The phrase "adaptive to environmental changes" is correct and usable in written English.
It can be used when discussing the ability of an organism, system, or process to adjust or respond to changes in its surroundings.
Example: "The species has developed unique traits that make it adaptive to environmental changes, ensuring its survival in fluctuating climates."
Alternatives: "responsive to environmental shifts" or "able to adjust to environmental variations."
What's more, many weeds are incredibly adaptive to environmental changes -- warmer temperatures, or extreme events such as droughts or floods -- which may help them further choke out critical crops, experts noted.
Mollusks have more than 100,000 extant species and comprise the second largest phylum after the Arthropods [ 35, 36], indicating the phylum has been highly adaptive to environmental changes since its origin in the Cambrian period [ 35].
Identification of signaling elements involved in stress adaptation in plants presents a powerful approach to identify transcriptional activators of adaptive mechanisms to environmental changes that have the potential to improve tolerance in crop plants.
The behavior of insects transcends elementary forms of adaptive responding to environmental changes.
These results have important implications for both local-scale human ecology, and broader adaptive responses to environmental changes in semi-arid southern South America.
The enhanced working memory mutation enabled modern humans (i) to decode unfamiliar environmental stimuli with greater focusing power on adaptive solutions to environmental changes and problems, and (ii) to encode environmental stimuli in more efficient, generative knowledge structures.
To study adaptive responses to environmental changes without signal transduction machinery, we constructed a synthetic gene network that can exhibit bistability and monitored its ability to switch between two stable attractor states in response to evnironmental change.
Bistability has fundamental biological significance, notably in cell differentiation [27], [28], cell fate decision [29], adaptive response to environmental changes [30], regulation of cell-cycle oscillations during mitosis [31], etc.
This raises the urgent need to explore the existence of epigenetic changes in coral and its role in the physiological and adaptive response to environmental changes.
These low levels of genetic diversity may impede adaptive responses to environmental changes and may predispose these populations to extinctions from climate shifts.
