In general, tolerance limits are reached when organisms can no longer successfully regulate their internal state and when cellular components no longer function correctly as the result of environmental change. Behavioral activities, however, may help organisms effectively avoid some environmental extremes. ...
The tolerancerangein body temperature represents therangeof temperatures within which a species can survive. 体温的耐受范围代表着一个物种可以生存的温度范围。 来源于:阅读OFFICIAL40 P3 Avoidance behavior occurs whenever physiological and morphological adaptations are insufficient to maintain body temperature wit...
The potential and proven disease resistance of various cool season cultivars of common forage, range, and turfgrasses to fungi, bacteria, and viruses is re
Experimental models: Organisms/strains Switchgrass Natural Diversity Panel The Juenger Laboratory Lovell et al.33 Oligonucleotides DNA Primers Integrated DNA Technologies https://github.com/bulksoil/VirgatumMicrobiomeGWAS Software and algorithms Cutadapt Martin61 https://cutadapt.readthedocs.io/en/stable/inde...
Environmental heterogeneity, as a result of terrain (e.g. elevation, slope, aspect), geology (e.g. soil type) and biotic features (e.g. land use and vegetation type) influences the climatic conditions experienced by organisms (Dobrowski2011; Potter et al.2013). This heterogeneity has two ...
Maximum temperature tolerance of all organisms was around 38 ºC, while optimum growth was observed close to 25 ºC. pH preference was diverse and three groups were identified: acidic (6), intermediate (8 - 9) and alkaline (> 10) growing isolates. Salinity tests showed an overall growth...
However, in present study the decrease in MI, SI and PPI was found, which indicates lesser tolerance of K-selected free-living and pant parasitic nematodes towards stress conditions that are encountered at higher elevations. Furthermore, two nematode indices EI and BI, both of which takes in ...
The rate and mode of lineage diversification might be shaped by clade-specific traits. In Madagascar, many groups of organisms are characterized by tiny distribution ranges and small body sizes, and this high degree of microendemism and miniaturization p
Developing of herbicide tolerant varieties (e.g. resistance to the herbicide chlorsulfuron in canola [23]). v. Improved adaption to abiotic stress, (e.g. drought tolerance in maize [24]). Even in plants like hexaploid wheat, that were so far largely inaccessible for targeted genetic alterati...
and X 100 on others. None of the vars. or hybrids tested was resistant to T-1 in the glasshouse but in the field a degree of economic tolerance may be conferred by genes from Gossypium barbadense. The isolates were also distinguished on Antirrhinum, safflower, and tom......