This hypothesis, referred to as "The Warburg Effect", describes a dysfunctional metabolic state dominated by glycolysis ending in lactate production and present in a variety of cancers [9], [10].
This hypothesis, referred to as the oxygen- and capacity-limited thermal tolerance (OCLTT), derives in part from the observation that oxygen partial pressure in aquatic organisms is constant within a given thermal range and decreases both below the lower thermal limit and above the upper thermal limit (Pörtner, 2002; Pörtner et al., 2006).
For both, the hypothesis referring to object-based as well as to space-based neglect, there are counter-arguments.
However, the distribution of haplotypes compared to the present-day position of blocks drifted in the western Mediterranean basin during the Tertiary could not rule out the hypothesis referring to much an older vicariance process to account for the whole biogeographical pattern of C. aspersum.
Their unique statistical hypothesis refers to the noise, considered additive white and Gaussian, (AWGN).
More precisely, a hypothesis refers to one possible way of grouping the zones of interest.
The first hypothesis refers to a potential non-modeled latent variable explaining the residual variance and co-variance of items.
The traditional dehydration embrittlement hypothesis refers only to the embrittlement of rock that occurs during dehydration reactions.
The second hypothesis refers to an overlap of content among items so that the parts not explained by the modeled latent variable (residue) correlates with each other.
In the hydrological jargon, the Budyko hypothesis refers to the hypothesis according to which the long-term water and energy balances of the Earth's surface are largely dependent upon a single aridity ratio φ = Ex/P (where P represents long-term precipitation [mm/yr] and Ex long-term maximum evaporation [mm/yr]).
