Idea wise, while our approach to prepare hygro-elastomer is similar to those of the previous studies , the base composition of our formulation is a concentrated aqueous solution of fructose and glucose, which is found in abundance in natural nectars, e.g. agave, honey and maple syrup to name a few. Highly concentrated aqueous solution of fructose allows plants to retain moisture in arid environments. Since fructose is present in plants at a high concentration, it is prone to crystallization, which is inhibited by glucose that introduces defects against crystallization. We recently reported that a drop of a concentrated aqueous solution of fructose and glucose, which mimicked the composition of agave, grows several times its original size when exposed to a humid atmosphere, but it shrinks back to its original size when exposed to a dry atmosphere. In this work, we dispersed such a solution in a crosslinkable polydimethylsiloxane (PDMS) liquid along with a hydrophilic polymer (e.g. polyvinyl alcohol or polyacrylic acid) and glycerol. While both the polymers yielded similar results, most of the studies presented here were obtained with polyacrylic acid, which is based on a conjecture that it affords a greater water absorption ability due to its extended H-bonding capacity In future, we plan to present the detailed results obtained with these and other hydrophilic polymers. After adding the aqueous solutions of the above components to crosslinkable PDMS liquid, it was stirred vigorously in the presence of a small amount of a surfactant (silicone glycol) as a compatibilizer. After casting a thin film of this mixture on a glass slide coated with a home-made adhesion primer, it was cured at 70 °C. The cured elastomer is considerably softer (elastic modulus 0.28 MPa) than that (2 MPa) of the unmodified PDMS. The resultant film, nonetheless, behaved like a soft rubber film, which exhibited significant resistance to tear while it was repeatedly stretched and released by hand. This observation qualitatively concurs with that reported previously. The elastic modulus of the coating, however, increased slightly (0.34 to 0.44 MPa), when it was immersed in water.