Sentence examples for reduction of transpiration from inspiring English sources

ABA-induced stomatal closure facilitates the reduction of transpiration and water loss, relieving the damage derived from the stresses in plants (Zhu 2002; Yamaguchi-Shinozaki and Shinozaki 2006).

On drought and strong exposition to heat and direct solar radiation tall spruces may react with stomata closure and reduction of transpiration and growth, while smaller neighbours might even benefit from both, their shade and their reduced water consumption.

In contrast, such as the response of ICGV 98330, pre-flowering drought can increase the ability of peanut to save more water by reduction of transpiration, but rooting traits are not changed.

The closing of stomata by ABA is a well-known physiological response in plants, which is important for the reduction of transpiration under drought [ 10, 11].

The reduction of transpiration and improved water use in the ESKIMO1 mutants might be the consequence of the more hydrophobic glycans, formed as a result of loss of esterase activity, helping to retain water.

On the other hand, the highest reduction was seen in Ac5 which was about 2-fold greater from the lowest value at 24 dS m−1 salinity in Ac1 compared to control, whereas the second lowest reduction of transpiration even at the highest salinity stress was recorded in Ac13 meaning that this accession was more capable of surviving against salinity compared to other affected accessions.

Extensive root systems maximize water extraction, minimizing the reduction of leaf transpiration (E) that might result from growth under drying soil.

Moreover, increasing atmospheric CO2 concentrations directly enhances plant productivity and also increases resource efficiencies by a reduction of stomatal conductance and thus transpiration (Olesen & Bindi, 2002).

Although earlier stomatal control of transpiration resulted in earlier reductions of shoot growth, saved up water in soil might be used to sustain dry mass accumulation in Mulato II for longer drought periods.

Many causes bring to higher temperatures in urbanized environment, such as anthropogenic heat, excess of heat stored by construction materials, decreased long-wave radiation losses from urban areas, lack of vegetation and reduced evapo-transpiration processes, reduction of wind speed and consequent reduced convective heat removal from urban surfaces to the atmosphere.

The plant transpires water during the process of transpiration.