Deutsch: Raster / Español: Cuadrícula / Português: Grade / Français: Grille / Italiano: Griglia /

A grid is a data structure commonly used to represent map features. A cellular-based data structure composed of Cells or pixels arranged in rows and columns (also called a "raster"). Grid means A geographical zone for reporting and displaying emissions information. Grid sizes vary depending on their use. For example 100 km has been used for displaying emissions maps of Canada, but for ambient air quality modeling, grid sizes of 4 km or even 1 km may be used.

Description

A grid in the environment context refers to a system of interconnected components that work together to manage and distribute resources in a sustainable manner. This grid can include physical infrastructure such as energy grids, water grids, and transportation grids, as well as digital grids for data management and communication. The goal of these grids is to optimize resource usage, reduce waste, and improve overall environmental efficiency. Grids often involve the use of advanced technologies and monitoring systems to ensure smooth operation and effective resource allocation.

Application Areas

• Smart energy grids for efficient electricity distribution
• Water management grids for sustainable water supply and wastewater treatment
• Transportation grids for optimizing traffic flow and reducing emissions
• Digital grids for data collection, analysis, and monitoring of environmental parameters

Treatment and Risks

• Treatment: Regular maintenance and monitoring of grid components to ensure optimal performance
• Risks: Disruptions in grid operation due to natural disasters, cyber-attacks, or equipment failures

Examples

• A smart grid system that uses sensors and automation to manage electricity distribution more efficiently
• An integrated water grid that incorporates rainwater harvesting, greywater reuse, and efficient irrigation practices
• A transportation grid that includes public transit, bike lanes, and pedestrian walkways to reduce congestion and emissions

Similar Concepts and Synonyms

• Network
• Framework
• System
• Infrastructure

Articles with 'Grid' in the title

• Baseline grid: Baseline grid: A baseline grid is the fixed position of the EMAP grid as established by the position of the hexagon overlaying the United States. This is distinguished from the sampling grid, which is shifted a random direction and . . .
• Grid enhancement: Grid enhancement: A grid enhancement is Increasing the grid density, a method for augmenting the sample. When the sample size is too small, as will occur for rare resources, the grid Density may be increased in order to obtain a sample . . .
• Grid randomization: Grid randomization: A grid randomization is the process of randomly positioning the grid so that each (discrete) unit of area of fixed size is equally likely to contain a grid point
• Grid Sampling: Grid Sampling is a statistical method for determining collection sites for subsets of a population where the sites are located at the nodes or interior of all or some of delineated pattern
• Hierarchical grid: Hierarchical grid: A hierarchical grid is having nested levels and structure- the Density of the EMAP grid is readily increased or reduced in a regular manner into hierarchical levels of density
• Off-grid: Off-grid in the environmental context refers to systems, living arrangements, or communities that operate independently from the traditional public electricity grid
• Grid-connected: A Grid-connected is a power system interconnected with the grid (or mains) of the local electric utility. Also referred to as utility-interactive
• Grid, triangular (EMAP): Grid, triangular (EMAP): Grid, triangular: A grid, triangular (EMAP) is a lattice of points in exact equilateral triangular structure on a plane. The EMAP grid points are 27.1 km apart

Summary

A grid in the environment context refers to a complex system of interconnected components that work together to manage and distribute resources efficiently. These grids play a crucial role in optimizing resource usage and reducing environmental impact. By incorporating advanced technologies and monitoring systems, grids help improve overall environmental sustainability and resilience.

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