Environmental elements such as changing rapidly changing temperature, prolonged periods of low to no water exposure, desiccation, predation and increased wave action can influence the diversity of microhabitats that inhabit the littoral zones. When making observations of various shorelines, specifically the physical conditions of the surrounding marine vegetation (i.e. Fucus distichus), an inquiry is made as to the role of Fucus in the amelioration of stressors on the marine habitat during low tide (MLLW), however, due to time considerations, temperature and humidity are the focus of this study. Using temperature and humidity probes, monitoring data shows that Fucus provides relatively humid and cooler conditions for organisms residing beneath the canopy during low tide. Varied weather during the experimental trials allows for monitoring during cool, overcast, and sunny days, allowing for evaluation of Fucus distichus\u27 efficacy in innate conditions. Further investigation, requiring warmer conditions and additional replicates are needed to fully assess the ability of Fucus to moderate environmental conditions beneath its canopy
