Competition is active and high-quality outflows are produced.
In the middle, the prototype shows how the involved processes' performance that is measured in terms of time, quality, operating outflows, and fixed outflows evolves over the periods when implementing the projects included in the selected roadmap.
To illustrate how the quantifiable performance effects of process- and BPM-level projects can be integrated into the planning model's objective function, we offer functions for calculating the quality, time, operating outflows, and fixed outflows of individual processes as well as overarching fixed and investment outflows in a given period.
Therefore, they can affect quality, time, operating outflows, and fixed outflows of individual processes.
CWANT employs empirically derived mathematical functions to represent a wetland water budget, water temperature, emergent vegetation, and algae dynamics, reactions involving important elements (N, P, CBOD5, and O), and ultimately the water quality of wetland outflow over time.
In this study, the water quality of the outflow from both intensive and extensive green roof systems were studied in the city of Adelaide, South Australia over a period of nine months.
In the vegetated beds, the intensive green roofs performed better than the extensive beds with regard to outflow quality while in the non-vegetated beds, the extensive beds performed better than intensive systems.
The reasons for this have to do with intake (training, recruitment etc), stock management (productivity, motivation, quality,...) and outflow (attrition, retention, migration issues,...)...
The effect on quality, time, and operating outflows can be absolute or relative, while the effect on fixed outflows can only be absolute.
In Fig. 2, the performance effects of process-level projects are shown via edges from the process-level project to the time, quality, operational, and fixed outflows of an individual process.
Several recommendations are put forward in this study to route restoration actions, such as developing treatment systems to improve the quality of the edge outflow waters before discharging to the receiving environment.
