The phrase "approach can decrease" is correct and usable in written English.
It can be used when discussing the potential reduction of a certain method or strategy's effectiveness or impact.
Example: "If we do not adapt to the changing market conditions, our approach can decrease in relevance and effectiveness."
Alternatives: "method may diminish" or "strategy could lessen".
If Facebook's multi-prong approach can decrease the prevalence of fake news without becoming overbearing truth police, it could dismantle one of the greatest threats to its future as a core internet utility.
A case study shows that this optimal design approach can decrease the total system cost (i.e. the upfront cost and 10-year operation cost) by 5.5%, compared with the original design.
This approach can decrease the number of states to consider simultaneously in the target system by building Markov models of the independent subsystems stage by stage, and results in an exact solution for the Markov model of the whole target system.
In the context of big genomics data, SDN technology coupled with innovative network approaches can decrease the time to transfer a set of large DNA sequence files or other type of biological data from one remote repository to a researcher for timely analysis.
Experimental results with the use of Mars topographic data demonstrate that the developed approach can significantly decrease the false positive detection rate while maintaining a relatively high true positive detection rate even in challenging sites.
Such approach can also decrease the water consumption by the plants particularly grown indoors in residential premises, green houses and poly-houses etc. and also can be very useful to prevent water loss and enhance growth of vegetation in semi-arid regions.
This approach can also decrease molecular stability, reduce bioactivity, promote undesirable biological interactions including aggregation and association with other proteins, and require significantly different methods of modification for different biological therapeutics.
This approach through structural modulation can decrease the surface reflection of materials efficiently over broad spectral ranges.
The computational complexity of this process can decrease Naive Approach Complexity from O(2 d v max+ d u max) to O((d v max d u max)).
Although there is no consensus on the optimal approach to achieve this, several recent studies indicate that educating healthcare providers on evidence-based approaches to prevent these infections can decrease infection rates [8 11].
Using more than one heuristic is generally advantageous, however, an unnecessary large pool can decrease the performance of adaptive approaches.
