HMC
Earth and Environment
Community Wiki

User Tools

Site Tools

Trace:
wiki:m4.2

Differences

This shows you the differences between two versions of the page.

Link to this comparison view

Both sides previous revisionPrevious revision
Next revision		Previous revision
wiki:m4.2 [2025/05/28 16:59] – [1. Explanation of the Background and Benefits of the Recommendation] esoedingwiki:m4.2 [2025/05/28 20:27] (current) – [Contributors] esoeding
Line 37: Line 37:
 =====Contributors===== =====Contributors=====
  
-Names of contributors to this recommendation+Emanuel Soeding (lead) 
 + 
 +* Please keep the lead author informed about any possible changes in this wiki. 
  
 =====Content===== =====Content=====
Line 43: Line 45:
 ====1. Explanation of the Background and Benefits of the Recommendation ==== ====1. Explanation of the Background and Benefits of the Recommendation ====
  
-The IGSN (International Generic Sample Number) was developed to address long-standing challenges in the consistent identification and citation of physical samples in research. Earlier practices often relied on local naming conventions or internal codes, which lacked global uniqueness and hindered long-term traceability—especially when samples were reused, transferred, or cited in publications. Initial IGSN implementations focused primarily on geosciences, particularly in large-scale programs like IODP (International Ocean Discovery Program) and SESAR (System for Earth Sample Registration), demonstrating the value of persistent identifiers in managing complex sample workflows. Today, IGSN use is expanding across disciplines, including environmental and life sciences, supported by allocating agencies and tools that enable automated registration and metadata integration. In this context, sample curators are key to ensuring that the benefits of IGSN—such as reproducibility, provenance tracking, and interoperability—are realized in practice by embedding them into sampling routines and training processes.+The IGSN (International Generic Sample Number) was developed to address long-standing challenges in the consistent identification and citation of physical samples in research. Earlier practices often relied on local naming conventions or internal codes, which lacked global uniqueness and hindered long-term traceability—especially when samples were reused, transferred, or cited in publications. Initial IGSN implementations focused primarily on geosciences, particularly in large-scale programs like IODP (International Ocean Discovery Program) and [[https://www.geosamples.org/|SESAR (System for Earth Sample Registration)]] [1], demonstrating the value of persistent identifiers in managing complex sample workflows. Today, IGSN use is expanding across disciplines, including environmental and life sciences, supported by allocating agencies and tools that enable automated registration and metadata integration. In this context, sample curators are key to ensuring that the benefits of IGSN—such as reproducibility, provenance tracking, and interoperability—are realized in practice by embedding them into sampling routines and training processes.
  
 __Motivation__ __Motivation__
Line 50: Line 52:
 ====2. Possible alternative solutions==== ====2. Possible alternative solutions====
  
 +For the registration process, these solutions can be envisioned: 
 +
 +1. Embed IGSN Workflows into Digital Tools
 +
 +One effective way to promote the use of IGSNs without relying solely on individual training is to integrate IGSN registration into existing digital workflows. Sample submission portals, electronic lab notebooks, or field data collection tools can be configured to automatically prompt for IGSN assignment or even register identifiers in the background. Systems can also enforce structured input for parent-child relationships, reducing the need for manual entry and minimizing user error. By embedding IGSN support directly into day-to-day tools, infrastructures make good practices the default behavior.
 +
 +2. Provide Pre-Assigned IGSN Blocks or Templates
 +
 +Instead of requiring every staff member to register IGSNs individually, curators can pre-assign or reserve blocks of identifiers for specific projects, instruments, or sampling campaigns. Researchers and technicians can then draw from this pool when documenting their samples. Templates or pre-filled forms can further simplify the process. This approach maintains standardized identifier usage while reducing the administrative burden on those involved in sampling, especially in field or lab environments.
 +
 +3. Define Sample Management Policies
 +
 +Making IGSN use a formal component of institutional policies or project-level data management plans helps establish clear expectations. For example, the requirement to register IGSNs and link parent-child samples can be written into standard operating procedures or quality assurance protocols. Including these requirements in onboarding documents or data submission checklists ensures that staff are aware of their responsibilities from the start and reinforces consistent documentation practices across projects.
 +
 +4. Delegate IGSN Handling to a Specialized Unit
 +
 +In settings where sampling personnel lack time or technical capacity to handle identifier registration, IGSN responsibilities can be centralized. A dedicated data stewardship or curation unit can receive sample metadata from researchers and handle the registration, quality checks, and maintenance of IGSNs. This ensures that identifiers are applied correctly and consistently, while freeing up scientists and technicians to focus on their core tasks. It also creates a point of contact for resolving issues or coordinating updates.
 +
 +5. Use Feedback and Recognition Mechanisms
 +
 +Providing feedback on the impact of IGSN usage can motivate researchers and staff to adopt best practices voluntarily. Dashboards or reporting tools that show sample reuse, citation in publications, or integration into other datasets can highlight the value of good sample documentation. Additionally, institutions can recognize individuals or teams who demonstrate exemplary data practices—such as complete IGSN metadata or consistent parent-child linkage—through awards, internal reporting metrics, or success stories.
 ====3. Consideration of the advantages and disadvantages of implementing the recommendation==== ====3. Consideration of the advantages and disadvantages of implementing the recommendation====
  
Line 55: Line 78:
 ====4. The Recommendation==== ====4. The Recommendation====
  
-[Format: Wer! macht was! wo! wann! unter welchen Voraussetzungen!]+It is recommended, that sample curators: 
 + 
 +1. Enable, train and encourage staff, including researchers, technicians, and other people who take samples, split samples or create subsamples to register IGSN to be able to identify these samples where appropriate. 
 + 
 +2. Enable, train and encourage staff, including researchers, technicians, and other people who split samples or create other types of subsamples to record any parent IGSNs with these subsamples.
  
 ====5. Naming of communities that have already implemented the recommendation==== ====5. Naming of communities that have already implemented the recommendation====
Line 68: Line 95:
  
 ===References=== ===References===
 +
 +[1] SESAR (System for Earth Sample Registration), https://www.geosamples.org/
  
 ===Relevant Community Recommendations=== ===Relevant Community Recommendations===
wiki/m4.2.1748451564.txt.gz · Last modified: by esoeding