The phrase "a common depth" is correct and usable in written English.
It can be used when referring to a shared or typical level of measurement, understanding, or experience among a group or in a specific context.
Example: "In our discussions, we often reach a common depth of understanding that allows us to collaborate effectively."
Alternatives: "a shared level" or "a typical depth".
Two courses are not considered to be in distinct areas if they can be found under a common depth area.
However, it can be noticed that temperature vs. depth data corresponding to seven locations are available to a common depth of 50 m.
Thus, we first re-sampled all sequences to a common depth based on the dataset with the lowest number of reads (15,932 tags, Table S1), and second, clustered V6-tag sequences to the 97% similarity level (OTU0.03) before comparing the species richness in each coral sample (Table 1).
Pandey (2000) reported P-wave velocities of 1600 1650 and 1850 1900 m/s for the clayey and granular sediments, respectively, in the basin based on a common-depth-point reflection survey.
In summary, the results here support idealized ocean conductivity assumptions as an approximation (uniform conductivity multiplied by realistic ocean depth gives a reasonable conductance distribution, and one may even obtain a reasonable depth-averaged conductivity assuming a common conductivity depth profile appropriately representing the global averaged behavior).
The results showed that the maximum horizontal conductivity is in a 5-m-deep layer (the most common depth of the monitored wells), which further explains the transfer of nitrate from the point source of pollution to the well.
The test results showed that the crack propagation lives from a common initial depth of 0.25 mm for the as-clad samples were significantly longer than the baseline samples by a factor of three to four.
This curved fault model consists of multiple planes, each with a width of 24 km and a common top depth (approximately 1 km).
To account for heterogeneity in sequencing effort, all samples were analyzed by rarefaction and diversity measured at a common sampling depth (800 sequences).
This is approximately the time taken for this animal to dive 700 m, which is a common foraging depth.
As only a small fraction (5 10%) of total AD and KS sequences can be confidently assigned by the eSNaPD algorithm, samples showing the largest collection of unique OTUs (at a common sequencing depth) might be expected to contain the most diverse collection of novel biosynthetic gene clusters and therefore be the most productive sites to target for future novel molecule discovery efforts.
