"extremely adaptive" is correct and can be used in written English.
You can use this phrase to describe a person, animal, or system that is flexible enough to quickly respond to change. For example, "Jane is an extremely adaptive teacher. She is able to adjust her teaching strategies to meet the individual needs of her students."
"They're extremely adaptive," said Johnston.
Johnston said although Isis was extremely adaptive, he was quietly confident that the international forces could degrade, delegitimise and undermine its capacity.
From an evolutionary standpoint, the research also shows that the brain can be extremely adaptive and tailor its own processes to an organism's lifestyle or surroundings, Gould said.
The most ingenious among them are extremely adaptive beings, able to connect to the most resourceful people and structures, in order to develop simple yet very smart and impactful routes to growth.
Today's HCM solutions leverage big data to forecast everything from performance success to flight risk, and these self-taught systems are accurate, extremely adaptive and constantly learning.
In making a Maps product that is extremely adaptive to both a user's personal input sources and to specific locales, Google had to rethink its approach to maps, and it looked to the way we casually share directions as a marker of a good system for surfacing relevant information.
Instead, in this marsh and others, and along shorelines, and in wet ground all over the Northeast and beyond, there is now an invasive, extremely competitive, highly adaptive reed whose scientific name is Phragmites australis, usually referred to simply as "phragmites" (pronounced "frag-mighties").
Cyanobacteria are an extremely diverse phylum and exceedingly adaptive.
In light of this, we propose that CNV is an extremely important adaptive genetic mechanism in tree species, even more so than for other organisms.
It is originally an oceanic species, but it has colonized innumerable freshwater habitats where it has undergone an extremely rapid adaptive radiation resulting in morphologically diverse populations (Bell and Foster 1994).
These findings show that extremely rapid adaptive modifications to ecologically-important traits and plastic expression patterns can evolve subsequent to a species' introduction, within populations established in its introduced range.
