As a cornerstone of its urban mobility policy, the European Commission has strongly encouraged European towns and cities of all sizes to embrace the concept of Sustainable Urban Mobility Plans (SUMPs). By improving accessibility to, through and within urban areas and promoting the shift towards more sustainable modes of transport, SUMPs hold the potential to improve the overall quality of life for residents by addressing issues of congestion, air- and noise-pollution, climate change, road accidents, unsightly on-street parking and the integration of new mobility services. Despite the increasing recognition of the wide range of benefits linked to this strategic urban mobility planning approach, the implementation of SUMPs has been voluntary and remains limited to a small proportion of European cities. This can be attributed to the lack of financial, technical and political support as well as quality control for SUMPs from national and regional levels in the Member States where devolution gives regions more competences. Furthermore, where plans have been developed these have often failed to fulfil minimum quality standards due to a lack of uniform understanding of the SUMP concept. A number of measures have been considered by Member States to improve SUMPs' enforcement, such as for instance preconditioning the provision of operational subsidies or grants on an approved SUMP and trained mobility department. In order to overcome existing barriers and accelerate the uptake of high-quality SUMPs Europe-wide, the European Commission is now exploring the idea of developing a common EU-framework for sustainable urban mobility indicators (SUMI), which, in turn, formed the focus of discussions at our 7th Florence Intermodal Forum. More specifically, the forum brought together key stakeholders for a discussion on the definition and appropriate indicator parameters; data collection techniques and data standardisation, as well as more generally the question of enhancing the enforcement of SUMPs. Last but not least, the forum drew on the lessons learnt from the COVID-19 pandemic in relation to urban mobility in as far as SUMI are concerned.

A growing number of GHG emissions trading schemes are being implemented at regional or national levels. However, even as the number of different schemes grows, few linkages exist between them. Major cap-and-trade proposals are currently at important stages in their development, especially in the United States, Japan and Australia, some of which explicitly emphasize the aim of linking with other schemes. One of the strategic goals of European climate policy is linking the EU ETS with other comparable schemes. The research presented in this volume is on actual economic, political and institutional constraints and implications. It examines the role of linking trading schemes for the development of the post-Kyoto climate architecture and for increasing linkage between schemes. This essential research will be relevant to both the scientific community and for policymakers who are involved in the design of emerging trading schemes and offset mechanisms, as well as in designing the post Kyoto climate regime.This volume focuses specifically on: o Economic, institutional/regulatory and legal dimensions of linkingo Implications of linking on the design of emerging trading schemeso The role of linking trading schemes for the development of the post-Kyoto climate regim

Carbon pricing is a necessary element in spurring climate change mitigation action. In this report it's argued that emissions trading, as an established and well recognised policy instrument for controlling greenhouse gas emissions, is increasingly popular and spreading around the world. As they develop, emissions trading systems should be designed so that they are compatible with each other. Aligning design elements early on will help improve the prospects of linking different systems in future and, therefore, maximise opportunities for cost-effective emissions reductions. As the world's oldest and largest market, the EU Emission Trading System will play a critical role in facilitating linking between different markets. Before it can do this, however, it must be seen as a credible market. The issue of surplus allowances must be addressed urgently and there should be moves to remove these from the system as soon as possible. Any new climate agreement must crucially allow parties to meet their Intended Nationally Determined Contribution's (INDCs) by transferring parts of their contributions to other parties and financing emissions reduction activities in other countries. The use of carbon markets will greatly improve the prospects of keeping global average temperatures below 2êC. Any agreement reached at the UNFCCC COP 21 in Paris at the end of 2015 should promote the use of carbon markets and facilitate the future linking of emissions trading systems. The UNFCCC could also play a critical role in providing basic standards including monitoring, reporting and verification.

Asia and the Pacific has achieved rapid economic expansion in the recent years and has become a major source of greenhouse gas (GHG) emissions. With more than half of the world’s population and high rates of economic growth, the region is especially vulnerable to the effects of climate change and therefore must play its part in cutting GHG emissions. The Paris Agreement adopted last December 2015 at the United Nations Framework Convention on Climate Change COP21 aims to restrict global warming to well below 2°C above preindustrial levels and to pursue efforts to reach 1.5°C---which is especially relevant to Asia and the Pacific region given its vulnerability. This knowledge product highlights how robust policies on emissions trading systems (ETS) can be important tools in reducing GHG emissions in a cost-effective manner, as well as supporting the mobilization of finance together with deployment of innovative technologies. There are currently 17 ETSs in place in four continents and account for nearly 40% of global gross domestic product. In Asia and the Pacific region, there are 11 systems operating, with more being planned. The growing wealth of experience on ETSs can be valuable to support DMCs that are planning and designing new systems of their own. This knowledge product summarizes some of the most significant learning experiences to date and discusses some of the solutions to alleviate challenges that have been faced. It also examines the possibilities for future linked carbon markets in the region.

Carbon markets are developing and expanding around the world, but how and to what extent is their design shaped by learning and interaction between them? How do these markets function and what is the role of design? Carrying out a ground-breaking analysis of their design and diffusion, this book covers all the major carbon market systems and processes around the world: the EU, RGGI, California, Tokyo, New Zealand, Australia, China, South Korea and Kazakhstan. It offers a systematic, in-depth discussion and comparison of the key design features in these systems with expert contributors exploring how, and to what extent, these features have been shaped by central policy diffusion mechanisms and domestic politics. By focussing on the specific design features of the instruments used, this volume makes important contributions to diffusion theory, highlighting how ETS diffusion processes more often have resulted in design divergence than convergence, and discussing the implications of this finding for the vision of linked systems in the post-Paris era. It will be of significant interest to a broad audience interested in the emergence, evolution, functioning and interaction of carbon markets.

Diploma Thesis from the year 2008 in the subject Environmental Sciences, grade: 1, University of Applied Sciences Burgenland (Nachhaltige Energiesysteme), language: English, abstract: Climate Change is real, and the impacts on ecology, economy and human lifestyle are expected to be tremendous. In order to effectively but also cost efficiently combat climate change, market based instruments are being used in environmental policy. Certificate schemes have been and are being created for trading of greenhouse gas reductions (Grey Certificates), renewable energy (Green Certificates) and energy efficiency (White Certificates). So far, Europe is the frontrunner in implementing especially Greenhouse Gas emission trading schemes. However, as climate change is a global problem, similar markets should be established all over the world and ideally be linked in order to achieve economic optimal solutions. This thesis describes characteristics of the different instruments and trading schemes (Grey, Green and White Certificates) and identifies major design parameters of the systems with the focus on compatibility and potential for establishing links between schemes of the same type or among the certificate types. Implications of establishing links, which can be planned and wanted but also conflicting with other goals, are discussed. As greenhouse gas emissions trading schemes are the most developed and experienced trading schemes in climate change policy, the focus of this work lies on the analysis of the different Greenhouse Gas emission trading schemes (ETS). For the compatibility analysis of ETS, the EU ETS is chosen as reference system. An outlook for near-term linking options and a summary conclude the analysis based on the findings of the work. As more and more environmental policies and instruments emerge around the world due to rising awareness for the problem of climate change, this thesis gives an overview but can not cover all different certificate systems in place and planned.

Given the rapid spread of ETSs in an increasing number of countries and the important role that they are likely to play for the success or failure of the environmental policy in the years to come, this book provides an interdisciplinary analysis of the EU ETS from both the legal and economic perspectives comparing it with the other main ETSs existing worldwide, in order to assess whether the EU ETS has truly represented a prototype for the other ETSs established around the world and to investigate the current perspectives for linking them in the future.Through the years, the EU ETS has progressively gained a paramount position within the EU environmental policy and climate change legislation and currently represents the most striking flagship in this sector, with more than 11.000 installations covered by the scheme. In parallel, the EU ETS has paved the way for the establishment of many other ETSs in several other jurisdictions. Such schemes are now recognized worldwide as the “cornerstones” of the climate change policy.

Emissions trading is becoming an increasingly popular policy instrument with growing diversity in design. This book examines emissions trading design, emissions trading implementation problems and how to address them. In an easily accessible way

Emissions trading challenges the management of companies in an entirely new manner: Not only does it, like other market-based environmental policy instruments, allow for a bigger flexibility in management decisions concerning emission issues. More importantly, it shifts the mode of governance of environmental policy from hierarchy to market. But how is this change reflected in management processes, decisions and organizational structures? The contributions in this book discuss the theoretical implications of different institutional designs of emissions trading schemes, review schemes that have been implemented in the US and Europe, and evaluate the range of investment decisions and corporate strategies which have resulted from the new policy framework.