"a means that" is correct and usable in written English.
You can use it to introduce a statement that explains how something is done or why something is the case. For example, "A means that renewable energy sources need to be utilized in order to reduce our dependence on fossil fuels."
This tool represents a fundamental first step to translate research on embodied carbon reduction into a means that is useful to, and usable by, industry professionals to mitigate building-related carbon emissions and progress towards national and international carbon targets.
Early investigations [ 2] pointed to elevated renal venous pressure as a means that is sufficient to account for renal insufficiency associated with IAH.
The information collected, analysed and shared in the Global Nutrition Report is never an end in itself, but a means that allows us to save lives, change lives and ensure that nobody is left behind," added David Beasley, Executive Director, World Food Programme.
It is obvious that this is not the solution, but I must insist that this is a path and a means that is proving useful in other aspects, which we would like to see copied within the European Union., on behalf of the GUE/NGL Group.
The "A" means that the star's surface is about 10,000 degrees Kelvin and the color is white.
Following from this, the statement "object X lies at z = a" means that "object X lies at a distance associated with redshift a"; the statement "event Y occurred at redshift z = b" means that "event Y occurred a time ago associated with redshift b".
Here and in the sequel, the symbol A ≲ B or B ≳ A) means that A ≤ CB for some positive constant C independent of A and B. A ~ B means that A ≲ B and B ≲ A. Proof.
The coupling uncovered in Figure 4-A means that higher TRX scores increase the probability of wide minor groove conformations.
A + means that MSARC had a higher mean score while a − means MSARC had a lower mean score.
A * means that CIs were not overlapping.
Brouwer ascribed the belief in the general validity of PEM to an unwarranted projection from such finite cases (in particular, those arising from the application of finite mathematics to everyday phenomena) to the infinite.[6] The explicit observation that ¬¬(A ∨ ¬A) means that no absolutely unsolvable problem can be indicated was made in Heyting 1934 (p. 16).
