The phrase "approach often result" is not correct in English as it lacks proper grammatical structure.
It could be used in a context where you are discussing the outcomes of a particular method or strategy, but it needs to be rephrased for clarity.
Example: "The approach often results in improved efficiency and productivity."
Alternatives: "method frequently leads to" or "strategy commonly yields".
His approach often results in music making of rare refinement, although he can sometimes seem too restrained.
With no diagnostic information to guide management, selection of the appropriate antiepileptic drug is difficult and this trial and error approach often results in poor seizure control which frustrates patients and confirms their suspicion that epilepsy cannot be treated by western medicine.
Unfortunately, this approach often results in significant network overhead.
The top-down approach often results in an "explosion" of uncertainty and therefore complicates decision making.
This approach often results in loss of information that introduces errors to modelling.
However, this approach often results in vulnerable quality of service (QoS), low resource utilization, and incurs high energy costs.
However, this approach often results in instabilities due to the added mass effect if the simulation time is long enough [10].
However, this approach often results in suboptimal performance and premature convergence, in many cases due to the inability of a single heuristic to adapt to the changing environment of the search space.
Furthermore, a thermal decomposition of the stoichiometric CaPO4 at temperatures above ~1300 °C might be used as well; however, this approach often results in formation of complicated mixtures of various products including admixtures of CaO, calcium pyrophosphates, etc. (Dorozhkin 2012d; Nakano et al. 2002b).
Direct measurements of POC concentrations in oceanic waters have been used extensively to investigate these processes, but because of the time-intensive effort associated with manual collection and filtration of water samples, this approach often results in limited temporal or spatial coverage.
