Provides a computational toolkit for analyzing nematode communities in ecological studies. 
    Includes methods to quantify nematode-based ecological indicators such as metabolic footprints, 
    energy flow metrics, and community structure. These tools support assessments of soil health, 
    ecosystem functioning, and trophic interactions, standardizing the use of nematodes as 
    bioindicators.

To study network evolution models and different blockmodeling approaches. Various functions enable generating (temporal) networks with a selected blockmodel type, taking into account selected local network mechanisms. The development of this package is financially supported the Slovenian Research Agency (www.arrs.gov.si) within the research program P5<96>0168 and the research project J5-2557 (Comparison and evaluation of different approaches to blockmodeling dynamic networks by simulations with application to Slovenian co-authorship networks).

Provides helpers for discovering, planning, and downloading
    open-access datasets from the Neuroscience Multi-Omic Archive ('NeMO';
    <https://nemoarchive.org/>). The package builds reproducible file
    manifests that record search parameters, file metadata, download URLs,
    checksums, and local file paths. It supports exploratory 'NeMO' metadata
    queries and provides first-pass bridges from downloaded files into
    'SingleCellExperiment' and 'Seurat' workflows.

Designed to automate the calculation of Emergency Medical
    Service (EMS) quality metrics, 'nemsqar' implements measures defined
    by the National EMS Quality Alliance (NEMSQA). By providing reliable,
    evidence-based quality assessments, the package supports EMS agencies,
    healthcare providers, and researchers in evaluating and improving
    patient outcomes.  Users can find details on all approved NEMSQA
    measures at <https://www.nemsqa.org/measures>.  Full technical
    specifications, including documentation and pseudocode used to develop
    'nemsqar', are available on the NEMSQA website after creating a user
    profile at <https://www.nemsqa.org>.