Suchergebnisse

AbstractA model for municipal eco‐auditing based on three years of experience is to be tried out in nine municipalities in Norway. The model emphasizes the establishment of a results reporting system (environmental accounts) and controlling the return messages (eco‐audits). Environmental accounting and eco‐audits should include both municipal service‐delivering activities and planning in relation to the whole spectrum of environmental problems. Copyright © 1995 John Wiley & Sons, Ltd. and ERP Environment

Abstract
Through the years, several papers have criticized climate policy decision-making for being naïve with respect to how it views climate model outputs as objective facts and uses the outputs directly to program policies. From this and similar observations, many of the papers conclude that there is a need for shifting to a new approach on how climate policy makers may relate to climate change uncertainties. The article proposes such a shift by presenting a road map on how to address uncertainties in climate change adaptation. It consists of three major elements: first, to accept that in many cases we will not be able to reduce climate change uncertainties; second, to diversify the way in which we describe climate change uncertainties, moving from a one-dimensional technical perspective to a multidimensional perspective that applies uncertainties also to social and political processes and systems; and third, to change the way we address climate change uncertainties by moving from a predict-then-act to a reflect-then-act approach, implying that we must adapt to climate change even under high and varied forms of uncertainties. Embedded in this last point is to accept that, unlike for climate change mitigation, the precautionary principle will apply in many situations of climate change adaptation. In the last part of the article the usability of the proposed road map is demonstrated post ante on four Norwegian cases of climate-related natural hazard events.

Significance Statement
The article sums up the international policy and scientific climate change uncertainty discourses and presents a road map on how to improve the way uncertainties are addressed in local efforts of adapting to climate change. The underlying logic of the proposed road map is to expand from the so far prevailing logic of adapting only when uncertainties are low with an additional logic that is applicable in situations with high uncertainties. The road map consists of seven questions to be addressed and seven alternative adaptation options to follow. A selection of recent practical cases on local climate change adaptation efforts in Norway is then presented to demonstrate the applicability of the proposed road map.

Abstract
To reach the 1.5°–2° goal of the Paris Agreement, the speed of transition to a renewable energy society must increase significantly. Applying Perrow's theory of societal risk, we argue that switching from a fossil-based energy system to a future 100% renewable energy system may increase climate risks. Reviewing policy and research literature, and interviewing key energy policy actors in Norway, we find that there is limited knowledge on this topic and that the knowledge that does exist suffers from several shortcomings. Climate risks are generally discussed by applying future climate to the current energy system and thus failing to consider climate vulnerabilities caused by the ongoing energy transition. Also, discussions are frequently limited to subsystem reflections as opposed to system reflections and mostly present supply-side perspectives as opposed to demand-side perspectives. Most of the policy actors conclude that a future 100% renewable energy system will mainly benefit from climate change and reduce rather than increase climate risks. A research agenda is proposed to gain a better understanding of how the ongoing energy transitions can affect climate risks, especially to address the potential that reducing the level of energy consumption, diversifying energy sources, and prioritizing short-traveled energy can have to reduce climate risk in high-consuming countries.

Significance Statement
Switching from a fossil-based to a mostly "climate driven" renewable energy system may increase climate risks, and rapid transitions may increase risks even more. Still, knowledge of such risks is limited and suffers from several shortcomings. Studies are generally applying future climate to current energy system conditions and thus failing to consider vulnerabilities caused by the ongoing transformation of the energy system. Studies so far are also often limited to analyzing only parts of the system and not the energy system as a whole, and they are aiming at the production side rather than the consumption side. Thus, they tend to conclude that the energy system will mainly benefit from climate change. To reduce climate risks, we claim the need to focus on energy consumption and short-traveled energy.

One of the key features of the post-Rio era has been how global environmental governance is mediated between local, national and global levels of government. In this article, we draw on experiences from local climate policy planning in Norway in order to discuss the ways in which climate change enters into a municipal policy setting. Based on the Norwegian case, supplemented with knowledge gained from an international literature review, we present a typology of six different categories of local climate policy. We highlight that local actors can both play the role as a structure for the implementation of national or international climate objectives, as well as that of being policy actors taking independent policy initiatives. We emphasize how the relationship between national and local authorities is a crucial factor if climate policy as a specific local responsibility should be further strengthened.

Preface -- Contents -- Abstract -- 1 Introduction: Rebound Research in a Warming World -- 1.1 Reducing Energy and Resource Demand for Sustainability -- 1.2 A Brief History of Rebound Research -- 1.3 Terminology and State of Research -- 1.4 Structure and Content of This Volume -- References -- New Aspects in Economic Rebound Research -- 2 After 35 Years of Rebound Research in Economics: Where Do We Stand? -- Abstract -- 2.1 The Rebound Architecture -- 2.1.1 Another Taxonomy of Rebound Effects? -- 2.1.2 Rebound Mechanisms -- 2.2 The Micro Perspective -- 2.2.1 Enhanced Microeconomic Foundations

The mutual interaction of climate change and the highly weatherdependent ski tourism business is drawing increasing attention from the academic, commercial and political arenas. Changes in the cryosphere are becoming major determinants of the sustainability of ski areas. Therefore, there is a great deal of literature entailing impact and adaptation studies regarding ski areas, resorts, and destinations; however, research on the demand side of the issue is relatively limited. In this paper, the relationship between climate change and a niche segment of ski tourism, summer skiing, is discussed with regard to the awareness, perceptions, and mitigation and substitution behaviours of visitors to the summer downhill ski centres in Norway – an underresearched country, despite its recognition as the cradle of skiing. For this purpose, a comprehensive survey was administered to a sample of 224 subjects. The results revealed high climate change awareness but limited climate friendliness, and a strong emphasis on the immediate climate impacts on summer skiing that create a tendency towards ski activity substitution within Norway. Individual profiles also played a significant role in the anticipated mitigation and substitution behaviours. The implications of the results involving demand attitude and behaviour are further discussed with regard to the suppliers.

Abstract
Sustainable development is a challenging field of research, colored by the paradoxes of modernity and development, and the trade-offs involved in balancing the "sustainable" and "development" sides of the various sustainable development goals. We must take these overarching challenges into account when entering a more specific discussion of what a concept of sustainable climate change adaptation may entail. This article reviews the history of this concept, including insights provided by the recent publications composing a special collection of Weather, Climate, and Society on the topic of sustainable climate change adaptation. This collection reflects on why and how the term sustainable development should be included in our understandings of and efforts toward climate change adaptation and proposes a preliminary framework for distinguishing between conventional and sustainable adaptation.

Significance Statement
This article reviews the history of the term "sustainable climate change adaptation" and reflects on the relationship between sustainable development and climate change adaptation efforts. It ends by proposing a framework for distinguishing between conventional and sustainable adaptation.

Meeting the Paris Agreement targets requires strong near-term climate change mitigation in all sectors of the economy. Increasing demand-side emission abatement efforts is one important area to pursue, yet there are significant barriers that must be overcome in order to realize its potential. We ask: What barriers may be hindering deep emissions reduction at the household level? What kinds of levers are available to achieve emission reductions? Based on an original and extensive qualitative dataset, our in-depth study of households in Bergen, Norway, shows that individuals perceive they are confronted with considerable individual, economic, and infrastructural barriers that prevent them from taking deep mitigation actions. Our results however also suggest that some barriers can be overcome with motivational levers such as the availability of more sustainable alternatives, support networks and by the positive emotions felt when having a positive impact on the environment. Other barriers are more difficult to overcome, pointing to the overarching lesson from our study that households will need to be forced or incentivized beyond voluntary efforts to achieve rapid and comprehensive decarbonization. The current policy approach, aimed mostly at nudging for voluntary mitigation actions, is wholly inadequate to achieve significant emission reductions. Our study indicates that households are open for increasingly including more "sticks" into climate policymaking. While there are significant challenges to individuals taking stronger mitigation action, these can be overcome by strengthening government policies targeting the patterns and, importantly, volumes of household consumption.

Meeting the Paris Agreement targets requires strong near-term climate change mitigation in all sectors of the economy. Increasing demand-side emission abatement efforts is one important area to pursue, yet there are significant barriers that must be overcome in order to realize its potential. We ask: What barriers may be hindering deep emissions reduction at the household level? What kinds of levers are available to achieve emission reductions? Based on an original and extensive qualitative dataset, our in-depth study of households in Bergen, Norway, shows that individuals perceive they are confronted with considerable individual, economic, and infrastructural barriers that prevent them from taking deep mitigation actions. Our results however also suggest that some barriers can be overcome with motivational levers such as the availability of more sustainable alternatives, support networks and by the positive emotions felt when having a positive impact on the environment. Other barriers are more difficult to overcome, pointing to the overarching lesson from our study that households will need to be forced or incentivized beyond voluntary efforts to achieve rapid and comprehensive decarbonization. The current policy approach, aimed mostly at nudging for voluntary mitigation actions, is wholly inadequate to achieve significant emission reductions. Our study indicates that households are open for increasingly including more "sticks" into climate policymaking. While there are significant challenges to individuals taking stronger mitigation action, these can be overcome by strengthening government policies targeting the patterns and, importantly, volumes of household consumption.

Meeting the Paris Agreement targets requires strong near-term climate change mitigation in all sectors of the economy. Increasing demand-side emission abatement efforts is one important area to pursue, yet there are significant barriers that must be overcome in order to realize its potential. We ask: What barriers may be hindering deep emissions reduction at the household level? What kinds of levers are available to achieve emission reductions? Based on an original and extensive qualitative dataset, our in-depth study of households in Bergen, Norway, shows that individuals perceive they are confronted with considerable individual, economic, and infrastructural barriers that prevent them from taking deep mitigation actions. Our results however also suggest that some barriers can be overcome with motivational levers such as the availability of more sustainable alternatives, support networks and by the positive emotions felt when having a positive impact on the environment. Other barriers are more difficult to overcome, pointing to the overarching lesson from our study that households will need to be forced or incentivized beyond voluntary efforts to achieve rapid and comprehensive decarbonization. The current policy approach, aimed mostly at nudging for voluntary mitigation actions, is wholly inadequate to achieve significant emission reductions. Our study indicates that households are open for increasingly including more "sticks" into climate policymaking. While there are significant challenges to individuals taking stronger mitigation action, these can be overcome by strengthening government policies targeting the patterns and, importantly, volumes of household consumption.