The implementation of fire over millennia likely led to selection for species tolerant of such processes (Martin and Sapsis 1992).
The implementation of such alignment processes can constitute a significant task.
In the United Kingdom, existing oorganizations such as the National Institute for Health and Clinical Excellence are successful exemplars of the implementation of such public processes that seek to "decide what new technologies, devices, or drugs should be part of the benefit package of the National Health Service" [ 65].
The implementation of constructed wetlands is suitable; however, the operation of such process is greatly influenced by environmental factors.
In this chapter, examples will be presented of (computer-aided) tools to assist in the implementation of such innovative process development and production solutions.
As shown in [18], the implementation of such a process can be done for MySQL; furthermore, the authors pointed out solutions for closed-source DBMSs based on the database replication logs.
Six major areas are discussed, each incorporating suggestions that should reduce difficulties in implementation of such a process and increase the likelihood of acceptance of its outcome, and hence the overall quality of the risk assessment.
It throws light on the difficulties facing implementation of such a process, given the structural and political realities of a country like Tanzania.
However, the implementation of such a review process using manually retrieved cases might not be feasible in medical examiner jurisdictions with limited resources and a large case volume.
Despite the growing use of risk stratification tools based on predictive models in various healthcare systems [ 2], we have not been able to find much literature on the processes of implementation of such tools in daily practice.
