Sentence examples for performance under drought from inspiring English sources

Breeding lines with two drought-tolerance QTLs (qDTY2.2 + qDTY4.1) introgressed into IR64 showed improved performance under drought stress.

Using this strategy, 988 accessions originated from 47 countries were screened in fields for yield performance under drought and well-watered conditions during 2004-2009 (Torret et al. 2013).

Experimental work at other sites, including Ghana in Africa, demonstrates that species distributions are due to demographic differences in performance under drought (Veenendaal and Swaine [1998]; Engelbrecht et al. [2007]; Baltzer et al. [2008]; Comita and Engelbrecht [2009]).

Root ideotypes that have been suggested to improve rice performance under drought include increased root growth at depth (Nicou et al. [1970]; O'Toole and Chang [1978]) and coarse axial roots to increase the ability to penetrate hardpans (Hasegawa et al. [1985]).

Photosynthesis plays a pivotal role in plant performance under drought.

A great deal of data has been generated on root growth and plant performance under drought.

Time-varying plant conductivity substantially improved model performance under severe drought, while seasonally varying capacitance and stomatal efficiency only resulted in marginal improvements.

M. azedarach has better growth performance under prolonged drought compared with S. macrophylla.

Some agronomic character performance of CS-1Sl (1B) under drought stress and well-watered conditions.

The following three comparisons were performed: WT plants under drought versus WT plants under irrigation (WTd-WTw), T2 plants under drought versus T2 plants under irrigation (T2d-T2w), and T2 plants under drought versus WT plants under drought (T2d-WTd).

Yield performance was evaluated in experiments under drought stress and well-watered conditions at the experimental farm of International Rice Research Institute (Philippines).