But if stress tolerance is independent of climate, then invaders probably rely on behavioral adjustments that effectively ameliorate phenotypic selection (Huey et al. 2003) – or gene flow may be swamping local adaptation (Kirkpatrick and Barton 1997).
Nevertheless, to the best of our knowledge, there have not been any systematic studies of 2G ethanol production using the whole lignocellulosic biomass from different commercial sugarcane varieties with known agronomic advantages in terms of productivity as well as tolerance of soil and climate variability.
Furthermore, given that the variety was not a significant factor for the 2G ethanol production process within the four commercial sugarcane varieties evaluated here, agronomic features such as higher productivity and tolerance of soil and climate variations can be used as the criteria for variety selection.
To assess the effect of climate tolerance on weed and noxious status, we included data from Plants National Database on maximum and minimum precipitation, minimum temperature, and number of frost-free days tolerances.
The study finds: The earliest emergence of unprecedented climates in the tropics and the limited tolerance of tropical species to climate change are troublesome results, because most of the world's biodiversity is concentrated in the tropics.
It has also been the subject of significant investigation of its thermal tolerance and the expected impact of climate change [ 13- 15].
Knowledge on thermal tolerance is essential to predict the effects of climate change in an organism [28].
Increased air and water temperatures are recorded as a consequence of climate change, challenging the tolerance of ectothermal organisms by inducing increased physiological stress [ 1, 2].
"The very existence of the law creates a climate of tolerance of prejudice, which leads to real physical harm and fear.
Traditional varieties or landraces of rice harbour a large store of valuable genes that can be used to develop new varieties with improved yield potential, higher nutritional quality, and higher tolerance of the stresses of future climate.
Our outcomes also suggest valuable multi-disciplinary approaches which can be used to help define the aroma profile in rice, and its underlying genetic background, in order to support breeders in the generation of improved rice varieties combining high yield with high quality, and tolerance of both these traits to climate change.
