BS EN ISO 16663-2:2003 - A Comprehensive Guide for Agricultural Laboratories

The BS EN ISO 16663-2:2003 standard provides critical guidelines for laboratories engaged in the analysis of water, sediments, and soil from agricultural contexts. This standard is essential for ensuring the reliability and accuracy of results, thereby facilitating improved agricultural practices and environmental protection.

Key Specifications

• Title: BS EN ISO 16663-2:2003
• ISBN: 0 580 42052 3
• Price: £134.00
• Publication Date: 2003-06-13
• Specifications: Identical to ISO 16663-2:2003 and associated amendments
• Format: Available in PDF and hardcopy

Importance of Compliance

This standard outlines the methodology for determining the presence and concentration of specific target organisms in water used for agricultural purposes. Compliance with BS EN ISO 16663-2:2003 ensures that the testing processes are both standardized and repeatable, significantly minimizing variability among testing laboratories. This is particularly crucial in agricultural sectors where testing precision can directly impact crop yields and soil health.

Applications in Agriculture

The enforcement of such standards is particularly relevant in today’s agriculture-driven economy, where environmental sustainability and food safety are paramount. By adhering to BS EN ISO 16663-2:2003, agricultural professionals can verify that their investigations into soil and water quality meet rigorous international requirements, promoting environmentally sound practices.

Accessing the Standard

Available for purchase at a price of just £134.00, BS EN ISO 16663-2:2003 can be obtained in both PDF and hardcopy formats, allowing for flexible options to suit the needs of professionals in the agricultural field. By integrating this standard into laboratory operations, agricultural entities contribute to a systemic approach to resource management and sustainability.

Conclusion

In summary, the BS EN ISO 16663-2:2003 standard is essential for laboratories involved in the testing and analysis of agricultural water and soil. Its adoption not only enhances the credibility of laboratory results but also supports the overarching goals of sustainable agriculture and environmental stewardship.