We expect N use efficiency can be greatly enhanced using this plant-based responsive strategy for N management in cereals.
In responsive strategy, volume flexibility is high with high total supply chain cost.
Further, the total supply chain cost in the efficient strategy is 0.4% less than that of the responsive strategy.
In the case of volume flexibility, the responsive strategy is 2.94% more than that obtained in efficient strategy.
The extreme solutions shown in Table 1 indicate that the performance measures have two strategies, namely efficient strategy and responsive strategy.
The supply chain cost at strategic level in efficient strategy is 0.28% less than the supply chain cost in responsive strategy.
The cost of controlling raw materials at the supplier echelon in perspective 2 is 4.22% less than that of the responsive strategy.
The cost of controlling products at the plant echelon in perspective 1 is 12.66% less than that of the responsive strategy.
Here we report on the stress responsive strategy of two durum wheat cultivars, characterized by different water use efficiency, subjected to drought, heat and a combination of both stresses.
Global warming and energy shortage have aroused a great interest in climate responsive strategies of vernacular dwellings during recent years.
By definition, facilities engaging in responsive strategies for a particular QI outcome should have higher QI scores than randomly selected facilities with lower responsive activity.
