Glossary M
Deutsch: Mobilität / Español: Movilidad / Português: Mobilidade / Français: Mobilité / Italiano: Mobilità
Mobility in the Environment context refers to the movement of people, goods, and services within and between locations, and its environmental impact. It encompasses transportation systems and infrastructures, including public transport, private vehicles, cycling, walking, and freight transport. The environmental context of mobility focuses on reducing negative impacts such as greenhouse gas emissions, air pollution, noise, and land use changes, while promoting sustainable, efficient, and accessible transportation solutions.
A Model is a representation of a system, such as a watershed, by something other than the system itself, e.g., a schematic or a mathematical interpretation. See computer model; conceptual model.
The Model Calibration is the process of refining or adjusting the parameters (framework, properties, and boundary conditions) to achieve a desired degree of correspondence between the mathematical simulations and observations of the system and its processes.
Deutsch: Modul / Español: Módulo / Português: Módulo / Français: Module / Italiano: Modulo /
A Module is a number of solar Cells electrically connected, protected from Environmental stresses, self-contained and not subdividable, providing a single electrical output.
Moist in the environmental context refers to the presence of a moderate amount of moisture or water content in a particular area, substance, or atmosphere. It is a term used to describe conditions that are neither excessively dry nor saturated with water. The level of moisture or humidity in an environment can significantly impact various natural processes, ecosystems, and human activities.
In the environmental context, "moisture" refers to the presence of water or the level of water content in a substance, such as soil, air, or living organisms. Moisture is a crucial factor that influences various environmental processes, including weather patterns, plant growth, ecosystem dynamics, and water availability.