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NDOR
Nature Data & Observation Records is a central component of the mybiOSis ecosystem, designed to store, organize and explore biodiversity records collected through structured workflows.
Connecting field data, literature evidence, spatial tools and AI-assisted discovery within a growing biodiversity intelligence ecosystem.
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About
mybiOSis is the entry point into a growing collection of digital tools designed for exploring, documenting and analyzing biodiversity and environmental change.
The ecosystem connects field observations, images, literature evidence, spatial tools, environmental assessment workflows and AI-guided exploration within a unified framework.
mybiOSis supports biodiversity inventories, habitat and taxon monitoring, cumulative environmental assessments, project management and participatory science. Individual modules can be used independently or as components of a broader knowledge infrastructure.
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kladOS
kladOS is an interactive online toolkit that provides access to NDOR through a desktop-like web interface for managing biodiversity data and tools.
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kladia.info LITE
A mobile-optimized interface with a streamlined feature set for browsing image posts, albums and taxon details, and preparing geolocated uploads.
Applications and modules
NatRec
LitterMapper
MacrophyteMapper
WBSMapper
These applications extend the mybiOSis ecosystem into mobile and field-oriented workflows, supporting biodiversity recording, environmental surveys, aquatic vegetation assessment, coastal litter mapping and structured data collection.
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NatRec
A mobile interface for biodiversity and habitat data connected to kladOS and NDOR, supporting field observations, maps, protected areas and structured taxon lists.
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LitterMapper
A participatory mapping tool for coastal and marine litter, supporting survey recording, counting workflows and spatial documentation of pollution patterns. More info ...
Join the LitterMapper Open Testing program
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MacrophyteMapper
A specialized mapping tool for aquatic plant species and wet habitat descriptors, designed to support environmental assessments.
Outlook
The mybiOSis ecosystem is continuously evolving, with modules focusing on GIS for biodiversity, ecological assessments, uncertainty analysis, AI-powered pattern recognition and interactive ecological synthesis.
Future plans include tighter integration of monitoring data with predictive modelling tools and expanded collaboration under frameworks such as Natura 2000, the Water Framework Directive, GBIF, OSPAR and HELCOM.