BS EN ISO 19112:2019

Comprehensive Geospatial Information Standard

BS EN ISO 19112:2019 is the definitive standard for spatial referencing by geographic identifiers. This international standard provides a framework for the description of spatial references used in datasets, ensuring consistent and interoperable location-based information.

Ensure Consistent Spatial Referencing

Spatial referencing is a critical component of geospatial data and applications. BS EN ISO 19112:2019 establishes a standardized approach to describing the spatial references used, allowing for seamless integration and analysis of location-based information from diverse sources. Key features include:• Comprehensive spatial referencing model, covering both geographic and projected coordinate systems• Detailed metadata requirements for spatial referencing, promoting transparency and interoperability• Support for a wide range of spatial referencing methods, from latitude/longitude to national grid systems

Comply with International Standards

This British Standard is identical to the ISO 19112:2019 international standard, ensuring global compatibility and recognition. It is also harmonized with the EN (European Standard) version, making it the definitive spatial referencing standard for geospatial data and applications in the UK and Europe.By adopting BS EN ISO 19112:2019, organizations can demonstrate compliance with the latest ISO and EN standards, strengthening their credibility and competitiveness in the global geospatial market.

Technical Specifications

• Title: BS EN ISO 19112:2019• ISBN: 978 0 539 04947 3• Price: £220.00• Specifications: - INFORMATION TECHNOLOGY. OFFICE MACHINES - EN ISO 19112:2019 Identical, ISO 19112:2019 Identical - Published: 2019-03-28 - Pages: 28 - Format: pdf, hardcopy

Key Benefits

• Ensures consistent and interoperable spatial referencing for location-based data and applications• Promotes transparency and traceability through comprehensive metadata requirements• Supports a wide range of spatial referencing methods, from geographic to projected coordinate systems• Aligns with the latest ISO and EN standards, strengthening global recognition and compliance• Applicable across a diverse range of geospatial industries, from mapping and surveying to urban planning and transportation