foraminifera.org Open Science Platform
Plate IDarkfield · Open Science

foraminifera.org

A Global Hub for Foraminiferal Science

Foraminifera are microscopic marine organisms — key indicators of ocean health and climate change. Yet their classification remains scattered, subjective, and inaccessible. We bridge human expertise with AI to standardize foram taxonomy for the entire scientific community.

Explore the Platform View Key Impacts
Open Access
No paywalls, no barriers
3 Pillars
Nomia · Testaria · Foram World
Multi-channel
Web · Mobile · API · Voice

⟢ Why This Matters

Foram taxonomy is stuck in the past.

Foraminifera are critical proxies for reconstructing past climates and monitoring present ocean conditions. But the science is bottlenecked by outdated, siloed, and subjective classification methods.

"Inconsistent taxonomy across institutions is one of the greatest barriers to reproducibility in foram-based paleoclimate research."
— Field note
01

Manual & Subjective

Each specimen is identified by visual inspection under binocular microscopes — a process prone to expert disagreement and inconsistency, even when examining the same material.

02

Fragmented Knowledge

Taxonomic data is scattered across disconnected legacy catalogs, publications, and institutional archives with no shared data model, making global standardization nearly impossible.

03

AI Scaling Barriers

Machine learning is blocked by imaging inconsistencies, micro-CT hardware requirements, and the high-performance computing infrastructure that most research institutions lack.

⟢ Platform Architecture

Three Pillars. One Unified Ecosystem.

Foraminifera.org is built on three complementary, open systems that together solve the fragmentation, subjectivity, and accessibility challenges in foram taxonomy.

Literature Repository

Nomia Library

A curated, structured repository that aggregates and standardizes dispersed taxonomic literature. Nomia automatically processes scientific publications, making foraminiferal knowledge searchable, reliable, and interoperable across research teams globally.

Key Capabilities

  • Automated knowledge ingestion from publications
  • Standardized taxonomic records
  • Cross-reference linking across sources
  • Fully open access
Explore Nomia Library
Species Identification Filter

Testaria System

A morphology-based identification engine bridging human observational expertise with automated classification speed. Testaria acts as a systematic filter, guiding users through taxonomic keys while blending expert intuition with structured AI logic.

Key Capabilities

  • Test morphology-based filtering workflow
  • Human–AI hybrid classification
  • Reproducible, auditable decisions
  • Compatible with existing lab protocols
Explore Testaria System
Educational Hub

Foram World

A dedicated educational environment for training the next generation of foraminiferal specialists. Foram World provides structured learning pathways, visual guides, and interactive materials that make entering this specialized field accessible to researchers worldwide.

Key Capabilities

  • Structured learning pathways
  • Visual species identification guides
  • Expert-curated educational content
  • Accessible to new researchers globally
Explore Foram World

⟢ Key Impacts & Benefits

Real outcomes for the entire marine science community.

Foraminifera.org was designed with concrete, measurable goals — for individual researchers, institutions, and the global network of marine scientists working to understand our changing oceans.

Fig. 2 · Architecturespecimen + pipeline
  1. 1Nomia
  2. 2Testaria
  3. 3Foram World

Increased Accuracy

Systematic, auditable classification pathways reduce the subjectivity that leads to data misinterpretation in paleoclimate and oceanographic studies.

Global Standardization

A shared, structured data model enables consistent taxonomy across institutions and research groups worldwide, regardless of geography or language.

Accelerated Research

Automated literature ingestion, structured species filtering, and educational tools dramatically reduce onboarding time for new specialists.

Efficient Training

Foram World lowers the barrier to entry for new researchers, growing the global pool of foram specialists through open, structured education.

⟢ The collection, in numbers

See exactly what the catalog holds.

A living census of every taxon, synonym, source and trait — mirrored from WoRMS and enriched in the open. The numbers update straight from the catalog.

Explore the collection → Contribute data
87,137
names mirrored
56,993
accepted taxa
8,515
citable sources
14
characters

⟢ Universal Access

Knowledge that reaches researchers wherever they are.

Foraminifera.org adopts an omnichannel approach designed to democratize scientific information. Whether you are at a university lab, in the field, or integrating foram data into an AI pipeline, the platform meets you where you work.

The underlying structured data model ensures that every channel — browser, mobile, voice, or API — delivers the same standardized, peer-reviewed taxonomic data.

Open to Everyone

Foraminifera.org is a community-driven, open science initiative. There are no institutional licenses, no paywalls, and no proprietary lock-in. Researchers, students, and educators are all welcome.

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