Sentence examples for depth of capture from inspiring English sources

The return and survival of tagged fish to their depth of capture has proved difficult due to barotrauma and predation in previous telemetry studies.

To better understand temporal changes in lake whitefish depth of capture (Dw), we compiled a database of fishery-independent surveys representing multiple populations across all five Laurentian Great Lakes.

We conducted two studies designed to evaluate delayed mortality, physical condition, and behavioral competency of yelloweye rockfish, Sebastes ruberrimus, experiencing barotrauma during capture followed by recompression (assisted return to depth of capture).

Linear relationships between such adaptations and the depth of capture in marine fish, from shallow to > 4500 m, have been interpreted as causal evidence for pressure adaptations (Cossins & Macdonald, 1986; Samerotte et al., 2007).

Many jurisdictions are faced with the challenge of developing a realistic set of performance indicators with sufficient breadth and depth to capture the spectrum of nursing care.

In the case displayed, the evaluator recommended that the student adjust the "depth" to capture more of the target structure which in this case is the thyroid.

"I usually have to wait for the 'right moment' and use depth-of-field to capture something with which the viewer can empathise," Butler tells The Creators Project, when asked about his process.

"I usually have to wait for the 'right moment' and use depth-of-field to capture something with which the viewer can empathize," Butler tells The Creators Project, when asked about his process.

Yet, according to Mokany et al. [20], sampling to what may be deemed an insufficient soil depth to capture the majority of the roots, while not sampling the root collar or fine roots, as well as sampling with inadequate replication, are a few of the methodological pitfalls associated with sampling root biomass, and can lead to underestimation.

This example also demonstrates the importance of high sequencing depth to capture transcripts with low abundance.

Because these resources were generated using Sanger sequencing, they were relatively expensive to produce, but despite the cost have insufficient depth to capture the diversity of splicing variations in human cells.