The phrase "almost all environments" is correct and usable in written English.
It can be used to describe a situation or condition that applies to nearly every setting or context, with a few exceptions.
Example: "The new software is designed to function effectively in almost all environments, from small offices to large enterprises."
Alternatives: "nearly all settings" or "most environments".
Dr. Brownlee added: "Almost all environments in the universe are terrible for life.
A thousand permutations were performed using the CIM model within, and the thresholds for each environment were identified (almost all environments had thresholds at LOD ~3.0; P ≤ 0.05).
Cyanobacteria exhibit an enormous metabolic diversity and occur in almost all environments where light is available, and are therefore particularly suited for a comparative analysis of genetic diversity.
But at the same time, it gives us an advantage because those fruits ripen just at the end of the growing season, which generally means, in almost all environments, that you're not going to have much to eat over the next few months.
For example, we found that a large effect locus at chrXIV(469,226) containing MKT1 performed poorly with the BY allele than with the RM allele but exhibited very little GEI, i.e., it had a similar effect in almost all environments.
In response, the government did not just try to change the technical requirements that tripped the environment minister up, but to undermine the commonwealth's main environmental law – the Environmental Protection and Biodiversity Conservation Act – in a way that will stop almost all environment groups from testing federal environmental approvals in court.
Almost all PBL environments by nature provide many cognitive choices in comparison to traditional environments.
Microorganisms represent the bulk of subsurface terrestrial biomass, colonize almost all terrestrial environments, and are an important component in the biogeochemical cycling of carbon, nitrogen, and other life-supporting elements4.
It has been found that large numbers of microorganisms co-exist in almost all natural environments, particularly in soil, water, gastric juices of herbivores, the gut of the earthworm and mulberry caterpillar, and the wood wasp, i.e., (Jyotsna et al. 2010; Anand et al. 2009; Aaron et al. 2011; Atsushi et al. 2009).
Our analysis is not restricted to a single genus of cyanobacteria but seeks to integrate representatives of cyanobacteria from almost all known environments.
Clostridium difficile (CD) is present in almost all human environments and is a potential zoonotic pathogen that can be isolated from a variety of animal species [ 1- 5].
