Sentence examples for stream sections from inspiring English sources

A detrended correspondence analysis (DCA) was used to isolate the plant compositional gradient present along the stream sections.

Spatially intensive sampling by electrofishing is proposed as a method for quantifying spatial variation in fish assemblages at multiple scales along extensive stream sections in headwater catchments.

Data were collected from a priori designated disturbed, moderate, and pristine zones along 27 stream sections exhibiting a length-wise disturbance gradient.

To compare results with the much popular conventional methods, sampling was also carried out at equal size stream sections (cell-in-series (CIS)).

Furthermore, it is based on the identification of all possible constant composition zones in a column including those around the feed sections and those around the side stream sections.

THg concentrations of five fish species (Brown Trout, Rainbow Trout, Sacramento Pikeminnow, Sacramento Sucker, and Smallmouth Bass) within stream sections were predicted using multi-model inference based on Akaike Information Criteria, using geospatial data for mining history and landscape characteristics as well as fish species and length (r2 = 0.61, p < 0.001).

Note that certain grades may be not be included in the data stream (Section 6.17.1).

In this study, we investigate changes in water quality on a 1005 m long stream section impacted by cattle grazing on the upper 130 m.

The distributions of load voltage and current also show fairly good agreement, while the experiment yielded better performance at the upper stream section and the computation shows better performance at the downstream section.

The proportion of vulnerable species doubled within the measured length of the forested stream section (0.2 18 km), whereas other characteristics of the forest or abiotic water parameters did not have an effect within the measured gradients.

In the present case, enhanced portlandite (Ca[OH]2) dissolution from the concrete river basement by water inflowing during wintertime provided exceptional hydrochemical conditions suitable for rapid ikaite crystallization, e.g. of up to 2 kg d−1 m−2 in a particular stream section.