Unverified paper record
A Protocol for Standardizing Measurements and Enabling Global Harmonization of Herbarium Leaf Reflectance Spectra
19 May 2026 · 10.32942/x2sd4d
Abstract
Reflectance spectroscopy offers a powerful approach to integrate high-throughput phenotypic data from herbarium specimens into the digital landscapes of ecology, evolution, and systematics. Because inconsistencies in instrumentation and measurement practices can increase noise and limit dataset compatibility, the International Herbarium Spectral Digitization Working Group (IHerbSpec) has published the Protocol for Spectral Digitization of Herbarium Specimens, currently in version 1.2.1, as an open resource that will continue to evolve through community use and collaboration (https://iherbspec.github.io/protocol). The protocol defines a stepwise measurement workflow, standardized filename conventions, structured metadata tables with controlled vocabularies, and guidance on tissue selection, materials, and instrumentation quality control to ensure that newly generated spectral datasets are robust and comparable. By embedding standardized practices at the point of data collection, it provides a scalable foundation for data synthesis and new quantitative insights into plant diversity across taxonomic, geographic, and temporal scales.
Plant phenotyping relevance
ハーバリウム葉の反射スペクトル取得を標準化する測定プロトコルであり、ワークフロー、メタデータ、組織選択、機器品質管理を中心的に扱うため、植物表現型取得法として適格。
abstractReflectance spectroscopy offers a powerful approach to integrate high-throughput phenotypic data from herbarium specimens
abstractThe protocol defines a stepwise measurement workflow, standardized filename conventions, structured metadata tables with controlled vocabularies, and guidance on tissue selection, materials, and instrumentation quality control to ensure that newly generated spectral datasets are robust and comparable.
Code and data availability
This paper is a community protocol/standard (IHerbSpec) for herbarium spectral digitization, not an empirical phenotyping study. It reports no plant-phenotyping measurements, no spectral datasets of its own, and no analysis code, models, or checkpoints. The public resources mentioned (protocol website, GitHub repo ofQu
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