About Me

     
黃浚瑋  Chun-Wei Huang 
Assistant Professor
General Studies Center, Ming-Chi University of Technology
Principal Investigator of MOST, Taiwan project
"Developing Landscape Planning Strategies for Mitigating Global Urbanization Based on Deep Learning" 
84 Gungjuan Rd., Taishan Dist., New Taipei City 24301, Taiwan
chun-wei.huang@aya.yale.edu | cwhuang@mail.mcut.edu.tw
I am interested in trade-offs between urbanization and biodiversity conservation, landscape ecology, systematic conservation planning and land governance related to biodiversity conservation. My expertise consists of ecological/environmental modeling, spatial optimization, uncertainty analysis and artificial intelligence. Currently, I am focusing on exploring the global influence of urban expansion on biodiversity loss and how the weak governance may shape the urban expansion that affects biological conservation.

The role of land governance in conserving biodiversity:
The effects of urban land expansion on places with high conservation value will depend largely on the ability of national and sub-national governments to make policies that can effectively manage and shape urban growth. Our study indicates that if predicted urban expansion continues, by 2030, more than two-thirds of all species impacted by urban expansion will occur in countries with low levels of political stability or regulatory quality. Land-use planning cannot be the sole solution for preventing urban-caused global biodiversity decline, but rather that different categories of countries need contrasting conservation strategies. Countries that have high potential biodiversity impact and low land governance capacity require short-term conservation strategies which facilitate public participation, as well as international aid and development to increase governance capacity. Furthermore, enhanced coordination across different decision-making levels is important so that strategies at a single scale do not counterbalance efforts at other levels.


Biodiversity impact due to urbanization overlapped with land governance represented by the WGIs (Hunag et al., 2018). Countries in red will face to integrated impact by low level of  land governance and high level of urban expansion on biodiversity areas.


Systematic conservation planning & Ecological modeling:
I am interested in how to design a suitable landscape structure for conservation purposes. I developed a spatial optimization-based land-use allocation model, termed Dynamically Dimensioned Search Landscape Optimization Planning model (DDSLOP), which can effectively deliver optimized landscape designs for conserving bird species by promoting their habitat suitability. Furthermore, the multi-objective DDSLOP was applied to advance the guidelines of landscape design by taking the trade-off between suitability indices of species and human habitat into consideration. As such, the study can help identify the potential of synergic use of land resources for urban development and biological conservation. 



     


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Education

     
National Taiwan University                                                                                                                                                Taipei, Taiwan
Bioenvironmental Systems Engineering in Major                                                                                                09/2010 - 06/2015
Ph. D.
Relevant Coursework: Landscape Ecology/ Systematic Conservation Planning/ Land-use Change Modeling/ Heuristic Algorithms/ Spatial Optimization Methods/ Spatial Conservation Prioritization


National Chiao Tung University                                                                                                                               Hsinchu, Taiwan
Master of Civil Engineering in Major                                                                                                                     09/2003 - 07/2005
(Hydraulic and Ocean Engineering Program)
Relevant Coursework: Water Resource Management/ Groundwater Flow Modeling/ Data Mining/ Artificial Neural Network/ Environmental Hydrogeology/ Open Channel Flow/ Genetic Algorithms
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Work and Leadership Experience

     
Ming Chi University of Technology                                                                                                Taipei, Taiwan
Assistant Professor/General Education Center / Center for Artificial Intelligence and Data Science         8/2019 –  now

·     Applying Deep Learning Technologies and Street View Images for Recognizing Pumping Wells and Cultivation Types in Land Subsidence Areas. Ministry of Science and Technology, MOST 110-2321-B-003-001 - (2021)
·     Developing Landscape Planning Strategies for Mitigating Global Urbanization Based on Deep Learning (II), Ministry of Science and Technology, Taiwan. MOST 107-2410-H-131 -003 -MY3 (2020).
·     Developing Landscape Planning Strategies for Mitigating Global Urbanization Based on Deep Learning (III), Ministry of Science and Technology, Taiwan. MOST 107-2410-H-131 -003 -MY3 (2021).


National Taiwan University                                                                                                Taipei, Taiwan
Postdoctoral Research Scholar/Principal Investigator, Dept. of Geography                                                          8/2018 –  7/2019

·     Developing Landscape Planning Strategies for Mitigating Global Urbanization Based on Deep Learning (I), Ministry of Science and Technology, Taiwan. MOST 107-2410-H-131 -003 -MY3 (2019).

National Chiao Tung University                                                                                        Hsinchu, Taiwan
Post Doctoral Researcher, Dept. of Civil Engineering                                                          10/2015 –  7/2018

 ·      The study of adaption strategyfor groundwater disaster mitigation in Changhua and Yunlin areas         (I), Ministry of Science and Technology, Taiwan. MOST-104-2811-M- 009-082 (2015).
·      The study of adaption strategyfor groundwater disaster mitigation in Changhua and Yunlin areas         (II), Ministry of Science and Technology, Taiwan. MOST-104-2811-M- 009-082 (2016).
·      The study of adaption strategyfor groundwater disaster mitigation in Changhua and Yunlin areas         (III), Ministry of Science and Technology, Taiwan. MOST-104-2811-M- 009-082 (2017).

 Yale University                                                                                                                                  New Haven, CT, USA
Post Doctoral Researcher, Yale School of Forestry and Environmental Studies        04/2016 – 05/2017

 ·      Adapting Land-use Pattern to Environmental Change on Ecosystem Services in Urban Areas: Simulation and Trade-off Analysis. Ministry of Science and Technology Overseas Project for Post Graduate Research. Taiwan and       USA. MOST-105－2917－I－564－010 (04/2016-04/2017)

Ming Chi University of Technology                                                                                      Taipei, Taiwan
Adjunct Assistant Professor ,The General Education Center                                              09/2014 – Now
·      Lecturer of Biodiversity and Conservation
·      Lecturer of Ecosystem Services and Environmental Management

Sinotech Engineering Consults, Ltd.                                                                                    Taipei, Taiwan
Environmental Engineer, Environmental Engineering Dept II.                                 03/2008 – 03/2009
·      Investigating Soil and Groundwater Pollution at the Gas Stations in Taiwan (the Fourth Project), 
     2008, Environmental Protection Administration Executive Yuan, Taiwan. EPA-96-GA12-02-A216 
     . (03/2008-03/2009)
·      Proposal, Inspection of Facilities for Preventing the Pollution of Groundwater Bodies and 
     Monitoring Equipment in Gas Stations, and Consultation on the Online Declaration System for 
     2009,  Environmental Protection Administration Executive Yuan, Taiwan. EPA-98-GA12-03-
     A037. (2008).
·      Participation in projects:
      o   Proposal, Inspection of Facilities for Preventing the Pollution of Groundwater Bodies and
          Monitoring Equipment in Gas Stations, and Consultation on the Online Declaration System for
          2009,  Environmental Protection Administration Executive Yuan, Taiwan. EPA-98-GA12-03-
          A037. (2008)
o   Proposal, Investigating Soil and Groundwater Pollution at the Gas Stations in Taiwan (the Fifth 
    Project), Environmental Protection Administration Executive Yuan, Taiwan. EPA-098-GA102-
    03-A058 (2009).
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Journal papers

     
To see what we need: Recognizing ecosystem services in a campus landscape through environmental education
Landscape and Ecological Engineering / Springer
1/21/2023
First author
Impact factor: 2.147 in 2021 (Rank 35th/65 in Biodiversity Conservation; Rank 117th/173 in Ecology)

Identifying private pumping wells in a land subsidence area using deep learning technology and street view images
Journal of Hydrology / ELSEVIER
under review/2022
First author
Impact factor: 6.708 in 2021 (Rank 9th/100 in WATER RESOURCES; Rank 13th/202 in GEOSCIENCES, MULTIDISCIPLINARY)

Spatial optimisation of a built environment for synergy between wildlife conservation and urban development
Environment and Planning B-Urban Analytics and City Science / SAGE                                                                          under review /2022
First and corresponding author
Impact factor: 3.511 in 2021 ( Rank 31th/86 in Geography; Rank 19th/43 in Urban Studies )

Landscape and Urban Planning / ELSEVIER                                                                             01/24/2018 
First and corresponding author
Impact factor: 6.142 in 2020 (Rank 3rd/72 in Urban Studies; Rank 6th/160 in Geography)
Biological Conservation / ELSEVIER                                                                                                  08/2018 
Co-author
Impact factor: 5.990 in 2020(Rank 6th/64 in n Biodiversity Conservation; Rank 23th/176 in Ecology; Rank 32th/302 in  Environmental Sciences)

Developing a conjunctive use optimization model for allocating surface and subsurfacewater in an off-stream artificial lake system.
Water / MDPI                                                                                                                                    07/26/2016 
Co- author
Impact factor: 3.103 in 2020 (Rank 57th/120 in Water Resources)

Environments / MDPI                                                                                                                      05/29/2015 
Co- author

Sustainability / MDPI                                                                                                                        12/09/2014 
First author
Impact factor:3.251 in 2020 ( Rank 160th/302 in Environmental Sciences )

Environmental Modelling & Software/ELSEVIER                                                                      07/01/2014 
Corresponding author
Impact factor: 5.288 in 2020 ( Rank 37th/142 in Computer Science, Interdisciplinary Applications; Rank 47th/302 in Environmental Sciences)

Journal of Environmental Management/ELSEVIER                                                                      04/12/2014 
First author
Impact factor: 6.789 in 2020 (Rank 35th/302 in Environmental Sciences)

Applying Genetic Algorithm and Neural Network to the Conjunctive Use of Surface and Subsurface Water.
Water Resources Management/Springer                                                                                                   2013 
Co-author
Impact factor: 3.517 in 2020  (Rank 24th/120 in Water Resources)

A system dynamic model and sensitivity analysis for simulating domestic pollution removal in a free water surface constructed wetland.
Water Air & Soil Pollution/Springer                                                                                                               2012 
Co-author
Impact factor: 2.520 in 2020 ( Rank 162th/302 in Environmental Sciences )

Monitoring and estimating the flow conditions and fish occurrence probability under various flow conditions at reach scale using Genetic algorithms and Kriging methods. 
Ecological Modeling/ ELSEVIER                                                                                                                   2011
Co-author
Impact factor: 2.974 in 2020 (Rank 68th/176 in Ecology)

Modeling the Hydrologic Effect of Dynamic Land Use Change using a Distributed Hydrologic Model and a Spatial Land-use Allocation Model.
Hydrological Processes/Wiley                                                                                                                      2010
Co-author
Impact factor: 3.565 in 2020 (Rank 19th/120 in Water Resources)

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中文期刊

     
  1. 黃浚瑋、黃嘉晴、許苡蕾、劉蔧嫻、范孟雯、柯智仁。民國110年。奢華效應對臺灣都市─鄉村梯度上鳥類豐富度影響之初探。地理學報 99, 33-57 (2021) (TSSCI第一級核心期刊)。
  2. 黃浚瑋、林裕彬、丁宗蘇、王咏潔。民國102年。農業環境景觀生態保育多目標規劃-以高山農場鳥類保育為例。農工學報 60(3): 30-41。(EI)。 
  3. 張良正、陳宇文、朱宏杰、黃浚瑋。民國97年。運用遺傳演算法與類神經網路於地表地下聯合營運。農業工程學報54(2):81-93。(EI)。農業工程學報論文獎
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Conference papers

     
  1. Huang, C.-W., Si Ying Yau, Jia Qing Ooi, Meng-Wen Fan, and Jerome Chie-Jen Ko, 2021, An exploratory study of mapping breeding bird richness using deep learning technology. 2021 International Consortium of Landscape and Ecological Engineering, Taipei. Taiwan.
  2. Huang, C.-W., Yi-Lei Hsu, Hui Xian Lau, and Jerome Chie-Jen Ko, 2020, Exploring Driving Forces of Avian Diversity in a Subtropical Asian City. EGU General Assembly 2020, Vienna. Austria.
  3. Huang, C.-W., Ching-Ya Li, 2019, Adapting to Rising Flood Risk on Urbanized Landscape: The Role of Land Governance. ICEO&SI 2019. Tainan. Taiwan.
  4. Huang, C.-W., Hui-Xian Lau, 2019, Global analysis for recognizing the relationships between urban biodiversity and urban landscape patterns. American Association of Geographers Annual Meeting. DC. USA.
  5. Huang, C.-W., Chung-I Chen, 2018, Evaluating Ecosystem Services of a Campus in an Urban Area Based on Social Values.. 2018 Asia Global Land Project Conference. Taiwan. Taipei. 
  6. Lee, Y.-C., Ko, C.-Y., Lin, Y.-T., Wang, C. Y., C.-W., Huang, & Seto, K. C., 2017. A Conceptual Framework of the Human Dimensions of Urban Emission in East Asia Cities. Procedia Engineering, 198, 720-727.
  7. Huang, C.-W., Y.-P. Lin, 2014, Developing a Cell-Based Spatial Optimization Model for Land-use Patterns Planning. 2014 Asia Global Land Project Conference. Taiwan. Taipei. Suggested paper for Sustainability (Sustainability | An Open Access Journal from MDPI)
  8. Huang, C.-W., Y.-P. Lin, Huang, T., Chiang, L.-C., Hu, M.-C., 2012, Assessing the Ecosystem Services of Water Resources and Runoff Regulation in the Upstream of Highly Urbanized Area - A case study in Wutu Watershed, Taiwan. International Conference on Hydrology and Ground Water Expo. USA. SA.
  9. Huang, T., C.-W. Huang, Y.-P. Lin, 2011, Applying Ecosystem Service Assessment for Sustainable Watershed Management in Bao- Chiao Area. PAWEES 2011 international student’s conference, Taiwan. Taipei.
  10. Wang, Y.-C., Y.-P. Lin, C.-W. Huang, H.-J. Chu and W.-H. Ou, 2010, A Generalized Likelihood Sensitivity Analysis for Simulating the Water Quality of Constructed Wetlands. The 5th International Conference on Environmental Science and Technology (IC EST2010), U.S. Houston. Student paper Award (The American Academy of Sciences)
  11. 丘絲盈、黃浚瑋* 、李亦賢、倪春發(2022) 「應用人工智慧電腦視覺技術於私井納管之能力建構」，2022第十四屆地下水資源及水質保護研討會暨臺灣地下水資源暨水文地質學會年會，台北，臺灣。
  12. 倪春發、余化龍、蘇育生、許少華、黃浚瑋 (2021) 「濁水溪沖積扇地下水環境補充調查及資料分析與應用」，2021第十三屆地下水資源及水質保護研討會暨臺灣地下水資源暨水文地質學會年會，台北，臺灣。
  13. 黃浚瑋 *、林昱昇、丘絲盈、管采榆、張良正、倪春發(2021) 「不同卷積神經網路於抽水井影像辨識能力之比較」，(2021)第十三屆地下水資源及水質保護研討會暨臺灣地下水資源暨水文地質學會年會，台北，臺灣。
  14. 黃浚瑋 *、管采榆、林昱昇、林思妤、丘絲盈、王意程、張良正(2021) 「應用卷積神經網路於農用淺層抽水井之辨識」，2021中國地理學會暨學術研討會，彰化，臺灣(線上會議)。
  15. 丘絲盈、黃浚瑋 *、黃嘉晴(2021) 「應用深度學習於都市-鄉村梯度上的鳥類多樣性變化之初探」，2021中國地理學會暨學術研討會，彰化，臺灣(線上會議)。
  16. 林思妤、黃浚瑋 *、張良正、郭巧玲、林昱昇、管采榆(2020)「深度學習於淺層抽水井空間分布調查之初探」，2020臺灣地下水資源暨水文地質學會年會及第十二屆地下水資源及水質保護研討會，基隆，台灣。
  17. 黃浚瑋* 、許苡蕾(2020)「連結景觀生態特徵與生態系服務於都市綠色空間規劃」，2020第二十四屆國土規劃論壇，臺南，台灣。
  18. 黃浚瑋*、許苡蕾、劉彗嫻(2020)「都市-鄉村梯度上的鳥類多樣性變化─景觀生態與社會經濟因子的影響」，第24屆臺灣地理國際& 2020中國地理學會 聯合學術研討會，台北，台灣。
  19. 黃浚瑋*、許苡蕾 (2019)「運用啟發式空間優化模式於生態保育及都市發展競合之研究」，2019第十二屆海峽兩岸暨港澳地區遙感與空間資訊研討會，台北，台灣 。
  20. 黃浚瑋* (2019)「全球都市化下的生態保育：淺談人工智慧方法與土地治理策略」，2019臺灣地球科學聯合學術研討會，台北，台灣。
  21. 黃浚瑋* (2019)「緩解生態保與都市發展之地景規劃策略研究」，2019第二十三屆國土規劃論壇，臺南，台灣。
  22. 黃浚瑋*、丁宗蘇 (2018)「系統性保育規劃模式於台灣鳥類生態保育之運用」，2018動物行為暨生態研討會，新竹，台灣。
  23. 黃浚瑋*、林裕彬 (2013)，「建立網格式空間優化模式於都市發展與生態保育之競合研究」，臺灣地球科學聯合學術研討會，桃園，台灣。
  24. 蕭戎雯、黃浚瑋、吳承寰、江莉琦、蕭維德、林裕彬 (2013)，「土地利用變遷對大屯溪流域生態系統服務變化之評估」，102年度農業工程研討會，台中。
  25. 張育啟、曾靖恩、黃浚瑋、林裕彬(2011)，「系統動力溼地模式結構不確定性分析」，100年度農業工程研討會，台北。
  26. 林裕彬、朱宏杰、黃浚瑋、陳虹螢、唐嘉禧(2009)，「應用分佈式水文模式於五堵集水區土地利用管理」，十八屆水利工程研討會，屏東，台灣。
  27. 黃浚瑋*、朱宏杰、林裕彬 (2009)，「考量景觀指數最佳化之土地管理於五堵集水區水文量變化之研究」，98年度農業工程研討會，台中，台灣。
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Books

     

  1. 黃浚瑋、沈明得、陳忠義、謝心怡、劉彥蘭(2016)。大自然生態系統服務-以明志科技大學校園生態為例。新北市。致知學術出版社。
(FACEBOOK粉絲專頁：https://www.facebook.com/EcosystemServices.TW/)


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Projects & Technical reports

     


參與計畫：

Participation in project:

  1. Applying Deep Learning and Borehole Drill-core Images for Hydrogeological Exploration. 應用深度學習與岩心影像於水文地質探勘。MOST 111-2625-M-131-001 - (08/2022-7/2023). (Principal Investigator 計畫主持人)                                                                                
  2. 尖端地層下陷防治技術整合研究(2/4)( MOST 111-MOEA-M-008-001 -)(01/2022-12/2022). (協同研究人員)                                                                                                            
  3. 前瞻的淺山生態系統服務治理：以新竹縣上坪溪流域為例(2/4) (MOST 110-2321-B-003-001 -) 子計畫七─小型流域的生態系統服務：成就新竹科學園區之文化生態系統變遷(05/2022-04/2023).(協同研究人員)                                                                                             
  4. Applying Deep Learning Technologies and Street View Images for Recognizing Pumping Wells and Cultivation Types in Land Subsidence Areas.  應用深度學習與街景影像於地層下陷區抽水井與耕作型態之辨識。 MOST 110-2321-B-003-001 - (08/2021-12/2022). (Principal Investigator 計畫主持人)

  5. Frontier Governance of Ecosystem Services in Low Elevation Mountains: the Case of
    Shangping River Watershed in Hsinchu. 前瞻的淺山生態系統服務治理：以新竹縣上坪溪流域為例(1/4)。 MOST 110-2625-M-131-001 - (05/2021-04/2022). (協同研究人員)

  6. Developing Land-use Planning Strategies for Mitigating Global Urbanization Based on Deep Learning. 基於深度學習之全球都市化地景調適策略建立。MOST-107-2410-H-002-245-MY3. (08/2018-12/2021). (Principal Investigator 計畫主持人)

  7. Adapting Land-use Pattern to Environmental Change on Ecosystem Services in Urban Areas: Simulation and Trade-off Analysis. Oversea Project for Post Graduate Research. Ministry of Science and Technology. MOST-105-2917-I-564-010 (04/2016-04-2017). (Principal Investigator 計畫主持人)

  8. 搶救歷史記憶‧深根在地文化─北台首學文藝復興計畫，教育部補助大學實踐社會責任計畫，民國107年。(協同主持人)
  9. 彰雲地區供水與抗旱策略研究及成效評估─子計畫:彰雲地區地下水管理減災調適策略研究(III)，科技部，民國106-107年。
  10. 彰雲地區供水與抗旱策略研究及成效評估─子計畫:彰雲地區地下水管理減災調適策略研究(II)，科技部，民國105-106年。
  11. 彰雲地區供水與抗旱策略研究及成效評估─子計畫:彰雲地區地下水管理減災調適策略研究(I)，科技部，民國104-105年。
  12. 歐盟生物多樣性觀察網絡計劃 (Building the European Biodiversity Observation Network，EU BON) 」科技部計畫申請書，2014。
  13. 結合不同尺度自願性及專家調查地理資訊於物種空間推估之研究，科技部，民國103年。
  14. 土地利用之系統性保育規劃策略及模式研究—集水區生態系統服務面向，科技部，民國 103年。
  15. 台歐盟國台計畫一建立尺度相依衝擊評估之多尺度分析方法與工具於國家保育責任及保育規劃之研究，國科會，101-103年。
  16. 整合生態系統服務與生態水文於土地利用規劃模擬與決策支援系統建立之研究，國科會，民國101-103年。
  17. 永續水庫規劃研究(5)-水庫永續性與支援決策系統之整合評估，經濟部水利署水利規劃試驗所，民國100年。
  18. 永續水庫規劃研究(4)-永續水庫開發之規劃決策架構研究，經濟部水利署水利規劃試驗所，民國99年。
  19. 建立整合性空間分佈模式於集水區生態水文規劃管理之研究，國科會，民國96-99年。
  20. 加油站土壤及地下水污染調查計畫(五)，服務建議書，環保署，民國98年2月。
  21. 98年度加油站防止污染地下水體設施與監測設備查核暨網路申報諮詢計畫，服務建議書，環保署，民國98年1月。
  22. 加油站土壤及地下水污染調查計畫(四)，環保署，民國96年8月至98年2月。
  23. 區域性監測井管理及高污染潛勢地區地下水質調查，環保署，民國97年2月至97年12月。
  24. 枯旱期石門水庫運轉規線探討，北區水資源局，民國93年4月至93年12月。
  25. 水資源系統分析模式庫及資料庫建置與使用手冊編篡，水利署水利規劃試驗所，民國93年1月至93年12月。
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