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Brochure, flyer, fact-sheetGuidelines on how to establish a National Soil Laboratory Network 2021
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No results found.The Global Soil Laboratory Network (GLOSOLAN) was established in 2017 to build and strengthen the capacity of laboratories in soil analysis and to respond to the need for harmonized soil analytical data. Harmonization of methods, units, data, and information is critical to: 1. Provide reliable and comparable information between countries and projects; 2. Allow the generation of new harmonized soil data sets; 3. Support evidence-based decision-making for sustainable soil management. The work of GLOSOLAN supports the implementation of the Sustainable Development Goals, the Agenda 2030 for Sustainable Development, and the mandate of FAO on food security and nutrition. GLOSOLAN’s decisions are made using a bottom-up approach. Every year, laboratories from the same region have the opportunity to discuss their priorities and needs, as well as their position on the topics to be discussed at the annual GLOSOLAN meetings. In this regard, countries are organized into Regional Soil Laboratory Networks (RESOLANs), the skeleton of GLOSOLAN. Therefore, it is the responsibility of each RESOLAN Chair and vice-Chair to report on the position of their RESOLAN and to ensure that regional requests are included in the annual GLOSOLAN work plan. In addition to the regional networks, GLOSOLAN is promoting the establishment of National Soil Laboratory Networks (NASOLANs) to: 1. Allow all soil laboratories in the same country to interact with each other, to overcome common challenges and to help each other in building their capacity in soil analysis; 2. Promote harmonization processes of soil analysis at the national level; 3. Facilitate the transfer of knowledge acquired by the laboratories participating in GLOSOLAN activities at the national level. Indeed, laboratories benefiting from GLOSOLAN training should transfer the knowledge acquired to other laboratories in their country. This process is also critical to overcoming language and cultural barriers. It is the responsibility of each National Reference Laboratory to lead the establishment of its NASOLAN and to coordinate the implementation of GLOSOLAN activities at the country level. This document aims to provide guidelines on the establishment of National Soil Laboratory Networks to National Reference Laboratories and to all other soil laboratories that wish to join efforts, even when a National Reference Laboratory is not yet nominated or is inactive. The information contained in this document is based on the experience of countries that have already established NASOLANs. -
Brochure, flyer, fact-sheetGlobal Soil Laboratory Network – Basic guidelines for preparing a sample for internal quality control 2020
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Quality control (QC) is a set of activities or techniques aiming to ensure that all quality requirements are being met. The continuous monitoring of laboratory operations and results is essential to decide whether the results are reliable enough to be released. Laboratories undertaking set of procedure to monitor their operations and results work on their internal quality control. These guidelines were prepared by the Global Soil Laboratory Network (GLOSOLAN) to support and encourage soil laboratories to perform internal quality controls. Thus, to increase their accuracy in soil analysis. -
Book (stand-alone)Guidelines for the establishment and management of seed testing laboratories
Joint ISTA and FAO Handbook
2023Also available in:
No results found.This Joint ISTA and FAO Handbook provides comprehensive guidelines for the setting up and managing of seed testing laboratories, including those that cater to small- and medium-scale seed enterprises and farmers’ cooperatives, which operate in low input production systems. The adherence to the guidelines by seed testing laboratories results in the use of uniform procedures across the board thereby facilitating inter-laboratory transferability of data. This harmonization enhances confidence in seed quality assurance mechanisms. The publication is an update of a previous one that was also jointly published by both organizations in 1969 and revised in 1979 and 1983. Its utility is enhanced by a set of new up-to-date information that builds upon existing data. The Handbook provides guidance on the range of seed testing equipment, procedures, and management systems that have become available in the several decades since the previous editions. Seed testing is a critical component of the seed value chain and is essential for the production of quality seeds, i.e. seeds that are alive, can germinate and produce vigorous seedlings; are healthy and come from lots that meet set thresholds for genetic and analytical purity. The Handbook covers all aspects of seed testing, from laboratory design and equipment selection to sample preparation, testing methods, and data analysis. Importantly, the publication also addresses the challenges of testing seeds in low input systems and provides guidance on how to adapt procedures to these settings. Therefore, it serves as a reference material and training resource for everyone involved in seed quality assurance procedures, in particular the personnel of seed testing laboratories and regulatory agencies; seed producers and farmers. The updated publication represents a significant improvement over previous guidelines, as it incorporates advances in technology and provides guidance on a broader range of testing procedures. The guidelines are designed to be adaptable to different contexts and seed types and include recommendations for quality management systems, proficiency testing, and inter-laboratory comparisons, which are essential for ensuring the accuracy and reliability of seed testing results.
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