Sentence examples for submerged environment from inspiring English sources
How does the submerged environment experienced by terrestrial wetland plants compare with that of water bodies containing permanent aquatic vegetation?
As an alternative to the subaerial, "dry" model for Valles Marineris landslides (e.g., McEwen 1989), and to water-rich yet not completely submerged environment (Lucchitta 1987; Harrison and Grimm 2003), some authors (Shaller 1991) suggested a fully submerged scenario for the landslides.
In Scicchitano et al. (2007), boulders B3, B4, B13 were all considered into a submerged scenario, but through microtopographical investigation we obtained further constraints that allowed to attribute them to a joint boulders scenario although in a partial submerged environment.
These leaves have different anatomical and cellular characteristics better suited to their submerged environment.
Likewise, in deeper water or a submerged environment, the flowers lose corollas altogether and bear only closed calyces (Chao 2003).
These can generally be described as the environments that are permanently submerged, the environments that are permanently to intermittently inundated, the environments of inland saline pans and environments on extremely nutrient-poor substrates consisting of coastal sands, quartzites or peat.
Shallow submerged cave environments are prone to harbor deep-water sponge species [58], [59], so specimens collected in shallow Mediterranean caves were considered as deep-water species if records outside caves were in deep-water: this concerns Penares euastrum, Calthropella pathologica, Discodermia polymorpha and Neophrissospongia nolitangere.
Or, in A. J. Liebling's words, "so completely submerged in one environment that they live and die oblivious of the other worlds around them".
Thousands of acres of the Somerset Levels are also completely submerged and the Environment Agency has brought in extra pumps from around the country.
Tensile tests have been performed on silkworm silk fibres submerged in liquid environments (water, acetone, ethanol and isopropanol).
Our group is interested in improving robot dexterity through building end-effectors with embodied intelligence and robustness, especially for challenging submerged or wet environments.
