Environmental risk management and the role of environmental insurance

Environmental insurance—especially the newer types of coverage introduced in recent years— can help protect your company from a range of potential liabilities. © 2000. Environmental Insurance Underwriters Agency, Inc. Used with permission.     

Self-organizing systems and environmental management

The characteristics of self-organizing systems are described and their implications for environmental management are discussed. It is concluded that the aim of management should be to enhance the capacity of the system for self-management, with active intervention being used only to steer it away from large discontinuities. Environmental managers must view ecosystems and themselves as parts of a larger sociobiophysical system, cultivate the capacity of environmental systems for self-management, and learn to live with change and uncertainty. Practical consequences of this approach for plans, policies, programs, and institutions are discussed.     

TQM and strategic environmental management

Beyond the avoided costs for noncompliance lies an area of economic opportunity. Strategic approaches are necessary to tap these opportunities, but only recently have the principles of Total Quality Management been considered for environmental applications. This article identifies common principles in strategic environmental planning and thematic bridges to TQM philosophies. By applying TQM to strategic environmental planning, an environmental manager can thus address both avoided cost and environmental opportunity to improve overall corporate strategic advantage.     

Groundwater resource management and environmental protection

Population and economic developmental pressures will continue to put increasing pressure on the environment, especially on scarce water resources. Meanwhile, large numbers of poor families in the developing countries still lack access to safe water. An integrated water resource planning and policy analysis framework is presented that permits the main issues and alternative options to be systematically considered and prioritized, especially problems arising from groundwater pollution. Basic principles of water resource economics are used to illustrate how the neglect of long-term environmental considerations jeopardizes the availability and quality of groundwater resources in the Greater Manila area. This paper contains a brief overview of drinking water and sanitation issues in developing countries, presents a policy-oriented analysis of a groundwater problem of great relevance worldwide, and demonstrates how the study conclusions might be implemented practically in a constrained developing country context.     

Improving environmental management with full environmental cost accounting

Based on the most comprehensive field research ever conducted in corporate environmental management, this article reports on the integration of environmental impacts into product costing and cost management practices in organizations. It examines approaches for identifying and tracking current environmental costs related to both current and past production. It also develops the need and prospects for a complete analysis of future environmental impacts, including both costs and benefits, and the integration of these elements into a life-cycle costing or full environmental cost accounting model. The prospects for full environmental cost accounting and the related accounting issues are analyzed. Finally, the importance of full environmental cost accounting for improving corporate environmental performance, reducing corporate environmental impacts, and increasing long-term corporate profitability is discussed.     

Customer-driven environmental information management systems

The most successful corporate environmental programs regard environmental compliance as an opportunity to improve productivity and profits and seek to integrate environmental information management systems (EIMS) into line information functions. Integrated EIMS should provide timely, accurate data to support all three types of environmental management responsibilities: results and comparison reports for source management; material and waste transaction and emission reports for materials management; and compliance, summary, exception, and trend data for risk managers at every level.     

Industry Agreement Acts and environmental management in Australia

In Australia many major developments are authorized by agreements negotiated between companies and the state government and ratified by Parliament as Agreement Acts The means by which these are negotiated and ratified, their terms, and their legal status are thus of great importance to Australian resource and environmental management These aspects are examined, revealing a lessening of the tendency to provide special rights and privileges and a trend towards the inclusion of more resource and environmental management provisions in the Acts It is argued that major developments require special conditions beyond the scope of general laws in order to control their social and environmental side effects, and that Agreements Acts could be a valuable means to this end Ways of improving them from this point of view are discussed     

企业环境管理会计核算框架与方法研究

企业环境管理会计从环境的角度,将企业的环境影响纳入到环境会计的核算范围之内,构建一些实物型或价值型的环境业绩指标,表达企业对环境造成的影响或损害。本文立足于国际环境会计应用案例,结合财务会计特征和我国目前的环境数据基础,研究提出了中国企业环境管理会计的基本内涵和方法框架,并就如何加强企业环境管理会计的应用进行了讨论。     

Integrated soil-crop system management: reducing environmental risk while increasing crop productivity and improving nutrient use efficiency in China

During the past 47 yr (1961-2007), Chinese cereal production has increased by 3.2-fold, successfully feeding 22% of the global human population with only 9% of the world's arable land, but at high environmental cost and resource consumption. Worse, crop production has been stagnant since 1996 while the population and demand for food continue to rise. New advances for sustainability of agriculture and ecosystem services will be needed during the coming 50 yr to reduce environmental risk while increasing crop productivity and improving nutrient use efficiency. Here, we advocate and develop integrated soil-crop system management (ISSM). In this approach, the key points are (i) to take all possible soil quality improvement measures into consideration, (ii) to integrate the utilization of various nutrient resources and match nutrient supply to crop requirements, and (iii) to integrate soil and nutrient management with high-yielding cultivation systems. Recent field experiments have shed light on how ISSM can lead to significant increases in crop yields while increasing nutrient use efficiency and reducing environmental risk.     

Integrating local and scientific knowledge for environmental management

This paper evaluates the processes and mechanisms available for integrating different types of knowledge for environmental management. Following a review of the challenges associated with knowledge integration, we present a series of questions for identifying, engaging, evaluating and applying different knowledges during project design and delivery. These questions are used as a basis to compare three environmental management projects that aimed to integrate knowledge from different sources in the United Kingdom, Solomon Islands and Australia. Comparative results indicate that integrating different types of knowledge is inherently complex – classification of knowledge is arbitrary and knowledge integration perspectives are qualitatively very different. We argue that there is no single optimum approach for integrating local and scientific knowledge and encourage a shift in science from the development of knowledge integration products to the development of problem-focussed, knowledge integration processes. These processes need to be systematic, reflexive and cyclic so that multiple views and multiple methods are considered in relation to an environmental management problem. The results have implications for the way in which researchers and environmental managers undertake and evaluate knowledge integration projects.     

Coastal flooding, global warming and environmental management

A review of the difficulties associated with the definition of coastal flood frequencies and magnitudes leads to a recognition that there is considerable doubt in many parts of the world as to the precise nature of this particular hazard. Similarly, a review of the sea-level measurements that have been used to indicate a response to global warming shows that there is uncertainty about the amount of other controlling influences. What is clear, however, are that past management decisions about human endeavours in the coastal zone (including flood defences, occupance of flood-prone lands, extraction of ground water and natural gas) have had an impact on relative land and sea levels and have done more to increase the risk of coastal flooding than can be assigned so far to global warming. In addition, these changes induced by human activity may render inappropriate calculations of coastal-flood frequencies based on historical records since the latter relate to a period of time when the controls on flooding may have been very different.     

3M international environmental management system

To meet the changing needs of 3M's expanding worldwide operations, its International Environmental Operations group is striving to enhance and integrate a global environmental management system. When well-designed, such systems not only can function to guarantee compliance with environmental regulations but also serve to help the company reap the benefits of going “beyond compliance.” They can also prepare facilities to meet the requirements of international standards, such as ISO 14000 or EMAS. An Environmental Management System (EMS) is a necessary step toward achieving sustainable development and gaining competitive advantage in the global marketplace. The challenge of constructing such a system can seem daunting to a multinational company confronted with the spectrum of regional environmental regulations/directives and its own diversity of business and social cultures. This article describes the development and implementation of the 3M International Environmental Operations global EMS initiative.     

Business-oriented environmental performance metrics: Building consensus for environmental management systems

Today, environmental managers are learning new ways of adding value to their organizations. Before, the environmental department was an overhead expense—an indirect support group required for complying with burdensome regulations. Now, such departments add insights and value during strategic planning sessions, identify efficiency improvement opportunities, provide a superior return on investment, and—bottom line—improve profits. The primary approach to meeting the challenge is a new environmental management system (EMS) that identifies, measures, and manages a diverse set of internal and external customer needs. These needs include environmental cleanups, regulatory compliance, pollution prevention, and design for the environment—and each represents a potential improvement opportunity. Unfortunately, most organizations have so many such needs that all cannot be addressed at once, given the resource constraints of a competitive business climate. Thus, priority is a key concept of an effective EMS. This article describes an innovative application of consensus-building tools that quickly identify and set priorities for diverse environmental programs. The article also shows how appropriate performance measures will align these programs with corporate goals and objectives.