Javascript must be enabled to continue!
Evaluating Change and Innovation of Marine Governance Arrangements under the European Green Deal
View through CrossRef
Marine ecosystems are facing substantial stress due to global environmental challenges that have escalated in magnitude and impact. The European Green Deal (EGD) is acting as a driver to change and innovation of marine governance through the development of ambitious sustainability objectives around among others marine energy, plastics, transport and biodiversity. For example, offshore wind energy is an expanding sector, decarbonization of the maritime transport has become a priority, more and more plastic pollution sources are being regulated, and marine conservation and protection will expand with more marine protected areas. Realizing such ambitious sustainability objectives requires orchestrating change and innovation within the marine governance domains. Change and innovation takes place under multiple enabling and constraining conditions that shape how multiple governance levels and economic sectors on national and transboundary spatial dimensions are coordinated.Under the PERMAGOV project[1], we developed a Multi-layered Collaborative Marine Governance (MLCMG) Model to evaluate change and innovation processes of marine governance arrangements (comprising actors/coalitions that work together to develop and implement regulation and policies) under the EGD. The EGD has led to the development and updating of legislation for e.g. marine energy, plastics, transport and biodiversity. Through this legislation, both existing and new actors are affected and required to change their daily, economic practices. The MLCMG model enables the evaluation of how actors in marine governance arrangements navigate these new regulatory developments, what the institutional barriers are that impede achieving marine sustainability objectives within the EGD, focusing specifically on the governance capabilities of various actors, collaboration between actors on multiple governance levels, and the role of e-governance to process information and make decision upon.The analysis by using the model is twofold. First, the model is used to identify how marine governance arrangements under the EGD are constrained by existing, institutional barriers and how actors lack (e-)governance capabilities to collaborate and overcome these institutional barriers. Second, the model helps to identify how the EGD is changing marine governance arrangements and thus enables governance capabilities, collaboration and use of e-governance tools. The model thus helps to reflect on how implementation of the EGD is affected by the interplay between enabling and constraining governance dynamics. This reflection offers a starting point for developing governance interventions that consider the institutional complexity as well as capability of actors and their means available to navigate this institutional complexity.
[1] See https://www.permagov.eu/project. PermaGov is funded through the EU's Horizon Europe programme under grant 101086297, and through UK Research and Innovation under grants 10045993, 10062097, 101086297.
Title: Evaluating Change and Innovation of Marine Governance Arrangements under the European Green Deal
Description:
Marine ecosystems are facing substantial stress due to global environmental challenges that have escalated in magnitude and impact.
The European Green Deal (EGD) is acting as a driver to change and innovation of marine governance through the development of ambitious sustainability objectives around among others marine energy, plastics, transport and biodiversity.
For example, offshore wind energy is an expanding sector, decarbonization of the maritime transport has become a priority, more and more plastic pollution sources are being regulated, and marine conservation and protection will expand with more marine protected areas.
Realizing such ambitious sustainability objectives requires orchestrating change and innovation within the marine governance domains.
Change and innovation takes place under multiple enabling and constraining conditions that shape how multiple governance levels and economic sectors on national and transboundary spatial dimensions are coordinated.
Under the PERMAGOV project[1], we developed a Multi-layered Collaborative Marine Governance (MLCMG) Model to evaluate change and innovation processes of marine governance arrangements (comprising actors/coalitions that work together to develop and implement regulation and policies) under the EGD.
The EGD has led to the development and updating of legislation for e.
g.
marine energy, plastics, transport and biodiversity.
Through this legislation, both existing and new actors are affected and required to change their daily, economic practices.
The MLCMG model enables the evaluation of how actors in marine governance arrangements navigate these new regulatory developments, what the institutional barriers are that impede achieving marine sustainability objectives within the EGD, focusing specifically on the governance capabilities of various actors, collaboration between actors on multiple governance levels, and the role of e-governance to process information and make decision upon.
The analysis by using the model is twofold.
First, the model is used to identify how marine governance arrangements under the EGD are constrained by existing, institutional barriers and how actors lack (e-)governance capabilities to collaborate and overcome these institutional barriers.
Second, the model helps to identify how the EGD is changing marine governance arrangements and thus enables governance capabilities, collaboration and use of e-governance tools.
The model thus helps to reflect on how implementation of the EGD is affected by the interplay between enabling and constraining governance dynamics.
This reflection offers a starting point for developing governance interventions that consider the institutional complexity as well as capability of actors and their means available to navigate this institutional complexity.
[1] See https://www.
permagov.
eu/project.
PermaGov is funded through the EU's Horizon Europe programme under grant 101086297, and through UK Research and Innovation under grants 10045993, 10062097, 101086297.
.
Related Results
PERAN TATA KELOLA PERUSAHAAN DALAM MEMODERASI PENGARUH IMPLEMANTASI GREEN ACCOUNTING, CORPORATE SOCIAL RESPONSIBILITY DAN FIRM SIZE TERHADAP KINERJA KEUANGAN
PERAN TATA KELOLA PERUSAHAAN DALAM MEMODERASI PENGARUH IMPLEMANTASI GREEN ACCOUNTING, CORPORATE SOCIAL RESPONSIBILITY DAN FIRM SIZE TERHADAP KINERJA KEUANGAN
This study examines the role of corporate governance in moderating the influence of green accounting disclosure, corporate social responsibility (CSR), and firm size on the financi...
Research on the dynamic co-evolution of the complex system of economy-innovation-environment of the marine industry in China
Research on the dynamic co-evolution of the complex system of economy-innovation-environment of the marine industry in China
IntroductionIn the context of accelerating the construction of a marine power, relying on scientific and technological innovation to drive the high-quality growth of the marine eco...
The Influence Of Green Innovation, Green Knowledge Management And Green Transformational Leadership Mediated By Risk On Green Corporate Performance
The Influence Of Green Innovation, Green Knowledge Management And Green Transformational Leadership Mediated By Risk On Green Corporate Performance
In the modern era and globalization that increasingly emphasizes the importance of sustainability, companies are required to adopt environmentally friendly business strategies to i...
Achieving green product and process innovation through green leadership and creative engagement in manufacturing
Achieving green product and process innovation through green leadership and creative engagement in manufacturing
PurposeThe aims of this study were three-fold: to determine the impact of green transformational leadership on creative process engagement, green product innovation and green proce...
Performance Analysis of Marine Ecological Environment Governance Based on DPSIR and Entropy Weight TOPSIS Model
Performance Analysis of Marine Ecological Environment Governance Based on DPSIR and Entropy Weight TOPSIS Model
In order to solve the global marine ecological environment problems and ensure their own marine strategic interests, we should participate in the global marine ecological environme...
Green Marketing: Drivers in the Process of Buying Green Products—The Role of Green Satisfaction, Green Trust, Green WOM and Green Perceived Value
Green Marketing: Drivers in the Process of Buying Green Products—The Role of Green Satisfaction, Green Trust, Green WOM and Green Perceived Value
Green marketing is currently one of the most powerful strategies in the corporate world as it responds to a growing demand for green products. Therefore, this study aims to analyse...
Digital Green Innovation Pathway: Artificial Intelligence and Urban Green Innovation Levels - A Case Study of the Yangtze River Economic Belt in China.
Digital Green Innovation Pathway: Artificial Intelligence and Urban Green Innovation Levels - A Case Study of the Yangtze River Economic Belt in China.
Abstract
With the iterative evolution of artificial intelligence technology, its characteristics such as intelligence and digitization have gradually become one of the impo...
“The Earth Is Dying, Bro”
“The Earth Is Dying, Bro”
Climate Change and Children
Australian children are uniquely situated in a vast landscape that varies drastically across locations. Spanning multiple climatic zones—from cool tempe...

