Acclimatization of Cryptogams: A Critical Review towards Finding the Research Gap for Their Conservation

Abstract

This current review sheds light on the physiological, biochemical and molecular mechanisms that allow cryptogams to acclimatize and adapt to environmental changes, highlighting their potential for conservation. The paper evaluates how cryptogams respond to simulated natural conditions. Our findings reveal that these organisms use a combination of rapid acclimatization strategies, such as water regulation and pigment biosynthesis, and long-term genetic adaptations, including the development of antifreeze proteins and drought-resistant structures. These works emphasize the importance of combining technological and ecological approaches for effective cryptogam conservation, particularly through methods like artificial cultivation, cryopreservation, and habitat restoration. The research underscores the ecological significance and environmental sensitivity of cryptogams, stressing the need for targeted conservation efforts to preserve biodiversity and ecosystem stability in a changing climate. Ultimately, this work provides a deeper understanding of cryptogam resilience and offers a scientific basis for developing sustainable global preservation initiatives.