
  43. Uy, N.(ed.),Shaw, R.(ed.)(2012).Ecosystem-based adaptation.Bingley:Emerald Group Publishing Limited.
  44. Vogt, W. 1948. Road to survival. New York: William Sloan.
  45. Yang, D.,Liu, W.,Tang, L.,Chen, L.,Li, X.,Xu, X.(2019).Estimation of water provision service for monsoon catchments of South China: Applicability of the InVEST model.Landscape and Urban Planning,182,133-143.
  46. 吳嘉俊, J. J.,盧光輝, G. H.,林俐玲, L. L.(1999).土壤流失量估算手冊.屏東=Pingtung:國立屏東科技大學=National Pingtung University of Science and Technology.
  47. 李瑞陽, R. Y.,姜如憶, J. I.(2005)。應用遙測技術於水稻田判釋之研究。2005年中國地理學會年會暨地理學術研討會,台北=Taipei:
  48. 林暐淳, W. C.(2015)。Taipei,國立台灣大學生物環境系統工程學研究所=Department of Bioenvironmental Systems Engineering, National Taiwan University。
  49. 邱祈榮, C. R.,周佐辰, T. C.(2011)。台北市綠資源水源涵養效益之變遷分析。2011年第六屆環境保護林經營管理研討會,嘉義=Chiayi:
  50. 徐涵秋, H. C.(2005)。利用改進的歸一化差異水體指數(MNDWI)提取水體信息的研究。遙感學報,9(5),589-959。
  51. 翁義聰, Y. C.,楊英欽, Y. C.,陳坤能, K. N.(2011).2011國家重要濕地彙編.台北=Taipei:內政部營建署城鄉發展分署=Urban and Rural Development Branch, Construction and Planning Agency, Ministry of Interior.
  52. 張喬峰, C. F.(2004)。Taichung,逢甲大學都市計畫學系=Department of Urban Planning, Feng Chia University。
  53. 陳其澎, C. P.(2003).桃園大圳及光復圳系統埤塘調查研究.新北=NewTaipei:行政院客家委員會=Hakka Affairs Council.
  54. 陳貞如, C. J.(2012)。Tainan,國立成功大學研究所=Department of Urban Planning, National Cheng Kung University。
  55. 陳朝圳, C. T.,吳守從, S. T.,江彥鋒, Y. F.(2006)。應用MODIS衛星影像推估台灣地區之蒸發散量。台灣林業科學,21(2),249-261。
  56. 傅崇德 [Fu, C. T.] 2009。桃園埤塘之過去、現在和未來:由埤塘水質看未來規劃管理之方向 [Tao yuan pi tang zhi guo qu, xian zai he wei lai: You pi tang shui zhi kan wei lai gui hua guan li zhi fang xiang] 。http://setsg.ev.ncu.edu.tw/newsletter/epnews5-2-3.html (擷取日期: 2020.12.07)
  57. 黃伊萍, I. P.(2010)。Tainan,南台科技大學國際企業系研究所=Department of Urban Planning, Department of International Business, Southern Taiwan University of Science and Technology。
  58. 黃韜, T.(2012)。Taipei,國立台灣大學生物環境系統工程學研究所=Department of Bioenvironmental Systems Engineering, National Taiwan University。
  59. 黃麗娟, L. C.,莊智璋, C. W.,何世華, S. H.,林昭遠, C. Y.(2008)。衛星影像植生指標優選之研究。水土保持學報,40(1),39-50。
  60. 楊龍士, L. S.,雷祖強, T. C.,周天穎, T. Y.(2006).遙感探測理論與分析實務.台北=Taipei:文魁=Wun kuei.