Sentence examples for surface of wetlands from inspiring English sources

Results show that climate change is expected to have an important impact and reduce the surface of wetlands by 5.3 13.6%.

Aerobic methanotrophic bacteria thrive in surface sediments of wetlands, lakes and oceans, as well as in sewage sludge and soils.

Our estimates of CH4 emissions from the peat surface of tropical wetlands are within the lower range of fluxes predicted by models [ Melton et al., 2013].

The earthworms helped in reducing the sludge production on the surface of constructed wetlands 40% by volume, which resulted in lowering operational costs required to empty and treat the sludge.

Potential nitrification and denitrification rate per mL of root, water, and sludge and gravel zone were extrapolated using the whole volume of root, water, and sludge and gravel surface of each wetland system.

In addition, yellow leaves and considerably lower growth rates were observed for the hydroponic plant rhizomes of P. australis, which might be an effect of light-induced fluorescein degradation due to the relatively open water surfaces of the wetlands.

Water hyacinth runners grow tens of centimetres per day, spreading over the surface of rivers and wetlands.

This system manages 95,000 m3 per day within 350 ha of surface flow wetlands and 350 ha of evaporation ponds and is designed to be used for at least 20 years.

For the most typical case of an initial point source release at the free-water-surface of the wetland, an idealized case modeling accidental leakage of toxic chemicals in waters, in the present paper we analytically deduce the longitudinal displacement by the method of concentration moment.

In the free water surface (FWS) type of wetland, the water is filtered through a dense stand of aquatic plants as it flows over the bed surface [ 20– 20].

Three areas were identified as most suitable for the restoration of surface flow wetlands.