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The scope of disaster impacts has become extensive. It is important that resources can be distributed to the needed places in time, and to prevent a second disaster. The appropriate usage of open contract to disaster management is important; therefore, this study aims to discuss the implication, possible problems and strategies of the current use of open contracts.

Content analysis was used to analyze the operation experiences from contract data collaterally. An in‐depth interview with contract participants was also applied to probe into more issues in practice.

The study targeted emergency supplies and services, focusing on three dimensions: regulation, contract preparation and contract execution, and found that: conflicts and problems exist between current major procurement and disaster management regulations; government must master open contract suppliers; items in the open contract must be concrete and specific; performance bond and default clause would only keep contractors away from any service; missing links are still among audit system, construction estimation, and construction inspection and acceptance in the current open contract system.

The results of this study can be applied to assist governments to review the current implications of open contract, and to construct better systems which meet the features and needs of emergency responses.

Open contract is a very important tool for saving lives during emergencies, although rarely discussed. This study explored current problems and strategies, and can be provided for better future system construction.

Aims to assess the potential for a broad “green” technoeconomic paradigm (TEP) to effectively achieve and sustain higher levels of welfare from economic and environmental sources in manylower income countries (LIC). A green TEP comprises a new socioeconomic system based upon a set of inter‐related technologies that increase human welfare, but focus upon saving material, energy and other environmental resources. TEPs have pervasive social and economic effects that include substantial productivity, trade competitiveness, and environmental quality advantages. The desirability of such economic change must incorporate the general approach of social economics and alternative notions of well‐being.

The paper is largely discursive in nature and provides a systematic identification of the LIC conditions that are likely to promote, and benefit from, the pervasive adoption of material‐ and energy‐saving technologies. Some results of an exploratory cross‐country study of the empirical link between technology capability and the human development index (HDI) are utilized in the discussion.

The paper concludes that a green TEP may well provide a viable alternative development approach in the LICs. The main advantages are derived from related resource efficiency gains and reductions in the socioeconomic metabolism, and the benefits of a relative production factor shift toward labor (and away from materials, energy, and environment‐intensive capital). The potential for LICs is also facilitated by the positive spillovers and decreasing cost of green TEP‐related knowledge and technology diffusion in the expanding, decentralizing global communication network. The higher income nations would need to play a significant role in this process.

Ecological modernisation and material and energy‐saving technologies are widely viewed as essential for achieving long‐term economic and social well‐being improvements in the twenty‐first century and beyond. Discussion of this promising approach typically assumes that this transformation is only viable in the technological and economic context of the higher income nations. However, this paper provides a detailed case for the strategic encouragement and adoption of a green TEP for sustainable economic development and environmental conditions in LICs.

Metro Manila, composed of 13 cities and 4 municipalities, is the home of more than 11 million people, and is vulnerable to different types of hazards, including earthquakes and flooding. This chapter focuses on the legal and institutional framework of Metro Manila, and analyzes the effectiveness of local governance in reducing the impacts of earthquake risk in the community level. Although most of the cities are faced with different barriers and challenges with regard to institutional and legal aspects, it is required to mobilize communities and utilize appropriate community leadership to enhance actions at the local level. In case of Manila, barangay or the lowest government body plays a key role in implementing risk reduction measures at community levels, and barangay captain (elected local representative) plays a crucial role in facilitating implementation. A combination of public help, mutual help, and self-help will be able to develop risk reduction strategies at local level.

Based on the data from “Thousand village surveys” project of Shanghai University of Finance and Economics, we employ the ordered logistic method to do the empirical analysis on consumption, life and satisfaction (subjective well-being) of Chinese rural elderly. First, the result shows that the consumption (exclude medical expenses) has positive effect on the satisfaction of Chinese rural elderly, while the rural elderly are not preferred to compare with others. Good participation in social life and medical care condition could enhance the satisfaction of rural elderly. Second, the authors divided the sample into two groups as high-consumption group and low-consumption group. The result shows that the low-consumption group more tend to rely on their family members than high-consumption group. The authors suggest that in order to improve the rural elderly life satisfaction, the government needs to improve medical care system.

Knowledge‐based and expert systems are quickly becoming an important component of knowledge organizations, enterprise knowledge management, and core competences. They are being used in various applications ranging from usage in the US White House to chemical plants worldwide. Presents an overview of expert systems technology and then specifically addresses their use in a critical domain ‐ life support systems.

Describes how the terms system effectiveness from a logistics perspective and life cycle cost effectiveness were designed into the Gripen combat aircraft and how they are now being taken care of in the operational phase. Notes that in the early concept phase, there was focus on availability performance and life support cost. To ensure future operational and support cost the contract between the vendor and customer included logistic parameters that were to be predicted and followed‐up during the design phase. The Gripen system is today in operational use and operational data is continuously collected and monitored and provides essential input to the process of continuous improvement of the product and the support system. Concludes that working with a focus on availability performance and life support cost over the product life cycle has helped to develop a state‐of‐the‐art high performing aircraft both in terms of operational performance and cost effectiveness.

An intelligent building incorporates two key components: automated building control systems and information management control systems. Automated building control systems include energy management systems, automated security and fire systems, and network life‐support systems. Information management control systems include telecommunications, data networking, local area networks, and other short and long haul networks. When these systems are linked together with common wiring and central controls, the building becomes intelligent. The integration of these components in Infomart, a high‐tech facility located in Dallas, Texas, is described. The usage of these components by tenants, and their possible application to library buildings are discussed.

There has been a tendency in sustainability science to be passive. The purpose of this paper is to introduce an alternative positive framework for a more active and direct approach to sustainable design and assessment that de-couples environmental impacts and economic growth.

This paper deconstructs some systemic gaps that are critical to sustainability in built environment management processes and tools, and reframes negative “sustainable” decision making and assessment frameworks into their positive counterparts. In particular, it addresses the omission of ecology, design and ethics in development assessment.

Development can be designed to provide ecological gains and surplus “eco-services,” but assessment tools and processes favor business-as-usual. Despite the tenacity of the dominant paradigm (DP) in sustainable development institutionalized by the Brundtland Report over 25 years ago, these omissions are easily corrected.

The limitation is that the author was unable to find exceptions to the omissions cited here in the extensive literature on urban planning and building assessment tools. However, exceptions prove the rule. The implication is that it is not too late for eco-positive retrofitting of cities to increase natural and social capital. The solutions are just as applicable in places like China and India as the USA, as they pay for themselves.

Positive development (PD) is a fundamental paradigm shift that reverses the negative models, methods and metrics of the DP of sustainable development. This paper provides an example of how existing “negative” concepts and practices can be converted into positive ones through a PD prism. Through a new form of bio-physical design, development can be a sustainability solution.

Human life on Earth is threatened by the growth of world human consumption which quadruples every 35 years. Major environmental imbalances may soon severely deplete our planetary life‐support system. However, the world economy is designed to create and depend on consumption growth. If this growth were to stop, major economic, social and military crises could result. We call this tragic dilemma the Ecocosm Paradox. Powerful human instincts drive the positive feedback‐loop processes that generate consumption growth. This growth involves many human, technological, and natural environmental variables whose separate study has given rise to specialized intellectual disciplines. However, in order to address our current dilemma, these variables must be analyzed together as a single, complex process. A new method of analysis, synthesis, and implementation based on a new transdisciplinary field, “Ecocosm Dynamics”, is herein proposed for this analysis.