The phrase "author effectively" is correct and usable in written English.
It can be used when discussing the ability of an author to convey their ideas or messages in a clear and impactful manner.
Example: "The author effectively captures the essence of the human experience in her novel."
Alternatives: "writer skillfully" or "author proficiently".
No one could answer those questions, because soon after the book's publication, its author effectively disappeared from public view.
For big best-selling authors — and even occasionally first-time writers whose publishers have taken a risk — the author's advance may be so large that the author effectively gets a higher slice of the gross revenue.
The author effectively refutes the frequently heard view that the new Russian billionaires are similar in nature to the old American robber barons, dislikable and ruthless but essential in creating the bases for a vast economic expansion.
The authors effectively demonstrate the robustness of their assay in predicting effective siRNAs by direct comparison to endogenous protein knockdown, and they highlight the advantages this dual reporter assay provides over traditional methods, including significantly faster result times (24 hours versus 48+ hours) and evaluation of knockdown on the individual cell level.
The authors effectively mix narrative cartoons, photographs and their early schoolwork in this part of their story.
Although the term "proper actions" was almost never explicitly mentioned, this is what the authors effectively studied as many results were applicable not only to the local setting, but also to closed subgroups of Riemannian isometry groups treated globally.
Published in The National Review, the authors effectively use demographic data to argue that closing the educational achievement gap is a social justice and economic imperative.
Instead, across the four mice, the authors effectively used three different definitions of theta phase.
By varying the expression of PTEN, the authors effectively conferred endocrine resistance and recapitulated the luminal B gene expression signature.
Have the authors effectively varied the state of excitation for example in the model network to gain insight into how level of excitation affects the critical mass of neurons required to sustain rhythmogenic function?
Regarding the length scale analysed in Figure 6, I wonder if the authors effectively extract the persistence length of the cell-cell contour; the explanations of the meaning of these length scales are rather hard to follow.
