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| Title: | 論領海以外離岸風力發電機所涉之相關國際法規範
A Study of Relevant International Laws related to Offshore Wind Turbine in Areas Beyond Territorial Sea |
| Authors: | 鍾弘宣
Chung, Hung-Hsuan |
| Contributors: | 陳貞如
Chen, Chen-Ju
鍾弘宣
Chung, Hung-Hsuan |
| Keywords: | 離岸風力發電
領海以外區域
《聯合國海洋法公約》
《國家管轄範圍外區域海洋生物多樣性養護與永續利用協定》
國際海洋法
Offshore Wind Power
Areas Beyond the Territorial Sea
United Nations Convention on the Law of the Sea
Agreement on the Conservation and Sustainable Use of Marine Biological Diversity of Areas Beyond National Jurisdiction (BBNJ Agreement)
International Law of the Sea |
| Date: | 2025 |
| Issue Date: | 2025-09-01 16:16:00 (UTC+8) |
| Abstract: | 本研究旨在探討離岸風力發電在各海洋分區所涉及的國際法規範，以因應《巴黎協定》後全球對潔淨能源轉型的迫切需求，並彌合快速發展的離岸風電技術與現有國際海洋法規之間的「法律滯後」現象。本文系統性的分析了《聯合國海洋法公約》、其他相關國際公約，以及新近通過的《國家管轄範圍外區域海洋生物多樣性養護與永續利用協定》，旨在釐清離岸風場在規劃、建造、營運及除役各階段所涉的權利與義務。
研究方法主要採文獻分析法，檢視國際條約文本、區域協議、政府資訊及學術著作等，並運用文義解釋法與歷史解釋法，深入剖析相關規範的意涵、適用範疇及其演進。
本文認為《聯合國海洋法公約》為離岸風場的各組成部分提供了基礎性框架，但其規範在面對新興的浮體式離岸風電技術，尤其是在國家管轄範圍以外區域的應用存在模糊性。
除《聯合國海洋法公約》外，多項國際法律和組織對離岸風電發展產生影響，在環境保護方面，《生物多樣性公約》、《埃斯波公約》和《倫敦公約》及其議定書分別對環境影響評估及設施除役提出了要求；航行安全方面，《國際海上人命安全公約》、《國際海上避碰規則》及國際航標協會的建議提供了具體指導。此外，《聯合國保護水下文化遺產公約》、區域海洋協定及漁業管理組織的規範，亦對離岸風場的選址和營運產生影響。這些多層次的法律框架共同構成了一複雜的治理體系，但也帶來了規範衝突和協調的挑戰。
《國家管轄範圍外區域海洋生物多樣性養護與永續利用協定》的通過，預示著國家管轄範圍以外區域的海洋治理進入新時代，對離岸風電的發展具有變革性影響，其核心貢獻在於確立了更嚴格的環境影響評估機制、引入了系統性的劃區管理工具、規範了海洋遺傳資源的惠益分享，並強化了能力建設與海洋技術轉讓，這些新規定將顯著提升國家管轄範圍以外區域的離岸風電項目環境審查標準與透明度。儘管《國家管轄範圍外區域海洋生物多樣性養護與永續利用協定》與現有國際框架的互動仍需磨合，但其「不損害」原則旨在促進協調一致，引導國家管轄範圍外區域離岸風電走向更永續的發展路徑。
總體而言，當前國際法律框架在應對離岸風電發展時仍存在挑戰，特別是在國家管轄範圍外區域浮體式設施的管轄權、標準化環評要求、空間衝突解決機制及大規模環境損害責任制度方面。未來離岸風電的發展，尤其是在國家管轄範圍外區域，將需要更強有力的國際合作、更連貫的法規發展以及堅定奉行預防性與生態系統為基礎的方法，以平衡潔淨能源開發與海洋環境保護的雙重目標。
This study aims to explore the international legal norms applicable to offshore wind power generation in various maritime zones, in response to the urgent global demand for clean energy transition following the Paris Agreement, and to bridge the "juridical lag" between the rapidly developing offshore wind power technology and existing international maritime legal frameworks. This paper systematically analyzes the United Nations Convention on the Law of the Sea (UNCLOS), other relevant international conventions, and the recently adopted Agreement under the United Nations Convention on the Law of the Sea on the Conservation and Sustainable Use of Marine Biological Diversity of Areas Beyond National Jurisdiction (BBNJ Agreement), in order to clarify the rights and obligations involved in the planning, construction, operation, and decommissioning phases of offshore wind farms.
The research methodology primarily employs literature analysis, examining international treaty texts, regional agreements, government information, and academic works. It also utilizes textual interpretation and historical interpretation to deeply analyze the meaning, scope of application, and evolution of relevant norms.
The study finds that UNCLOS provides a foundational framework for the various components of offshore wind farms, but its norms are ambiguous when applied to emerging floating offshore wind power technologies, especially in areas beyond national jurisdiction.
In addition to UNCLOS, various international laws and organizations influence the development of offshore wind power. In terms of environmental protection, the Convention on Biological Diversity (CBD), the Espoo Convention, and the London Convention and Protocol set requirements for environmental impact assessments and facility decommissioning, respectively. For navigation safety, the International Convention for the Safety of Life at Sea (SOLAS), the International Regulations for Preventing Collisions at Sea (COLREGs), and the recommendations of the International Association of Lighthouse Authorities (IALA) provide specific guidance. Furthermore, the UNESCO 2001 Convention on the Protection of the Underwater Cultural Heritage, regional maritime agreements, and fisheries management organizations' regulations also influence the site selection and operation of offshore wind farms. These multi-layered legal frameworks collectively form a complex governance system, but they also bring challenges in terms of normative conflicts and coordination.
The adoption of the BBNJ Agreement heralds a new era for ocean governance in areas beyond national jurisdiction, with transformative implications for the development of offshore wind power. Its core contributions include establishing a more stringent environmental impact assessment mechanism, introducing systematic area-based management tools, regulating the sharing of benefits from marine genetic resources, and strengthening capacity building and marine technology transfer. These new provisions will significantly enhance the environmental review standards and transparency of offshore wind power projects in areas beyond national jurisdiction. Although the interaction between the BBNJ Agreement and existing international frameworks still requires refinement, its "not undermine" principle aims to promote coherence and guide offshore wind power in areas beyond national jurisdiction towards a more sustainable development path.
Overall, the current international legal framework still faces challenges in addressing the development of offshore wind power, particularly concerning the jurisdiction over floating facilities in areas beyond national jurisdiction, standardized EIA requirements, mechanisms for resolving spatial conflicts, and liability systems for large-scale environmental damage. The future development of offshore wind power, especially in areas beyond national jurisdiction, will require stronger international cooperation, more coherent regulatory development, and a firm commitment to precautionary and ecosystem-based approaches to balance the dual goals of clean energy development and marine environmental protection. |
| Reference: | 一、中文參考文獻
1.1 圖書
姜皇池，國際海洋法（下冊），2018年。
姜皇池，國際海洋法（上冊），2版，2018年。
黃異，國際海洋法，2017年。
1.2 期刊論文
陳貞如，〈初探「國家管轄範圍以外地區」海洋環境與生物多樣性相關國際規範〉，《台灣國際法學刊》，第十五卷第一期，頁9-41，2018年。
1.3 網路文獻
黃金城、樊庭宇、朱棟樑，〈海上巨型風扇的支撐者——水下結構〉，科技大觀園，2019年9月4日，https://scitechvista.nat.gov.tw/Article/C000003/detail?ID=ef79ed9f-1ecd-4b7e-b04d-528040b4c017。
浮式風力機（二）-浮式結構技術與市場趨勢，InfoLink Consulting (2023/01/26)，https://www.infolink-group.com/zh-tw/wind/wind-analysis/Floating-wind-turbine-II-Floating-structure-technology-and-market-trends。
二、外文參考文獻
2.1 圖書
ANDREWS, J. & JELLEY, N., ENERGY SCIENCE: PRINCIPLES, TECHNOLOGIES, AND IMPACTS (2007).
BOYLE, A. & CHINKIN, C., THE MAKING OF INTERNATIONAL LAW (2007).
BRUNNEE, J. ET AL., THE IMPACT OF INTERNATIONAL LAW ON INTERNATIONAL COOPERATION: THEORETICAL PERSPECTIVES (2004).
CHURCHILL, R.R. & LOWE, A.V., THE LAW OF THE SEA (1999).
BROWN, E.D., SEA-BED ENERGY AND MINERALS: THE INTERNATIONAL LEGAL REGIME (1992).
GAVOUNELI, M., POLLUTION FROM OFFSHORE INSTALLATIONS (1995).
HARRISON, J., SAVING THE OCEANS THROUGH LAW, THE INTERNATIONAL LEGAL FRAMEWORK FOR THE PROTECTION OF THE MARINE ENVIRONMENT (2017).
KACHEL, M.J., PARTICULARLY SENSITIVE SEA AREAS: THE IMO’S ROLE IN PROTECTING VULNERABLE MARINE AREAS (2008).
KWIATKOWSKA, B., THE 200 MILE EXCLUSIVE ECONOMIC ZONE IN THE NEW LAW OF THE SEA (1989).
MASTERS, G.M., RENEWABLE AND EFFICIENT ELECTRIC POWER SYSTEMS, 2ND ED. (2013).
PAPADAKIS, N., THE INTERNATIONAL LEGAL REGIME OF ARTIFICIAL ISLANDS (1977).
2.2 期刊論文
BAILEY, H., BROOKES, K.L. & THOMPSON, P.M., Assessing environmental impacts of offshore wind farms: lessons learned and recommendations for the future, 10 AQUAT. BIOSYST. 1, 13 (2014).
BRADBROOK, A.J., Energy law as an academic discipline, 14 J. ENERGY NAT. RESOUR. LAW 193, 217 (1996).
BRADBROOK, A.J., Sustainable energy law: the past and the future, 30 J. ENERGY NAT. RESOUR. LAW 511, 522 (2012).
CASTRO-SANTOS, L., MARTINS, E. & GUEDES SOARES, C., Economic comparison of technological alternatives to harness offshore wind and wave energies, 140 ENERGY 1121, 1130 (2017).
CAVAZZI, S. & DUTTON, A.G., An offshore wind energy geographic information system (OWE-GIS) for assessment of the UK's offshore wind energy potential, 87 RENEW. ENERGY 212, 228 (2016).
ZIYI CHEN & QI LYU, Cooperation on Capacity-Building and the Transfer of Marine Technology: An Interpretation of Article 41 under the BBNJ Agreement, 6 INTERNATIONAL JOURNAL OF SOCIAL SCIENCES AND PUBLIC ADMINISTRATION 1, 11 (2025).
CHATZIVASILEIADIS, S., ERNST, D. & ANDERSSON, G., The global grid, 57 RENEW. ENERGY 372, 383 (2013).
DRANKIER, P., Marine Protected Areas in Areas beyond National Jurisdiction, 27 INT'L J. MARINE & COASTAL L. 291, 350 (2012).
DUFF, J.A., The United States and the law of the sea convention: sliding back from accession and ratification, 11 OCEAN COAST. LAW J. 1, 36 (2006).
DVORAK, M.J., ARCHER, C.L. & JACOBSON, M.Z., California offshore wind energy potential, 35 RENEW. ENERGY 1244, 1254 (2010).
PAUL ELSNER & SUZETTE SUAREZ, Renewable energy from the high seas: Geo-spatial modelling of resource potential and legal implications for developing offshore wind projects beyond the national jurisdiction of coastal States, 128 ENERGY POLICY 919, 929 (2019).
FITZMAURICE, M., Third parties and the law of treaties, 6 MAX PLANCK UNYB (6) 37, 137 (2002).
DAVID FREESTONE & KRISTINA GJERDE, International Treaty Negotiations and the Status of the 'Principle of the Common Heritage of Mankind': The 2023 BBNJ Treaty Text, 64 HARVARD INTERNATIONAL LAW JOURNAL ONLINE 1, 13 (2023/11/27).
GÖKE, C., DAHL, K. & MOHN, C., Maritime spatial planning supported by systematic site selection: applying marxan for offshore wind power in the western baltic sea, 13 PLOS ONE 1, 13 (2018).
HAMZAH, B.A., International rules on decommissioning of offshore installations: some observations, 27 MAR. POLICY 339, 348 (2003).
HASAGER, C.B., Offshore winds mapped from satellite remote sensing, 3 WILEY INTERDISCIP. REV. ENERGY ENVIRON. 594, 603 (2014).
IGNACIO HERRERA ANCHUSTEGUI & VIOLETA S. RADOVICH, Wind Energy on the High Seas: Regulatory Challenges for a Science Fiction Future, 15 ENERGIES 9157 (2022/12/02).
YONG-GANG JI & HAI-WEN SU, The Interaction Between the BBNJ Agreement and the International Deep Sea Mining Regime: More Questions than Answers?, 56 OCEAN DEV. & INT'L L. 2472634 (2025/04/13).
KASOULIDES, G.C., Removal of Offshore Platforms and the Development of International Standards, 13 MARINE POLICY 249, 265 (1989).
MARTHEN NAPANG ET AL., Safety Zones Around Offshore Installations, II INTERNATIONAL JOURNAL OF GLOBAL COMMUNITY No.2 (2019).
MCCAULEY, D. ET AL., Energy justice in the transition to low carbon energy systems: Exploring key themes in interdisciplinary research, 233-234 APPL. ENERGY 916, 921 (2019).
XIAOJING MIAO & LI CHEN, China's role in global marine conservation: opportunities and challenges in implementing ABMTs in ABNJ under the BBNJ Agreement, 12 FRONTIERS IN MARINE SCIENCE 1573699 (2025).
MOLENAAR, E.J., Airports at Sea: International Legal Implications, 14 IJMCL 371, 386 (1999).
SUZETTE V. SUAREZ, Environmental Impact Assessment of Offshore Windfarms in Areas beyond National Jurisdiction: Who Should Have Obligations?, 41 AUSTRALASIAN YEARBOOK OF INTERNATIONAL LAW 74, 94 (2021).
TREVES, T., Military installations, Structures and Devices on the Seabed, 74 AJIL 808, 857 (1980).
VARELA, L. ET AL., Environmental Impact Assessment and Life Cycle Assessment for a Deep Water Floating Offshore Wind Turbine on the Brazilian Continental Shelf, 12 JOURNAL OF MARINE SCIENCE AND ENGINEERING 27 (2024).
2.3 會議文章／專書論文
CHATZIVASILEIADIS, S., ERNST, D. & ANDERSSON, G., Global power grids for harnessing world renewable energy, in RENEW. ENERGY INTEGR. PRACT. MANAG. VAR. UNCERTAIN. FLEX. POWER GRIDS 175, 188 (2014).
JONKMAN, J. M. & BUHL, M. L. JR., Loads Analysis of a Floating Offshore Wind Turbine Using Fully Coupled Simulation: Preprint, NREL/CP-500-41714 (2007).
MASUTANI, S. & TAKAHASHI, P., Ocean Thermal Energy Conversion (OTEC), in PROCEEDINGS OF THE ENCYCLOPEDIA OF OCEAN SCIENCES 1993, 1999 (2001).
ROBERT BECKMAN, Rights and Responsibilities of States on the High Seas and in the EEZ, Second ARF Seminar on UNCLOS, ASEAN Regional Forum and Centre for International Law, NUS, 28-29 May 2014, Manila, https://aseanregionalforum.asean.org/wp-content/uploads/2019/10/Annex-6-Rights-and-Responsibilities-of-States-on-the-High-Seas-and-in-the-EEZ.pdf (檢索日期: 2025/06/05)。
SCANDINAVIAN INSTITUTE OF MARITIME LAW, UNIVERSITY OF OSLO, SIMPLY 2022, MARIUS NO. 570 (2023)。
TREVISANUT, S., L'enlèvement et la gestion des plates-formes et installations offshore abandonnées ou desaffectées, in G. ANDREONE ET AL. (eds), DROIT DE LA MER ET EMERGENCES ENVIRONNEMENTALES 193, 217 (2012).
2.4 官方文件／報告／法規
ALGERIA: PRESIDENTIAL DECREE NO. 04-344, ESTABLISHING A ZONE CONTIGUOUS TO THE TERRITORIAL SEA (6 NOVEMBER 2004), IN LAW OF THE SEA BULLETIN NO. 57, AT 116 (2005)。
ASIA-PACIFIC ECONOMIC COOPERATION (APEC), THE LEGISLATION RECOMMENDATION AND PROMOTION OF MULTIFUNCTIONAL OCEAN SPACE USAGE: COMBINE FLOATING PV INSTALLATIONS AT OFFSHORE..., APEC PUBLICATION 225_EWG (2025/02)。
BSH, ZULASSUNG VON WINDENERGIEANLAGEN IN DEUTSCHLAND (2018).
CAITLIN KEATING-BITONTI, THE BIODIVERSITY BEYOND NATIONAL JURISDICTION AGREEMENT (HIGH SEAS TREATY), CRS REPORT IF12283 (2024/12/19)。
CHATHAM PARTNERS, OFFSHORE WIND IN HIGH SEAS: UNLIMITED POTENTIAL BEYOND NATIONAL CONTROL? (2019).
DANISH MARITIME AUTHORITY, THE MERCHANT SHIPPING ACT (CONSOLIDATION) (2014).
DANIEL KACHELRIESS, DUNCAN CURRIE & MAJA METZGER, PART II OF THE BBNJ AGREEMENT: MARINE GENETIC RESOURCES INCLUDING THE FAIR AND EQUITABLE SHARING OF BENEFITS (2023)。
FEDERAL MINISTRY FOR THE ENVIRONMENT, NATURE CONSERVATION, NUCLEAR SAFETY AND CONSUMER PROTECTION (BMUV), Marine Environmental Protection: What is it all about? (No date).
FOOD AND AGRICULTURE ORGANIZATION OF THE UNITED NATIONS (FAO), REVIEW AND ANALYSIS OF INTERNATIONAL LEGAL AND POLICY INSTRUMENTS RELATED TO DEEP-SEA FISHERIES AND BIODIVERSITY CONSERVATION IN AREAS BEYOND NATIONAL JURISDICTION (2017).
GLOBAL WIND ENERGY COUNCIL, GWEC GLOBAL OFFSHORE WIND REPORT 2021 103-104 (2021).
INTERNATIONAL ENERGY AGENCY, ANNEX A: TABLES FOR SCENARIO PROJECTIONS, IN WORLD ENERGY OUTLOOK 2021 294 (2021).
IMO: RESOLUTION A.671(16), SAFETY ZONES AND SAFETY OF NAVIGATION AROUND OFFSHORE INSTALLATIONS AND STRUCTURES (1989).
IMO: RESOLUTION A.672(16), GUIDELINES AND STANDARDS FOR THE REMOVAL OF OFFSHORE INSTALLATIONS AND STRUCTURES ON THE CONTINENTAL SHELF AND IN THE EXCLUSIVE ECONOMIC ZONE (19 OCTOBER 1989).
INTERNATIONAL SEABED AUTHORITY, CONSOLIDATED REGULATIONS AND RECOMMENDATIONS ON PROSPECTING AND EXPLORATION (2015).
MINISTRY OF ECONOMY, TRADE AND INDUSTRY (METI), CABINET DECISION ON THE BILL FOR THE ACT FOR PARTIALLY AMENDING THE ACT ON PROMOTING THE UTILIZATION OF SEA AREAS FOR THE DEVELOPMENT OF MARINE RENEWABLE ENERGY POWER GENERATION FACILITIES, MINISTRY OF ECONOMY, TRADE AND INDUSTRY (2024/03/12)。
U.S. COAST GUARD, NAVIGATIONAL SAFETY IN AND AROUND OFFSHORE RENEWABLE ENERGY INSTALLATIONS (OREI), NVIC 03-23 (2023/11/16).
UNITED NATIONS, WORLD POPULATION PROSPECTS 2024: SUMMARY OF RESULTS, UN DESA/POP/2024/TR/NO. 9 (2024).
US: 1 U.S.C. § 3 (2018).
US: 30 C.F.R. § 585.112 (2025).
US: 43 U.S.C. § 1333 (2018).
US: PROCLAMATION NO. 2667, POLICY OF THE UNITED STATES WITH RESPECT TO THE NATURAL RESOURCES OF THE SUBSOIL AND SEA BED OF THE CONTINENTAL SHELF (SEPT. 28, 1945).
US: PROCLAMATION NO. 2668, POLICY OF THE UNITED STATES WITH RESPECT TO COASTAL FISHERIES IN CERTAIN AREAS OF THE HIGH SEAS (SEPT. 28, 1945).
UK: MERCHANT SHIPPING ACT 1995, S 313.
UK: THE OFFSHORE INSTALLATIONS AND PIPELINE WORKS (MANAGEMENT AND ADMINISTRATION) REGULATIONS 1995, S.I. 1995/738.
UNION MONDIALE POUR LA NATURE, WORLD CONSERVATION STRATEGY: LIVING RESOURCE CONSERVATION FOR SUSTAINABLE DEVELOPMENT (1980).
2.5 國際公約
AGREEMENT UNDER THE UNITED NATIONS CONVENTION ON THE LAW OF THE SEA ON THE CONSERVATION AND SUSTAINABLE USE OF MARINE BIOLOGICAL DIVERSITY OF AREAS BEYOND NATIONAL JURISDICTION (2023).
CONVENTION FOR THE PROTECTION OF THE MARINE ENVIRONMENT OF THE NORTH-EAST ATLANTIC (OSPAR CONVENTION), ARTICLE 1 (1992).
CONVENTION ON CIVIL LIABILITY FOR OIL POLLUTION DAMAGE RESULTING FROM EXPLORATION FOR AND EXPLOITATION OF SEABED MINERAL RESOURCES, ADOPTED MAY 1, 1977, LONDON.
CONVENTION ON CIVIL LIABILITY FOR OIL POLLUTION DAMAGE RESULTING FROM EXPLORATION FOR AND EXPLOITATION OF SEABED MINERAL RESOURCES (LONDON, 1 MAY 1977), CMND. 6791 (1977).
CONVENTION ON THE PROTECTION OF THE UNDERWATER CULTURAL HERITAGE, OPENED FOR SIGNATURE NOV. 2, 2001, 2369 U.N.T.S. 119.
INTERNATIONAL CONVENTION FOR THE SAFETY OF LIFE AT SEA, OPENED FOR SIGNATURE NOV. 1, 1974, 1184 U.N.T.S. 2. (SOLAS).
1996 PROTOCOL TO THE CONVENTION ON THE PREVENTION OF MARINE POLLUTION BY DUMPING OF WASTES AND OTHER MATTER, OPENED FOR SIGNATURE NOV. 7, 1996, 36 I.L.M. 1. (LONDON PROTOCOL).
UNITED NATIONS CONVENTION ON THE LAW OF THE SEA, OPENED FOR SIGNATURE DEC. 10, 1982, 1833 U.N.T.S. 397.
2.6 網路文獻
ARTICLE 82, UNCLOSDEBATE.ORG, HTTPS://WWW.UNCLOSDEBATE.ORG/KEYWORDS/ARTICLE-82.
BBNJ AGREEMENT, SUSTAINABILITY DIRECTORY (2025/04/27), HTTPS://SUSTAINABILITY-DIRECTORY.COM/TERM/BBNJ-AGREEMENT/.
CMS EXPERT GUIDES, OFFSHORE WIND ENERGY IN DENMARK, CMS EXPERT GUIDES (2018/06/22), HTTPS://CMS.LAW/EN/INT/EXPERT-GUIDES/CMS-EXPERT-GUIDE-TO-OFFSHORE-WIND-IN-NORTHERN-EUROPE/DENMARK.
CONNECTING THE DOTS: INTERNATIONAL ARBITRATION AND SUBMARINE CABLES, HERBERT SMITH FREEHILLS, HTTPS://WWW.HERBERTSMITHFREEHILLS.COM/INSIGHTS/REPORTS/INSIDE-ARBITRATION-ISSUE-19/CONNECTING-THE-DOTS-INTERNATIONAL-ARBITRATION-AND-SUBMARINE-CABLES.
CONTINENTAL SHELF AND THE QUIET OCEAN COMMONS GRAB, INTERNATIONAL LAW BLOG (2024/01/09), HTTPS://INTERNATIONALLAW.BLOG/2024/01/09/CONTINENTAL-SHELF-AND-THE-QUIET-OCEAN-COMMONS-GRAB/ .
CRITICAL CONSIDERATIONS IN PARTIAL DECOMMISSIONING OF OFFSHORE WIND FARMS INCLUDE RESIDUAL LIABILITY AND BIODIVERSITY TRADE-OFFS, EUROPEAN COMMISSION, ENVIRONMENT (2025/05/15), HTTPS://ENVIRONMENT.EC.EUROPA.EU/NEWS/CRITICAL-CONSIDERATIONS-PARTIAL-DECOMMISSIONING-OFFSHORE-WIND-FARMS-INCLUDE-RESIDUAL-LIABILITY-AND-2025-05-15_EN.
DLA PIPER, INTRODUCTION TO OFFSHORE WIND IN NORWAY, DLA PIPER (2024), HTTPS://WWW.DLAPIPER.COM/EN-CO/INSIGHTS/PUBLICATIONS/NAVIGATING-NEW-HORIZONS-OFFSHORE-WIND-MARKETS-IN-EMERGING-JURISDICTIONS/2024/INTRODUCTION-TO-OFFSHORE-WIND-IN-NORWAY.
EARTH NEGOTIATIONS BULLETIN, SUMMARY REPORT 14–25 APRIL 2025: BBNJ PREPCOM-1 (2025/04/25), HTTPS://ENB.IISD.ORG/MARINE-BIODIVERSITY-BEYOND-NATIONAL-JURISDICTION-BBNJ-COP-PREPCOM1-SUMMARY .
EARTH NEGOTIATIONS BULLETIN, SUMMARY REPORT 7–18 MARCH 2022: BBNJ IGC-4 (2022/03/18), HTTPS://ENB.IISD.ORG/MARINE-BIODIVERSITY-BEYOND-NATIONAL-JURISDICTION-BBNJ-IGC4-SUMMARY .
FEDERAL OFFSHORE WIND DEPLOYMENT, HARVARD LAW SCHOOL ENVIRONMENTAL AND ENERGY LAW PROGRAM (EELP), HTTPS://EELP.LAW.HARVARD.EDU/TRACKER/FEDERAL-OFFSHORE-WIND-DEPLOYMENT/ .
GOVERNING THE OCEAN WITH A NEW BIODIVERSITY TREATY: CAN IT SET A NEW STAGE FOR HOW WE VALUE MARINE LIFE?, OCEAN EQUITY RESEARCH (2025/04/11), HTTPS://OCEANEQUITYRESEARCH.ORG/NEWS/GOVERNING-THE-OCEAN-WITH-A-NEW-BIODIVERSITY-TREATY-CAN-IT-SET-A-NEW-STAGE-FOR-HOW-WE-VALUE-MARINE-LIFE/.
GLOBAL COAL TO CLEAN POWER TRANSITION STATEMENT, UK COP26, HTTPS://UKCOP26.ORG/GLOBAL-COAL-TO-CLEAN-POWER-TRANSITION-STATEMENT/.
HALFWAY THERE: TRACKING THE GLOBAL MOMENTUM FOR THE BBNJ TREATY, ICAS - INSTITUTE FOR CHINA-AMERICA STUDIES, HTTPS://CHINAUS-ICAS.ORG/RESEARCH/HALFWAY-THERE-TRACKING-THE-GLOBAL-MOMENTUM-FOR-THE-BBNJ-TREATY/.
HOW WE WORK ONSHORE, ØRSTED, HTTPS://ORSTED.CO.UK/ENERGY-SOLUTIONS/OFFSHORE-WIND/HOW-WE-WORK-ONSHORE.
INTERNATIONAL MARITIME ORGANIZATION (IMO), IMO WELCOMES ADOPTION OF NEW OCEANS TREATY, INTERNATIONAL MARITIME ORGANIZATION (2023/06/19), HTTPS://WWW.IMO.ORG/EN/MEDIACENTRE/PRESSBRIEFINGS/PAGES/BBNJ-TREATY-ADOPTION.ASPX.
JAPAN PASSES LEGISLATION ENABLING OFFSHORE WIND PROJECTS IN ITS EEZ, RIVIERA MARITIME MEDIA, HTTPS://WWW.RIVIERAMM.COM/NEWS-CONTENT-HUB/JAPAN-PASSES-LEGISLATION-ENABLING-OFFSHORE-WIND-PROJECTS-IN-ITS-EEZ-85060.
LONDON CONVENTION AND LONDON PROTOCOL: INTERNATIONAL TREATIES TO PREVENT MARINE POLLUTION, U.S. ENVIRONMENTAL PROTECTION AGENCY (EPA), HTTPS://WWW.EPA.GOV/MARINE-PROTECTION-PERMITTING/LONDON-CONVENTION-AND-LONDON-PROTOCOL-INTERNATIONAL-TREATIES-PREVENT.
MARITIME ZONES AND BOUNDARIES, NATIONAL OCEANIC AND ATMOSPHERIC ADMINISTRATION, HTTPS://WWW.NOAA.GOV/MARITIME-ZONES-AND-BOUNDARIES (2024/12/13).
NAUTICAL CHARTS AND UNCLOS, HYDRO INTERNATIONAL (2024/04/13), HTTPS://WWW.HYDRO-INTERNATIONAL.COM/CONTENT/ARTICLE/NAUTICAL-CHARTS-AND-UNCLOS?OUTPUT=PDF.
OFFSHORE PLATFORM SUSTAINABLE DECOMMISSIONING - "RIGS TO REEFS" GOES GLOBAL, HUNTON.COM (2020/01/30), HTTPS://WWW.HUNTON.COM/THE-NICKEL-REPORT/OFFSHORE-PLATFORM-SUSTAINABLE-DECOMMISSIONING-RIGS-TO-REEFS-GOES-GLOBAL0.
PRACTICAL MEASURES OF PROTECTION, UNESCO, HTTPS://EN.UNESCO.ORG/UNDERWATER-HERITAGE/THREATS-AND-PROTECTION.
PART VI - CONTINENTAL SHELF, ADMIRALTY AND MARITIME LAW GUIDE, HTTP://WWW.ADMIRALTYLAWGUIDE.COM/CONVEN/UNCLOSPART6.HTML.
SAFETY OF NAVIGATION, INTERNATIONAL MARITIME ORGANIZATION, HTTPS://WWW.IMO.ORG/EN/OURWORK/SAFETY/PAGES/NAVIGATIONDEFAULT.ASPX.
SAFETY ZONES, MARITIME NEW ZEALAND, HTTPS://WWW.MARITIMENZ.GOVT.NZ/CONTENT/COMMERCIAL/ENVIRONMENT/OFFSHORE-INDUSTRY/SAFETY-ZONES.ASP.
SUBMARINE CABLES, THE NATIONAL BUREAU OF ASIAN RESEARCH (NBR), HTTPS://WWW.NBR.ORG/PUBLICATION/SUBMARINE-CABLES/.
THE 2001 CONVENTION, UNESCO, HTTPS://WWW.UNESCO.ORG/EN/UNDERWATER-HERITAGE/2001-CONVENTION.
THE 'HIGH SEAS TREATY': SIX THINGS WORTH KNOWING, FULCRUM (2023/03/17), HTTPS://FULCRUM.SG/THE-HIGH-SEAS-TREATY-SIX-THINGS-WORTH-KNOWING/.
UNITED NATIONS CONVENTION ON THE LAW OF THE SEA - MARITIME DRUG LAW ENFORCEMENT ACT, MDLEA, HTTPS://WWW.MDLEA.COM/INTERNATIONAL-LAW/UNCLOS/.
UNITED NATIONS, BBNJ AGREEMENT | AGREEMENT ON MARINE BIOLOGICAL DIVERSITY OF AREAS BEYOND NATIONAL JURISDICTION, UNITED NATIONS (2023/06/19), HTTPS://WWW.UN.ORG/BBNJAGREEMENT/EN. |
| Description: | 碩士
國立政治大學
外交學系
107253003 |
| Source URI: | http://thesis.lib.nccu.edu.tw/record/#G0107253003 |
| Data Type: | thesis |
| Appears in Collections: | [外交學系] 學位論文
|
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