"explored and identified" is a correct and usable phrase in written English.
It is often used to describe actions or processes that involve searching, investigating, and recognizing something. Example: "The group of scientists explored and identified new species of plants in the rainforest."
Some of the wrecks have been explored and identified by divers, while others in deeper water are still unexplored.
In the opinion of Brian M. Boom, the garden's longtime vice president for botanical science, Mr. Maguire explored and identified the natural world more than any other botanist.
In addition, chemically modified serum components that contribute to serum ThT fluorescence were explored and identified.
This study explored and identified the effects of luminance contrast, colour combinations, font, and search time on brand icon legibility.
However, whereas previous research has explored and identified a link between social conditions and health, a clear and extensive model theorizing the mechanisms of incarceration, their connection to worsened health, and exacerbation of health disparities among the most impacted populations is missing from the literature (Link et al. 2010; Williams et al. 2010; Adler and Stewart 2010).
The coracoid process was explored and identified under arthroscopic control.
Other components of decisions, which are not quantifiable from a universal standpoint, i.e., related to the specific healthcare system or ethical considerations (defined as extrinsic value components [ 27]), were further explored, identified and structured into a tool (Extrinsic Value Tool - see below).
Finally, research gaps that need to be further explored are identified.
Although we were able to identify SAA by further analysis, there were many other peaks observed in the serum profiles that have yet to be explored or identified.
The second phase, an interpretive description of individual interviews with the PHNs (N = 10) who have delivered the NFP in this context, further explored themes identified in the first phase.
The relationship between fuel compositions and particulate matter (PM) emissions originating from a gasoline direct injection (GDI) engine was explored and used to identify optimal fuel composition for minimizing the number concentrations of both nucleation mode and accumulation mode PM via a predictive PM model developed by using optimum mixture design DoE (Design of Experiments).
