The potential of drought-resistant plants in regions with lower precipitation should also be considered.
The purpose of this manuscript is to determine the potential impacts of drought and experimental warming on the performance of vascular epiphytes in a tropical montane cloud forest.
The region's inherent scarcity of land, potential for drought, and exposure to cyclones are constant realities confronting its inhabitants.
Our results also demonstrate the potential for drought to interact with the effects of -catechin (see [51]).
Consistent with these findings, Gu et al. (2015) observed greater mortality of drought-tolerant Q. alba and Q. rubra compared with other drought-sensitive and intolerant species (A. saccharum, F. americana) following an extreme drought in 2012, which was primarily associated with the lack of regulation of predawn water potential of the drought-tolerant species.
No-till increased soil water storage by 8 12% and improved WUE compared to conventional tillage, thus showing potentials for drought mitigation and economic use of fertilizers in drought-prone rainfed conditions in northern China.
Identification of potential transcription factors involved in regulating physiological responses to abiotic stress might add additional understanding in the potential molecular mechanisms of drought and salt tolerance in Sodom apple.
While typically considered to be light-, temperandre-, anutrient-limitedted (Boisvenue and Running 2006; Rennenberg and Dannenmann 2015), the historical role and potential future importance of drought in driving forest dynamics in this region is being increasingly recognized.
The rains so far this fall have given some weather watchers reason for optimism as California braces for a potential sixth year of drought.
As proline metabolism contributes to tolerance of low water potential during drought, it is of interest to determine if AtOCD affects proline accumulation or low water potential tolerance.
Incomes from tourism are especially important during drought times, and the potential of conservancies as a drought-coping and risk mitigation strategy has been argued (Osano et al. 2013).
