Sentence examples for water submergence from inspiring English sources

For salinity stress, we kept the plants in 450 mM (salt450) and 700 mM (salt700) sodium chloride solutions and for submergence stress, plants were kept completely submerged in water (submergence) and 450 mM sodium chloride solution (salt + submergence) and collected the tissues after 12 h of treatment.

The plants were given different treatments, including control (RO water, control), low salinity (450 mM NaCl, salt450), high salinity (700 mM NaCl solution, salt700), submergence (fully submerged in RO water, submergence) and submergence in low salinity (fully submerged in 450 mM NaCl, salt + submergence).

A series of paddy and non-paddy soil profiles that are developed in chronosequences from approximately 50 to 1000 years of exposure time on fairly uniform marine deposits under nearly identical landscape and climate conditions were sampled from Cixi, Zhejiang Province, China, where rice has been traditionally grown under water submergence.

Investment also can be directed towards research and development of saline water submergence tolerant crop varieties and the introduction of such modern varieties at the field level.

Plants are exposed to any number of potentially adverse environmental conditions such as water deficit, high salinity, extreme temperature, and submergence.

A brief description is presented of the physical parameters that can be characterized as the most important factors influencing the wave transformation process, including incident wave height, incident wave period, incident wave length, breakwater crest height, water depth, submergence depth, crest width, and breakwater slopes.

Rainfed lowlands are subject to numerous types of floods being experienced also in different rice ecologies, ranging from flash flood to medium-deep and deep water; where submergence occurs during early to late vegetative stages for about 1 2 weeks (in flash flood) and 3 6 weeks in medium-deep and deep water conditions.

The development of the root system is controlled by constitutive intrinsic pathways that determine its global architecture as a function of the genetic potential of the accessions for root development and by response pathways that modulate its development in response to stress (water stress, submergence, nutrient deficiencies, etc).

The float is initially submerged in water with sufficient submergence float.

With continuous submergence, water consumption was 8.66 mm (equal to 86,678 m³.haˉ¹).

Chrysopogon zizanioides (vetiver) is a perennial C4 grass reported to be tolerant to water, salinity and submergence stress.