Given this evolutionary scenario, it is easy to imagine how the ancestors of dry-land terrestrial snail-feeding lineages like Trypetoptera Tetanocera phyllophora and T. kerteszi used the shoreline as a stepping-stone environment facilitating a gradual movement to dry-land habitats where they became generalist predators of land snails.
Flowers, plants, and other parts of a stone's environment can also enhance the picture.
Following this line of reasoning, Ewald and Cochran began to question a tenet of Darwinian medicine that argued that we get chronic illnesses today because our bodies are adapted to Stone Age environments.
These includes interaction between the surface of the stone and the environment, biological activity, as well as ancient protective treatments [6].
Decay of trachyte used as building stone in urban environment was investigated through the analysis of crusts and patinas found on trachyte of the Euganean Hills in the Renaissance city walls of Padua, northeastern Italy.
Most studies on the interaction between building stone and urban environment have focused so far on weathering of carbonate rocks, their dissolution, and formation of gypsum crusts [18]; other rock types have been investigated more rarely.
The region of Mani, in Peloponnese, Greece, is a popular tourism destination known for its history and the beauty of its austere, stone-made built environment.
While development of nonfield-based investigation has contributed substantially to our understanding of processes, the wide range of environments, stone types, and climatic variability encountered raises issues of temporal and spatial scales too complex to fit into attempts at universal modeling.
A demonstration project shows how the workflow serves as a stepping stone from the design environment of Rhinoceros to the technical environment of TRNSYS, thus enabling a more streamlined process to use different modeling strategies for different purposes, within the same design workflow.
Older people can drop like a stone in an acute environment.
The invasion of microorganisms and their subsequent interaction with mineral matrix of the stone substrate under varied environment conditions fosters deterioration of stones by multiple mechanisms resulting in loss of strength, durability, and aesthetic appearance.
