Management strategies research development

Additional spin-olf benefits from research on poisonous plants include the development of animal models for the study of human diseases, new techniques and technologies for diagnosis and treatment of livestock poisoning, development of antibody-based diagnostic tools (ELISAs), novel treatments (chemotherapeutic agents), the discovery of new bioactive compounds, and improved livestock management strategies to enhance animal and human health. 

As part of an analysis with an existing model that has already undergone development and evaluation or when applying a newly evaluated and accepted model to a case-study, sensitivity analysis can be used to identify key sources of uncertainty that should be the target of additional data collection or research and to identify key sources of controllable variability that can be the focus of risk management strategies. 

Crop Inhibition of Weeds. The allelopathic capacity of crops to suppress weed growth has immediate utility for management strategies and, if heritable factors for allelochemicals can be identified, these could be incorporated into commercial cultivars. The several thrusts of research on weed control have been to (a) identify cultivars and accessions with high allelopathic potential, (b) isolate primary allelochemics, and (c) develop field protocol for capitalizing on allelochemicals from crop plants. 

Draper, E.L. Becker, R.A. Research and Development Needs for the Sequestration of Carbon Dioxide as Part of a Carbon Management Strategy The National Coal Council Washington, DC, 2000. 

Ralonde R, Painter R. Living with paralytic shellfish poisoning. A Conference to Develop PSP Research and Management Strategies for Safe Utilization of Shellfish in Alaska. Alaska Department of Commerce and Economic Development. June 1995. 

AMR argues that one of the successful factors of the AMR TOP 25 Supply Chain companies is excellence in innovation. Being quick to market with profitable products that are in high demand is a core competence of a DDSN strategy. For DDSN leaders, innovation excellence is a key to success, and it is infused into all supply chain processes. AMR research shows that 75% of new products fail, and 42% of companies lack a common set of internal standards for managing New Product Development and Introduction process. 

Use of life-cycle assessment techniques to analyze material choices, processes, and waste disposal continues to increase. Some countries in Europe require life-cycle analysis before products are introduced. The U.S. EPA and the Department of Energy have jointly sponsored research to develop the tools and information needed for life-cycle analysis-based decisions about solid waste management strategies. The results of this project have already undergone peer review by experts, and are scheduled to be released in 2000. This study includes both economic and environmental aspects, and will have relevance internationally as well as in the United States. ... 

ROWLAND S J, LANDOS M, CALUNAN R B, ALLAN G L, READ P, MIFSUD C, NIXON M, BOYD p and TULLY p (2007) Development of a health management strategy for the silver perch aquaculture industry. Final Report to the Fisheries Research Development Corporation on Projects 2000/067 and 2004/089, Fisheries Final Report Series No. 93. Cronulla NSW Department of Primary Industries. 

Draper, E. L., Becker, R. A. (2000). Research and development needs for the fequestration of carbon dioxide as part of a carbon management strategy. Washington, DC The National Coal Council. 

In addition, MKOPSC develops safer processes, equipment, procedures and management strategies to minimize losses within the processing industry. MKOPSC also organizes an annual conference and hosts short courses and continuing education programs for the industry. MKOPSC also has extensive education and research programs in process safety. 

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