Carrot or stick: Impacts of alternative climate and energy policy scenarios on agriculture

The climate and energy strategy of the European Union presents the aims for all economic sectors to cut carbon dioxide emissions. In this paper, we studied what kind of conflicts, synergies, opportunities and control measures the climate and energy policy brings to farms in Finland. We used the Delphi method to assess possible outcomes of three scenarios based on the strength of mitigation policy. The scenarios scrutinised were (1) Baseline, (2) Tight Control and (3) Energy Plus Food. These scenarios create different adaptive needs and measures on farms. Baseline scenario follows the present and forthcoming development in agriculture and Tight Control scenario, in turn, constitutes all possible mitigation measures recently introduced in the scientific discussion. In Energy Plus Food scenario, farms increasingly produce renewable energy in addition to food and, therefore, have new opportunities to develop their businesses. The Delphi panel estimated how the farms would cope with different future developments represented by the scenarios. Based on our results, it is evident that interdisciplinary analysis in research and inter-sectoral cooperation between agricultural and energy policies are required.     

Scenarios on European energy security: Outcomes of natural gas strategy in 2020

This paper adopts a futuristic methodology and analyzes the role of natural gas in European energy security in order to transform economic and policy uncertainties into meaningful scenarios. It implements “trend analysis” to forecast the volume of gas needed until 2020 by elaborating the estimates of the EU Commission and “scenario building” to come up with alternative futures forging different regional implications. The economic analysis stems from four scenarios as introduced by the EU Commission: (1) baseline scenario with average oil price of 61$/bbl; (2) baseline scenario with average oil price of 100$/bbl; (3) New Energy Policy scenario with average oil price of 61$/bbl; (4) New Energy Policy scenario with average oil price of 100$/bbl. The policy analysis is derived from the options, restraints, priorities and strategies of the concerned actors which include the EU Commission, selected EU members, suppliers and transit countries. The analysis on actors results in four policy scenarios: (1) Russia first; (2) Russia everywhere; (3) security first; (4) each for itself. The matrix, which excludes the possibility of unprecedented developments such as a drastic increase in European shale gas production or continuing global recession, clusters 16 contingencies. The paper, within this context, gives an idea on how alternative policy options of European energy security may lead to different futures based on oil prices, environmental commitments and strategic initiatives of the concerned actors.     

Some future scenarios for renewable energy

Energy security issues, climate change, fossil fuel depletion, new technologies, and environmentally conscious consumers are powerful forces shaping the renewable energy sector. The future of renewable energy depends upon how powerful these forces are and which combination of forces prevails. This paper defines and analyzes four different scenarios, business as usual (2010–2030), focus on climate change (2010–2060), focus on energy security (2010–2030), and a clean and secure energy future (2010–2100) for the future of renewable energy. A clean and secure energy future, where renewable energy accounts for between 50% and 80% of total energy demand, is the most favorable scenario for the future of renewable energy but also the scenario that takes the greatest amount of commitment, in terms of time and money from businesses, individuals, governments, and policy makers.     

The role of innovative entrepreneurship within Colombian business cycle scenarios: A system dynamics approach

Since the advent of public and private initiatives in Colombia, there has been interest in exploring the possible future pathways of the Colombian business cycle. Based on a foresight analysis, it has been identified on the one hand that it is necessary to achieve greater productivity and competitiveness and on the other hand, collective intentionality towards progress must be encouraged. Using these analyses, new Colombian scenarios are discussed, taking into account intentionality towards entrepreneurship and innovation. Following the entrepreneurship research, it is suggested that innovative entrepreneurial activity is linked to long-term economic growth. Thus, the purpose of this paper is to identify the role of innovative entrepreneurship in Colombian business cycle scenarios using system dynamics (SD) modelling. Here, we approach futures studies, testing dynamic hypotheses concerning development based on societal and socioeconomic integration, in which innovative entrepreneurship is highly relevant. The model, supported by circular flow analysis and Schumpeterian theory, shows how this type of entrepreneurship contributes to sustainable economic growth during the simulation period (2003–2032). To achieve a 6.77% average growth rate (the higher scenario), policies regarding knowledge transfer from specialized foreign individuals, incumbent firms and universities, as well as incentives for entrepreneurial societies and collectivism, are discussed.     

Energy Savings and Economic Impact of Green Roofs: A Pilot Study

This study focuses on the energy savings and economic impact of green roof systems applied to Central Bodrum, a district in southwestern Turkey. Energy savings of the buildings were evaluated based on the added thermal resistance on the roofs and corresponding heat transmission through the roofs. Four different scenarios, two without green financing and two with green consumer loans for retrofitting financed by the central government via the state-owned banks, were studied. The economic impact of this activity on the economy is estimated based on sectoral employment multipliers for a period of 10 years. Based on the scenario analysis and the priorities of the Turkish economy, given the employment benefits and energy savings which would reduce the energy demand in the area in the peak season, we propose that the government implements green consumer loans for retrofitting through the state-owned banks.     

The role of biosolar technologies in future energy supply making scenarios for the Netherlands: Energy port and energy farm

This paper assesses the possible roles of biosolar energy systems in the Netherlands in the coming years. The appraisal is made in the light of EU Directives on renewable energy and reduction of CO₂ emissions, and the new Dutch Energy Agreement for Sustainable Growth. The assessment is made within the Dutch BioSolar Cells (BSCs) research programme on photosynthesis and its application in fuel production. Part of the programme is committed to societal debate by considering different options and uses of biosolar technology. To provide building blocks for these discussions, we conducted a comprehensive desk study supplemented with key expert interviews, and we identified and articulated the main drivers for the Dutch transition towards more sustainable energy supply. Next, these drivers were used to develop two futures: energy port and energy farm, representing institutional settings in which BSC technology could be implemented. Both represent fundamentally different types of innovation and are useful in assessing the effect of policies on future energy systems. Both scenarios were used in workshops with BSC researchers and policymakers. Their possible implications for the BSC programme itself, as well as the broader policy significance of the use of biosolar technologies in the Netherlands, are indicated.     

Making territorial scenarios for Europe

Three paradigmatic traditions of scenario-building can be seen to exist. The model approach with its roots in American military scenarios of the 1950s, the design approach in French urban and regional development of the 1960s, and the strategic conversation approach in scenarios made in the private sector since the 1970s. In theory, these traditions can be integrated by organising the scenario project in a cyclical way. The territorial scenarios for Europe were made by combining workshops, a literature review and modelling. Thematic scenarios were produced for various themes, like demography, the economy, energy, and climate change. These thematic scenarios were combined into four integrated scenarios. The robustness of the scenarios was tested by introducing several “wild cards” and by exploring their territorial impacts throughout Europe. This applied approach succeeded in combining important strengths from the different scenario traditions. Improvements, however, could still be made.     

Renewable energy scenarios for major oil-producing nations: The case of Saudi Arabia

Renewable energy technologies are becoming internationally recognised as a vital contribution towards a sustainable energy future. Given that little research has examined the prospects of renewables from the perspective of major oil producers, this paper presents a set of renewable energy scenarios for the currently oil-rich Kingdom of Saudi Arabia. These scenarios have been developed using the Delphi technqiue, and represent a joint creation of thirty-five highly informed individuals from diverse backgrounds.     

Multi-scale narratives from an IA perspective: Part I. European and Mediterranean scenario development

Desertification in the Northern Mediterranean region can be effectively managed only through an understanding of the principal ecological, socio-cultural and economic drivers. Scenarios can play an important role in the understanding of such a complex system. Following the fundamentals of Integrated Assessment, narrative storylines were developed that are qualitative, participatory, and highly integrated. Multi-scale long-term (2030) storylines were developed for Europe, the Northern Mediterranean, and for four local cases. This paper discusses the methodology and results of the process of developing European and Mediterranean scenarios. In Part II, the local scenario development by means of scenario workshops is elaborated upon. European and Mediterranean scenarios were based on a set of three existing European scenarios, that were adapted to fit the specific issues in the Mediterranean region, using the so-called Factor-Actor-Sector (FAS) framework. Resulting scenarios were Convulsive Change (disruptive climate change); Big is Beautiful (oversized EU and powerful multinationals); and Knowledge is King (technological development and mass migration). It proved possible to use and enrich a set of existing European scenarios and to translate them to fit the Mediterranean region. A possible use of this type of narrative storylines is further illustrated in Part II.     

Freedom gas to Europe: Scenarios analyzed using the Global Gas Model

State-of-the-art, open access numerical modeling of imperfectly competitive energy markets offers a sound and transparent way to address topical research questions in energy and commodity markets. We use an open access equilibrium model, the Global Gas Model (GGM), and sector-specific, politically motivated scenarios to investigate the prospects for sales of liquefied natural gas (LNG) from the U.S. into the European energy market. We discuss the risks and opportunities for U.S. LNG and derive implications for policy, business, and finance in the energy sector. We find that Europe is not an attractive market for US LNG in the base case and in scenarios of moderate support of U.S. LNG flows into Europe. In these scenarios, Asia offers higher prices for US LNG and draws substantially higher import volumes. Our modeling results show that the interconnectedness of global gas markets due to an abundance of LNG import capacity in Europe and other regions—particularly Asia—allows for adjustments to global trade patterns that mitigate the consequences of regional disturbances.     

Manage your energy, not your time

As the demands of the workplace keep rising, many people respond by putting in ever longer hours, which inevitably leads to burnout that costs both the organization and the employee. Meanwhile, people take for granted what fuels their capacity to work--their energy. Increasing that capacity is the best way to get more done faster and better. Time is a finite resource, but energy is different. It has four wellsprings--the body, emotions, mind, and spirit--and in each, it can be systematically expanded and renewed. In this article, Schwartz, founder of the Energy Project, describes how to establish rituals that will build energy in the four key dimensions. For instance, harnessing the body's ultradian rhythms by taking intermittent breaks restores physical energy. Rejecting the role of a victim and instead viewing events through three hopeful lenses defuses energy-draining negative emotions. Avoiding the constant distractions that technology has introduced increases mental energy. And participating in activities that give you a sense of meaning and purpose boosts the energy of the spirit. The new workday rituals succeed only if leaders support their adoption, but when that happens, the results can be powerful. A group of Wachovia Bank employees who went through an energy management program outperformed a control group on important financial metrics like loans generated, and they reported substantially improved customer relationships, productivity, and personal satisfaction. These findings corroborated anecdotal evidence gathered about the effectiveness of this approach at other companies, including Ernst & Young, Sony, and Deutsche Bank. When organizations invest in all dimensions of their employees' lives, individuals respond by bringing all their energy wholeheartedly to work -and both companies and their people grow in value.     

我国能源消费影响因素实证分析

随着经济的快速发展,能源的消费量也在不断上升.能源消费水平是衡量一个国家或地区现代化水平的重要标志.保持能源的稳定供应,不断提高能源利用率,是支持经济增长的重要保证.为了分析影响能源消费需求的因素,本文选取了国内生产总值GDP、人均生活电力消费、能源加工转换率、年末总人口数和工业品出厂价格指数-原材料、燃料作为主要的参考指标,利用EVIEWS3.1进行分析和检验,并建立最终的数学模型.根据最终的数学模型可以对能源消费进行分析与预测.最后,本文在做出结论的基础上提出了一些政策性的建议.     

The missing link: Bringing institutions and politics into energy future studies

Energy future studies can be a useful tool for learning about how to induce and manage technical, economic and policy change related to energy supply and use. The private sector has successfully deployed them for strategic planning, examining key parameters such as markets, competition and consumer trends. However in public policy, most energy future studies remain disconnected from policy making. One reason is that they often ignore the key political and institutional factors that underpin much of the anticipated, wished-for or otherwise explored energy systems developments. Still, we know that institutions and politics are critical enablers or constraints to technical and policy change. This paper examines how analytical insights into political and institutional dynamics can enhance energy future studies. It develops an approach that combines systems-technical change scenarios with political and institutional analysis. Using the example of a backcasting study dealing with the long term low-carbon transformation of a national energy system, it applies two levels of institutional and political analysis; at the level of international regimes and at the level of sectoral policy, and examines how future systems changes and policy paths are conditioned by institutional change processes. It finds that the systematic application of these variables significantly enhances and renders more useful backcasting studies of energy futures.     

The Future of Private Equity

After a period of robust growth, the private equity industry has experienced a marked decline. In the wake of the 2008 economic crisis, the future of the venture and buyout industries seems unclear. This speech discusses four possible scenarios for the future of the private equity industry by examining the short‐ and long‐run determinants of private equity supply and demand. Possible scenarios include Recovery, Back to the Future, The Limited Partners' Desertion, and A Broken Industry. Although support is given for each of the scenarios, a clear prediction for the future remains difficult. The future of the private equity market is likely to be the subject of debate for some time to come.     

Mexico’s low carbon futures: An integrated assessment for energy planning and climate change mitigation by 2050

This paper shows an integrated assessment for energy planning and climate change mitigation in Mexico, as an international case study. The Mexico 2050 Calculator was used to run a number of low carbon future scenarios by 2050. The calculator consists of a whole-systems model, which combines the main sectors of the Mexican economy into a single visual tool. By integrating energy and carbon dynamics across all sectors and carrying out a sensitivity analysis of the entire model, we compare four low carbon energy scenarios to assess current energy policy strategies in the country. The methodology proposed in this paper can also be applied to any other nation, particularly to those with similar models already available. Our findings show the relative impact of each sector and their various interactions for achieving Mexico’s ratified climate commitments. The paper also includes policy recommendations and highlights the need for scaling-up energy efficiency policy efforts in industry and transport, for having a higher focus on agricultural and land use policies, and for promoting integrated renewable energy policies.     

Sustainability in the prospective scenarios methods: A case study of scenarios for biodiesel industry in Brazil,for 2030

In order to build prospective scenarios for biodiesel industry in Brazil, with a sustainable perspective, it was necessary to develop a cross-disciplinary work to include Sachs’ dimensions of sustainability into the scenarios method. This meant linking concepts from different disciplines, without transforming it in a new discipline. In order to support the proposition for the new method, a study case is presented, the framework for the biodiesel scenarios in Brazil, by 2030. An in-depth interview was used to test the proposition of having the sustainability dimensions as driving forces. The result was the identification of a critical uncertainty composed of various aspects related the response to climate change and environmental conservation. The scenario storylines that were developed based on the critical uncertainties showed that sustainable options for the future are possible if the mental maps are enlarged to see beyond the business as usual.The results show that the scenarios storylines go through social, environmental and economic aspects, supported by other aspects like the territorial and political. Also it showed that sustainable options are possible if the mental maps are enlarged to see beyond the business as usual.     

Functions of scenarios in transition processes

Given the interplaying tendencies of economic decline, social instability, and environmental depletion, any transition towards sustainable development faces a challenging task. To successfully cope with this complexity requires transition management. Integrated approaches for supporting sustainability transitions have been elaborated in the last years. Future studies and scenario construction are regarded as essential components in these approaches. However, the related studies in this field have focused either on a specific type of transition process, or on decision support in a different contextual process, or on a specific function of scenarios. Thus, an evaluation of the wide range of viewpoints on the functions of scenarios with respect to the requirements for transition management is still missing. In this paper, we systematically elaborate upon the functions for transition management that scenarios can fulfil. The developed concept is applied to five empirical scenario studies supporting transition processes on the national, regional and local level in Switzerland. The paper contributes to the development of a functional methodology of transition support, providing initial guidelines for answering the question of which method is appropriate for what type and phase of a transition process.     

Liquidity commonality in commodities

We examine liquidity commonality in commodity futures markets. Using data from 16 agricultural, energy, industrial metal, precious metal, and livestock commodities, we show there is a strong systematic liquidity factor in commodities. Liquidity commonality was present in 1997–2003 when commodity prices were relatively stable and during the recent boom. There is some support for both “supply-side” and “demand-side” explanations for this commonality. We find no evidence of a consistent link between stock and commodity liquidity in general. Energy commodities appear to provide a better hedge against equity market liquidity risk than the other commodity families.     

Aplicación de bicorrelación cruzada al rendimiento diario del precio del café

This paper uses the cross bicorrelation methodology, which can capture nonlinear trascendence periods through window functions and third-order moments. It applies to the return of four sets of commodities of coffee traded on the New York market (Arabica Colombian, mild Arabica, Arabica Brazilian and Other Arabicas), during the 20/06/1997 - 27/10/2010 period. The results conclude that there is a cross bicorrelation among the four series, with Brazilian type coffee being the leader and a lower bicorrelation with other Arabicas. This complicates decisions for investors in such series.